diff --git "a/policy_classification_test.json" "b/policy_classification_test.json" new file mode 100644--- /dev/null +++ "b/policy_classification_test.json" @@ -0,0 +1,62705 @@ +[ + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Demand-side Efficiency: Buildings" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Technology is available, but it needs to have complemented from international places. Job targets at. least 32% of women. Conditional. 5, 8, 9,11, 12. 2. Improvement of process performance of EE by establishment of energy management in buildings/industries. Industry. Ministry of Mines and Energy (MME). Implementation of energy audit and enforcement of ndustries to adopt energy management standards. 0.1 MtCO2e/year. 1. Conduct the mandatory energy audits for companies with an annual energy consumption of more than prescribed within the laws/regulation 2.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan", + "Information on sectoral plans", + "Conditional part of mitigation target for a given sectoral plan" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "\"The second phase of the Senegalese Agricultural Cadence Revival and Acceleration Program (PRACAS2 2019-2023), the agricultural component of the PSE, has set the strategic objective of achieving an annual production of 2,100,000 tonnes of paddy rice, 2,000,000 tonnes of peanuts, 600,000 tonnes of onions and 200,000 tonnes of fruit and vegetable exports by 2023.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Buildings", + "Infrastructure and roads" + ], + "SectorLabel": [ + "Transport", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "It also seeks to strengthen the capacities of the Department of Adaptation to Climate Change and Strategic Risk Management (DACGER) to improve disaster risk management of road infrastructure. The result of this support has been an improvement in the ability to diagnose risks against earthquakes for road infrastructure (bridges, embankments). Standardized specifications, design guides and cost estimation standards are prepared for the reinforcement of road infrastructure. Thus, DACGER s capacity to manage disaster risk reduction projects for road infrastructure is enhanced.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KWT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Buildings: General", + "Demand-side Efficiency: Buildings" + ], + "SectorLabel": [ + "Buildings", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The Environmental Protection Law 42/2014 deals directly and indirectly with the energy sector. Article (122) and (123) of the Environmental Protection Law stated the necessity of using energy-saving systems in the new state facilities. The law also prohibited the import of any devices or equipment that do not match with energy saving specification.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Conservation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": true, + "Context": "It also has one of the world\u2019s most protective land-use legislations, which requires landowners to set aside for preservation between 20% and 80% of their respective properties\u2019 area, in addition to conserving riparian forests and other fragile ecosystems. Protected areas, together with areas mandatorily set aside for preservation in private farms, total 50% of the national territory. Put together, protected areas, mandatorily set aside areas and conserved areas amount to more than 60% of the Brazilian territory.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GEO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Food security", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Georgia intends to assess and develop adaptive capacities for the agricultural productions that have the largest share in national GDP (e.g. grape, hazelnut, tangerine) and/or for domestic unique products (such as Georgian honey, non-timber forest products). This process will be implemented in accordance with assessing changes of climatic parameters and spread of infections in order to be ensured conservation of species and food security;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Transportation Planning" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Technology is unavailable and costly; however, the originated country is seeking for/requiring assistant from foreign country. Lack of experts and staffs need to be trained. Conditional. 3, 5, 8, 9. 31. E-mobility. Transport. Ministry of Public. Works and. Transport. (MPWT). Baseline: 09 vehicles(battery vehicle) are registered by 2020;. Conditional. 3, 5, 8, 9. 32. Establish green belts along major roads for climate change mitigation. Transport. Ministry of Public. Works and. Transport. (MPWT). 3, 5, 8, 9. 33. Shift long distance freight movement from trucks to.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Water supply", + "Water efficiency", + "Infrastructure" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "7 MCM of rainwater in the West Bank is harvested by 2032. \u2713. Non-revenue water is reduced by 15% by 2032. \u2713. 5% of rainwater in priority urban areas is drained and collected by 2032. \u2713. 100% of identified wells and springs are rehabilitated by 2030. \u2713. Construction of the Gaza Central Desalination Plant by 2025 to provide 55 million m3 of quality fresh drinking water per year. \u2713. Coastal and marine (Gaza Strip). Rainwater harvesting. \u2713. \u2713. Construction of detached breakwaters. \u2713.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy: General", + "Recycling, Reuse, Reduce", + "Waste: General", + "Wastewater", + "Solid Waste" + ], + "SectorLabel": [ + "Energy", + "Waste" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The overall goal: To support the integrated management of waste and to promote and improve its management and recycling to produce energy from solid waste, preserve the environment, improve the quality of treated water, and reduce energy consumption as part of achieving sustainable development goals. 7. Climate, recurring and slow-onset events and risks resulting from climate change:The most important themes:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GNB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral Target", + "Existing sectoral policies", + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Agroecology", + "Conservation", + "LULUCF/Forestry: General", + "Sustainable forest management", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Increase the percentage of protected areas from 15% to 26% and ensure its management, and an effective implementation of the Forest Act and the moratorium to ban the felling and export of timber over the next five years;. Conduct a nationwide forest inventory;. Develop an agro-ecological zone and forest management;. Strengthen the existing capacity to participate in the REDD+ mechanism and consequently raise the national effort to combat the adverse impacts of climate change.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Adaptation action/priority", + "Condition actions of the sectoral level", + "Adaptation targets/ objectives at the sectoral level", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Rail" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Line 5. Plaza Venezuela - Miranda II\": \"It includes the construction and commissioning of 7.5 km of railway and integral system with 5 stations: Bello Monte, Tamanaco, Chuao, Bello Campo and Miranda II. This line will allow the mobilization of more than 300,000 users and the decongestion of Line 1, in addition to becoming a alternative of expedited connection for the users of the Altos Mirandinos that arrive at Las Adjuntas, with the East of the Capital City.\": \"Estimated passenger demand 78,613 by 2022", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Emission reduction potential for a given sectoral downstream action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "JAM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The PPCR will build on the Hazard Risk Reduction and Climate Change Adaptation component of Vision 2030 Jamaica - National Development Plan and the Second National Communication to the United Nations Framework Convention on Climate Change (UNFCCC). The implementation of additional actions to increase resilience by reducing vulnerability is severely constrained by limited/access to financial resources, data, knowledge and awareness, technical capacity, and human resources. Actions on which Jamaica intends to follow through, with provision of support (some of which have already started) will include:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Sustainable agriculture, ranching and aquaculture: By 2025, an agro-climate information system for the agriculture sector will have been created, starting with the establishment of agro-hydro-meterological stations, a climate data center and participative technical tables started up. The information generated will support capacity and communication strategies for specific key actors, with a goal to guarantee the adoption of new measures for final users. Maximizing the yield/performance of the production systems and of each individual process will be sought (64, 126).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KWT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Climate services" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Third: Legislation and Laws:1-Emission limitation legislation and laws:The State of Kuwait has initiated formal producers to study the law of removal of subsidies for gasoline from the beginning of 2016 and gradual removal of subsidies for electricity and water in commercial and industrial sectors, and this contributes significantly to rationalization of greenhouse gas emission. The Kuwaiti National Assembly also adopted Environmental protection act no.42 of 2014, as amended by act no.99 of 2015, the aim of this act is to protect the environment and all its sources, controlling pollution, developing the natural resources, protecting the society and the human health and all living creatures.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Water efficiency", + "Water conservation and reuse" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Process or Mining Sites and. Processors Survey/Assessment. WRM05. Water storage per capita. Source: IWRM, Water Monitoring and Development Unit. WRM06. Number (%) of (a) Households, and (b). Institutions with a Rain Water Harvesting (RWH) system installed. NISR, EICV. FNC10. Proportion of land surface covered by forest. [Forest cover]. This excludes agro-forestry area. RWFA, Forestry department-GIS Report {FMES : IND005}. MET11. Percentage of extreme weather events for which advance warning was provided at least 30 min in advance. METEO RWANDA, Quarterly high impact weather report. FON07.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Poverty reduction" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Major initiatives and actions that are contributed by Jordan for inclusion of social dimensions in adaptation and mitigation responses, in coordination with MoSD, include, but not limited to:. Adopting poverty fight programs fostering providing housing for poor people and supporting microprojects for poor communities in light of unusual severe seasonal cold and hot weather conditions prevailed in the last decade (the coldest/snowy condition of 2013/2014 in the last 10 years and a record hot year in the summer of 2015);.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Mini-Grids", + "Renewable Energy: Solar: Off-Grid", + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Solar Home System Phase 1 [Off Grid]. 2016. \u221a. \u221a. Current funding $0.6m TOP. Solar Home System Phase 2 [Off Grid, main islands]. 2019-2020. \u221a. \u221a. PV Mini-Grid System (Phase 1) for Ha\u2019ano, \u2018Uiha, Ha\u2019afeva, Nomuka, Niuatoputapu islands. 2016. \u221a. \u221a. Current funding $2.4m TOP. PV Mini-Grid System (Phase 2) for Hunga, Falevai, Niuafo\u2019ou islands. 2018-2025. \u221a. \u221a. Development of energy storage strategy. 2016 \u2013 2017. \u221a. \u221a. OIREP Ha\u2019apai will be a lighthouse project. Energy Efficiency strategy. 2016-2017. \u221a. Building on PEEP and PEEP2.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector (3)" + ], + "SubSectorLabel": [ + "Landscape management", + "Social Development: General" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Capacity Building, Technology Transfer and financing Adaptation. To implement adaptation actions during 2016-2030 it\u2019s going to be necessary to identify sector and regional vulnerabilities, and establish priorities for targeting future studies and to develop practices to reduce these vulnerabilities. This will require processes to strengthen capacities and promoting a high degree of coordination and teamwork between different government and civil society entities. Existing inter-ministerial coordination efforts will be important to guarantee synergies between entities in order accomplish this.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_3" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Transport: General" + ], + "SectorLabel": [ + "Transport", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "These plans and priority actions, listed below, are based on the National Environment Protection Act, National Strategy and Action Plan for Low Carbon Development (2012), Economic Development Policy (2010 and draft 2015), Bhutan Transport 2040: Integrated Strategic Vision, National Forest Policy, and other sectoral plans and strategies. The gases covered include carbon dioxide, methane and nitrous oxide as they were shown to be the priority gases in our second national communication. Sustainable forest management and conservation of biodiversity to ensure sustained environmental services through:.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Coastal Zone: General" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Marine protected areas constitute the key management tools for conservation of marine biodiversity in Jordan, with particular emphasis on Aqaba. There is a need for enhancing management structures and objectives of marine protected areas to improve resilience to climate change as an integral component of its management plans. Key proposed measures include. Conduct site-specific research on the carrying capacity for critical and marine protected area.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Number of workshops, talks, videoconferences, seminars, messages by social networks carried out, among others. Sector Directorate General of Environmental Quality Management (Water Quality Monitoring - Environmental Laboratories) The Directorate of Environmental Laboratories is currently preparing a Project for the strengthening of the Environmental Laboratories with the aim of equipping them with scientific equipment, materials, reactors and staff training with the aim of generating information on water quality in the main basins of the country.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MRT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Rail" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Minigrid/UNDP/Green Fund Two OMVS projects under study (Koukoutamba and Gourbassi) - CONTRIBUTION DENTERMINEE AT NATIONAL LEVEL CDN MAURITANIE Sectors / Sub-sectors Contributions to Total Mitigation Efforts Challenges / Constraints Suggested Measures Transport 92.65 Gg Eq- soit \u25aa Depleted fleet \u25aa Low coverage of public transport \u25aa Lack of promotion of \"clean\" vehicles Implementation of the Nouakchott tramway project Under study (concept note) Implementation of the Sahel railway project, G5 Sahel, Nouakchott \u2013 S\u00e9libabi-Kayes section.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Mines and energy. Forestry Sanitation. Ministry of Commerce, Industry and Tourism. 14)\u00a0Promotion of energy management and energy efficiency projects in the industrial sector:\u00a0Identification, structuring and implementation of projects on good operating practices and implementation of improvements in energy processes and use of energy with a lower emission factor. Up to 15% in the reduction of energy and / or emissions in industrial production, in the corresponding energy demand module (1 A 2). 1.67 Mt CO2 eq. Industrial. Mines and energy.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "It will continue with this policy; once any update or improvement in it is developed, the respective joint resolution of the Ministry of the People's Power for Electricity (MPPEE) and the Ministry of the People's Power for National Trade will be issued. Sector. Energy Mitigation Axis. CND Projection 2020 - 2030 Update. Energy Sector. Public Policy. Boosting Energy Efficiency and Rational Use of Energy. Action. Technical Regulation for Energy Efficiency Labelling in Domestic Washing Machines.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target" + ], + "SubSectorLabel": [ + "Sustainable forest management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "According to the sector-specific forestry development programme, the policy for increasing the resource potential of forests and ensuring the sustainable forest use will be further implemented. In line with the priorities of the National Sustainable Development Strategy of the Republic of Belarus until 2030, measures will be implemented to increase the area under forest from 39.4% in 2013 up to 41% in 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Early warning system", + "Disease surveillance and control", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Reduce vulnerability in the health sector, based on a better understanding and understanding of the relationships between climate variability, climate change and human health, in two essential areas: infectious diseases and the Surveillance System And Early Warning of the sector. Sustaining and developing research to protect, conserve and rehabilitate the environment and adapt environmental policy to new projections of the economic and social environment. Prioritize studies aimed at confronting climate change and, in general, the sustainability of the country s development.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Establish and operationalize a system for tracking public and private climate finance flows. Scale up annual budgetary allocations for climate adaptation and mitigation through the Public Sector Investment programme. Establish a National Climate Change Trust Fund to attract investments and to implement a range of alternative financing mechanisms for increasing resilience and low emission development programmes. Continue allocations from the Maldives Green Fund to finance investments on climate action. Introduce incentives for private sector including SMEs to invest in green development.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "OMN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Coastal fisheries", + "Climate risk management", + "Land and soil management", + "Energy access", + "Coastal management", + "Food security" + ], + "SectorLabel": [ + "Coastal Zone", + "Energy", + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Coastal erosion,. Water scarcity and desertification. Reduction in fisheries & impacts on marine environment and agriculture. H. Type of adaptation contributions. In addition to the efforts made by the Sultanate on adaptation, further efforts would be made conditional to the fund, capacity building and transfer of technology which will be provided by the UNFCCC. The efforts will be in the following areas:. Tropical cyclone, coastal erosion and sea Level rise. Fisheries and marine environment;. Water scarcity and desertification;. Flood protection. Energy security;. Food security; and.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Paper" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"RE.3. Reduction of the use of paper in the public function and its replacement by the digital format.: The measure of reduction of the use of paper in the coming years will be obligatorily given in the institutions that administer State funds, state companies and administrative authorities. Thus, it is also expected that the costs avoided by saving paper until 2030, will gradually be allocated to the acquisition of cabinet equipment, for public digitization.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Energy Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Industry : - Encourage and then make mandatory regular energy audits in large, energy-intensive industries; - Raise awareness and encourage energy audits in SMEs; - Optimize processes via more efficient technologies as well as smoothing and erasing; > - Evaluate substitution or optimization potentials (for example, cogeneration or upgrading); - Limit losses (flaring, networks, waste) through the application of regulations, as well as by standards, tariffs and incentives.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable forest management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Approach used to account for emissions and removals from\u00a0harvested wood products. Informally harvested wood products were estimated. iii.\u00a0Approach used to address the effects of age class structure in forests. The effects of age class structure in forests are not taken into account. f.\u00a0Other assumptions and methodological approaches used to understand the nationally determined contribution and, where applicable, estimate the corresponding emissions and removals, including:. i.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In addition, in 2019 a joint study was carried out with the Climate and Resilience Center of the University of Chile (CR2), which identified potential improvements to the information used for the inventory of this pollutant in addition to evaluating mitigation trajectories by 2030 for inclusion in this NDC. 8.4 Planning process. To review and define the potential goals and actions associated with the contribution for mitigation and as per the national commitment to close all coal-fired power plants by 2040, the Ministries of Environment, Energy, Finance, Foreign Affairs and different sectoral ministries (Ministry of Housing and Urban Planning, Ministry of Transportation and Telecommunications, Ministry of Agriculture and Ministry of Mining), worked on the development of a longterm projection in order to establish a roadmap to reach the GHG neutrality goal established in the Draft Climate Change Framework Law by 2050.48The update of the NDC contribution emerges as an intermediate milestone for this work, identifying the results of planning towards 2030, which is consistent with the long-term vision.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Land and soil management", + "Agriculture: General", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Popularization of soil and water management techniques in agriculture. 0.69. 15. Support for the structuring of farmers organizations with a view to improving agricultural governance. 0.29. 16. Support for the establishment of production and marketing chains for agricultural products with a view to improving income of rural farmers. 0.17. 17. Creation and rehabilitation of agricultural service tracks. 0.69. 18. Promotion of (i) cultural practices allowing the sedentarization of agricultural activities, (ii) resilient seeds, and (iii) soil and water management techniques in agriculture. 0.23. 19.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "5,922,637. 3,330,000. 78,750,000. 157,500,000. 236,250,000. 147. 10,000 tons of gross fodder (hay and crop residues) are collected and stored each year. Mowing and storage of hay. Cumul tons MS. 50,000. 100,000. 150,000. Nord; Centre- Nord; Sahel; north of Boucle du Mouhoun; north of Est. 1,500,000. NA. 5,943,396. 11,886,792. 17,830,189. 45. 5 livestock breeding intensification zones are established within the country. Establishment and equipment of strategic areas to respond to needs during critical periods. Each. 1. 2. 2. Est, Sud-Ouest; Hauts-Bassins, Cascades; Centre-Ouest, Boucle du Mouhoun.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water efficiency", + "Irrigation", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enable the sustainable supply of healthy food for the population, fodder for livestock, raw materials for the light and food industries through the agricultural products, by properly utilizing the positive impacts and reducing the adverse impacts of climate change in the agriculture sector. Save water for irrigation by using plastic films/mulches on potato and vegetable fields;. Reduce water use and irrigation costs by applying drip and infusion systems in irrigated potato, vegetable, fruit, and berry productions;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Tourism: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Tourism", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Enhanced capacity of/ and coordination regarding climate change related issues with line ministries and institutions both at the national and sub-national levels. Baseline: KAP3: 2020. 2,000,000. Conditional. 5, 13. 78. Provide capacity building and supports for Climate Change Innovation at the provincial along Tonle Sap River. Tourism. Ministry of. Tourism. (MOT). -Royal. Government of Cambodia labels tourism sector as \u201cGreen Gold\u201d. -Tourism is a non-smoke industry, which import in places. Ministry of. Tourism (MOT) has developed its Climate Change. Action Plan for. Tourism Sector. 2019-2023.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "HFCs" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "To construct a recycling-based industrial system, promoting recycling restructure in industrial parks, increasing the recycling and utilization of renewable resources and improving the production rate of resource;. To phase down the production and consumption of HCFC-22 for controlled uses, with its production to be reduced by 35% from the 2010 level by 2020, and by 67.5% by 2025 and to achieve effective control on emissions of HFC- 23 by 2020;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Gas" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Therefore, there is a need to shift to the high efficiency dieselfired combined cycle unit but the initial cost is high, predominantly due to the lack of available infrastructure for LNG importation and as well as the necessary high and long-term investments. Sustainable land use management faces great challenges in Sudan mainly due to poor policy coordination across sectors (i.e., forestry, agriculture, range and protected lands).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Upstream policies on" + ], + "SubSectorLabel": [ + "Buildings: General", + "Industries: General", + "Energy: General", + "Transport: General" + ], + "SectorLabel": [ + "Buildings", + "Energy", + "Transport", + "Industries" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Forest related policies and measures are described in the National REDD+ Strategy and Action Plan 2020. For agriculture and livestock in Bhutan\u2019s Low Emission Development Strategy for Food Security 2021. For Industries in, Bhutan\u2019s Low Emission Development Strategy for Industries 2021 & The National Strategy and Action Plan for Low Carbon Development 2012. For human settlements including waste management, in Bhutan\u2019s Low Emission Development Strategy for Human Settlement 2021.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Conserve and restore ecosystems in order to increase ecological connectivity of all Natural Protected Areas and other conservation schemes, through biological corridors and sustainable productive activities. This approach will take into account the equitable participation of the population and will have a territorial approach. Substantially increase the Programs of Action and Conservation of Species in order to strengthen the protection of priority species from the negative impacts of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Gas" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "(1) Construction of a liquefied natural gas (LNG) regasification floating terminal in the port of Cotonou (total generating capacity: 500 MW). (2) Natural gas exploitation of the installed thermal production capacity. 36% of the total bi-fuel capacity in 2030 that can be exploited with natural gas and 64% with fuel oil if the regasification terminal project is not completed. 100% of the capacity if the regasification unit is constructed.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Unconditional part of the mitigation effort for a given sectoral target", + "Information on sectoral plans", + "Targets at the sectoral level", + "Unconditional part of mitigation target for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Public Transport" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The Merida Mass Transportation System Project was created with the aim of mitigating the environmental impact, in a tourist city, surrounded by the Sierra Nevada of Venezuela, becoming the only city in the world with a mass passenger transport system, with a population of less than 500,000 inhabitants. Apart from considering clean technologies, it is intended to organize the conventional public transport system, with the intention that they become feeders of the project, and in this way motivate the use of mass transport, and mitigate vehicular congestion in road corridors.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Cities", + "Supply-side Efficiency: Grid/energy loss reduction" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Solar powered toll plazas envisaged for all toll collection booths across the country. National Smart Grid Mission launched for efficient transmission & distribution network. Green Energy Corridor projects being rolled out to ensure evacuation from renewable energy plants. Nationwide Campaign for Energy Conservation launched with the target to save 10% of current energy consumption by the year 2018-19. Launched Smart Cities Mission to develop new generation cities by building a clean and sustainable environment.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Transportation Planning" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The support has an amount of USD$5 million and is expected to start soon. 8.2.9. Updating of the transport matrices and transport model for the Metropolitan Area of San Salvador. This technical cooperation (TC) offered by the IDB, aims to provide a new updated OD matrix for passenger travel patterns and the corresponding transportation model for the Metropolitan Area of San Salvador.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Water management", + "Land and soil management", + "Health services and assessment", + "Sustainable urban planning" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Health", + "Urban" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Pursuit of R&D actions in the areas of water, water use and the impacts of climate change. Agriculture, water. 720. 26. Mapping and marking of flood risk zones in settlements of more than 5,000 inhabitants as an adaptation to climate change. Housing and urban development. 720. 27. Development of 15,000 ha of shallows and irrigated areas and their exploitation for the intensive rice cultivation system. Agriculture, water. 705. 28. Development of research on health and climate change: total of three activities. Health. 690. 29.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Upstream policies on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Air Conditioners and Refrigerators", + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy", + "Industries" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "achieving 30% of efficiency improvement in the use of electric power (15% residential, 15% commercial);. improving by at least 10% fuel-usage across sectors and modes of application (except butane usage) by 2030 or before;. improving energy performance of the building envelop and implementing a green building code, seeking to cover all new (public or private) buildings by 2030 or before;. enhancing energy efficiency of street lighting and creating energy rating labels for domestic; appliances and air conditioning by 2030 or before;.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MUS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy: General", + "Transportation Fuels", + "Renewable Energy", + "Energy Efficiency", + "Public Transport" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Energy: The production of 60% of energy needs from green sources by 2030, the total phasing out of the use of coal before 2030, increasing energy efficiency by 10. % based on the 2019 figures. Transport: Extension of the light rail network as part of the national strategy to modernise and upscale the public transport system by 2022, phasing out of subsidies and incentives for the importation of diesel buses and increase of subsidy for the purchase of electric vehicles, Electric Vehicle Integration Road map 2020.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enhance monitoring and evaluation systems of sectoral ministries to track gender outcomes in climate change initiatives with a particular focus on collecting and managing sex-disaggregated data, gender indicators and budgeting, outcome-based reporting and the dissemination and up-scaling of the gender and climate change adaptation related knowledge generated. Gender. MOWA. 8. Capacity Development for GCCC members and sectoral ministries on Gender analysis, gender responsive budgeting and NDC. Gender. MOWA. 9. Develop technical guidelines for Gender mainstreaming in NDC process. Gender. MOWA. 10.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GHA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Sustainable urban planning" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The updated and enhanced nationally determined contribution responds to the sustainability priorities in the following national policy documents:. Ghana @ 100 frameworks and the accompanying national Infrastructure plan. Coordinated Programme of Economic and Social Development Policy. 2022 to 2025 Medium-Term Development Policy Framework. Ghana Beyond Aid Charter Strategy Document. COVID-19 Alleviation and Revitalisation of Enterprises Support. 4. Making the Nationally Determined Contribution Work.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BGD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Implementing Agency for Sectoral Conditonal Actions" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Wetlands", + "Climate risk management", + "Disaster Risk Management (DRM): General", + "Sustainable urban planning", + "Energy access", + "Coastal management", + "Malnutrition", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Transport", + "LULUCF/Forestry", + "Coastal Zone", + "Energy", + "Health", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Set out a clear roadmap and timetable for actions across the key elements of INDC implementation, grouping into short, medium and long-term actions. INDC implementation will be taken forward by existing governance arrangements under the BCCSAP, with coordination being managed by the climate change secretariat in the Ministry of Environment and Forests, reporting to the Advisory Committee and the National Environment Committee (chaired by the Prime Minister).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The agency responsible for implementing the sectoral conditional action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ZWE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "HFCs" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "LEDS. 0.11%. 84.5. $3.49. 12. HFC Phasedown schedule Kigali Amendment (Freeze 2024, 2029, 10% reduction). Regulation. 0.44%. 334. $ 4.9. There are some challenges associated with implementation of the mitigation measures in the IPPU sector. Implementing clinker substitution with fly ash or BFS in the future rests on the availability of these materials and consumer acceptance of lower clinker content products. There is also a lack of awareness from consumers regarding the application and performance of lower clinker products.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Solar irradiance is available in the country throughout the year, however due to lack of technical capacity, limited land area, already established diesel based power generation systems and high investment costs pose a major challenge to the introduction of solar PV systems in the country. Although ocean currents and the waves surrounding each island might be the perfect renewable energy resource for the Maldives and other SIDS, the technologies to harness them are still at pilot stages around the world and commercially not available.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Build traditional knowledge to support community-based adaptation. The government will engage with local communities to exchange knowledge and use indigenous skills and knowledge in adaptation planning. Conduct and document a study on ethno-veterinary knowledge. Few sporadic works done. Short term. Utilize traditional knowledge of rural and local communities into modern plans to support climate adaptation in the sector. Short term. Establish herder institutions to train and build the capacity of herders.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Reforestation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "reduce environment pollution from Farms and slaughterhouses and household. Compost technology is available. Women participation were encouraged. 2, 6, 15. 38. Seedlings distribute to public and local community. Agriculture. Ministry of. Agriculture,. Forestry and. Fisheries (MAFF). NFPs_(F.3)strategic indicators, JMI (2020), National arbor day. NA. 100,000,000 seedling. Contributing forest cover, promote CF livelihoods, and cultural. Long term USD 1 /seedling; medium plan USD 0.5/seedling ; Fast growing USD 0,3/ per seedling. Revenue is referred to social, environmental and promoted people livelihood.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Infrastructure", + "Economy-wide: General", + "Sustainable urban planning", + "Health: General", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Social Development", + "Health", + "Economy-wide", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Propose mitigation measures likely to bend the trend curve according to an unconditional scenario (investments granted by the State) and a conditional scenario (additional investment needs required from the international community). Identify, according to a conditional scenario and an unconditional scenario, the adaptation measures in the most vulnerable sectors (Agriculture, Energy, Forestry, Water Resources, Health, Land use planning, Infrastructure and housing), in line with the objectives pursued through sector planning.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Coastal Zone: General" + ], + "SectorLabel": [ + "Coastal Zone", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Traditionally in charge of domestic tasks related to firewood, women are the first victims of a degradation of the coastal zone and its resources. In addition, they are more vulnerable to the vagaries of climate change due to fewer and more volatile resources, which constrain their adaptive capacity. As such, the dissemination of improved stoves and stoves provided for in the country s detailed commitments is particularly aimed at women. Development of an integrated coastal zone management plan (ICZM). Drafting of the law on the coast.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Gas", + "Renewable Energy: Waste-to-Energy", + "Renewable Energy: Biofuels", + "Fertilizers", + "Agricultural Waste", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Agriculture", + "Energy", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Review of regulations on the use of agrochemicals, review for the consistency of the Penal Code and legislation attached to the use of fire and agricultural burning; proper use of water resources and binding instruments. Preparation of the action plan for the implementation of community biodigester projects for the production of organic fertilizers, based on the sustainable management of livestock waste (MIGOBDT). Preparation of guides for the proper management and use of livestock waste biodigester projects (MIGOBDT).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GRD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Water conservation and reuse" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Grenada has recently completed a vulnerability assessment of the water sector and developed a national adaptation plan and action plan for the water sector, mapping and water quality testing of informal water sources. Rain water harvesting activities are currently underway in some remote communities to improve water collection and storage. Building the resilience of communities: It has become increasingly evident that buy in at the local levels can go a long way in aiding the success of adaptation actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Table 25: Mitigation strategies for the mining and quarrying sector. Strategies. Activities being considered. Current progress. Timeframe. Reduction in carbon emissions from mining activities. South Sudan will implement strategies that focus on reduction of GHG emissions from the sector through reduction of energy consumption in processes and operations. Promote integration of aspects of energy efficiency in the process design (during crushing and grinding) of small to large mines, and increase efficiency of energy consumption in vehicles at mining sites. Yet to be implemented.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Main mitigation measures to be implemented to contribute to achieving the objectives which are conditional to additional means of implementation. Measures marked with an asterisk (*) also have effects on adaptation. Energy Sector. (relative to paragraph 18 of the PNCC). Introduction of electricity accumulation technology, including accumulation and pumping systems: 300 MW installed by 2025 (*). Extension of water sources technologies for power generation (small hydroelectric power plants): 10 MW of installed power by 2025, with a focus on co-benefits for dams for irrigation (*).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VUT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Indicator Ag1.5: Institutional and governance related measures to strengthen agriculture SMEs and private sector operators in the six provinces identified and implemented (community decision-making, planning and action related to supporting agriculture SMEs at community, area, province level). Indicator Ag1.6: Financing related measures to strengthen agriculture SMEs and private sector operators in the six provinces identified and implemented (e.g. agriculture SME insurance cover).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ZAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The NCCRP provides guiding principles and will form the basis for the integrative NAP focused on vulnerable sectors and geographic vulnerabilities. $US 0.17 [1] bn per annum. Goal 2: Take into account climate considerations in national development, sub-national and sector policy frameworks for the period 2020 to 2030. Integrate flexible adaptation sector policies and measures into national and sub-national policy frameworks to enable implementation of climate change adaptation programmes and projects.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Forestry and pasture. High. Support Universities and research institutes in developing research and studies on risk assessment for pastures. Education. Medium. Livelihood Adaptation. Strengthen the coordination and management framework within and between the Forestry and pasture sectors: at national and local levels. Support smallholder livestock communities in rural and highland areas through based local investment programs, by scaling up and integrating climate change adaptation options. Forestry and Pastures. Medium.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Carry out continuous monitoring (with regard to duration and frequency)of grazing of animals to reduce soil emissions and erosion. Yet to be implemented. Medium term. Create agricultural hubs with closed agricultural loops. There is tremendous potential for growth and development in the agriculture sector with only 5% of total arable land currently under use.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Table ES-1 Strategic adaptation actions. Objective. Pillar. Strategic Adaptation Actions. Adaptation actions environment to facilitate CCA mainstreaming. Promote enabling. Institutional framework. 1. Establishment of the institutional arrangements for the multi-sector coordination of climate change actions, including the definition of its composition and mandate. NAP s mandate. 2. Testing and institutionalization of mechanisms to integrate CCA into the next \u201cNational Development Plan\u201d or equivalent and sectoral planning instruments, including the annual sectoral budgets and guidelines. NAP s implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Upstream policies on", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Urban Transport", + "Buildings: General", + "Transportation Infrastructure", + "HFCs", + "Demand-side Efficiency: Buildings", + "Supply-side Efficiency: Grid/energy loss reduction", + "Industries: General", + "Rail", + "Public Transport" + ], + "SectorLabel": [ + "Buildings", + "Energy", + "Transport", + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "New standards to introduce efficient lighting for public and residential areas. New standards for the acquisition of industrial electric motors. Investment in the conversion of efficient transformers for the electrical system. Introduction of energy efficiency standards in new buildings. High GWP (HFC) gas destruction program in low efficiency refrigeration and air conditioning equipment according to the Kigali Amendment protocol. (Qualitative). Identification of possible banks for the storage of electrical energy. (Qualitative). Road transport:. New and additional lines of the Santo Domingo Metro.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans", + "Emission reduction potential for a given sectoral upstream" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Reducing emissions that are under the direct control of the health sector to reach net zero health sector emissions by 2050. 4.4.2 Enhancing the adaptive capacity of the health sector. Under current and future climate change conditions it is a high priority for the health sector in Jordan to complement the national efforts to strengthen the capacity of the health sector to address the impacts of COVID-19 with additional knowledge and capacity to contain the current and expected health impacts resulting from climate change either through extreme weather impacts or the possibility of spreading of climate related infectious diseases.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Additionally, the government is planning to develop and implement three solar hybrid systems every year and more grid-connect systems in Honiara with up to 20MW over the next decade. It is currently developing concepts for two grids connected solar farms: one in Auki (Malaita Province) with 1,400kW capacity and the other in Honiara with 10,000kW capacity between 2022 and 2026. Further eight new solar hybrid systems are also being planned for Makira, Guadalcanal, Malaita and Isabel to be developed between 2022 and 2024.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Sea-level rise protection" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Decline in port and shore infrastructure. The loss of productive capital caused by this damage is in the order of 2 billion US dollars. Losses in annual production are estimated at approximately 0.5 per cent of current GDP, mainly in the areas of tourism (55 per cent) and agriculture (45 per cent). An estimated 36,000 job losses, mainly in agriculture and tourism. Agriculture.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The Regional Climate Models will allow the elaboration of the lines of action to be considered within the adaptation strategies for Climate Change;\u00a0they will also allow the development of studies for the Inventory of Greenhouse Gases and will provide technical details for voluntary mitigation.\u00a0Other benefits of developing these models are:. Reduction of risks due to Climate Variability and Climate Change, in the specific sectors of Water, Agriculture, Energy Health and Disasters, selected by WMO for the implementation of the Global Framework for Climate Services (MMSC), to which the State Venezuelan would add Biodiversity for its commitment to protected natural spaces.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Subsidies", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Involvement of the State, in the name of national solidarity, in the event of exceptional climatic accidents, to ensure compensation for risks;. Subsidies for small farmers, who are increasingly vulnerable, with a view to adopting new agro-ecological practices capable of sustaining their farms;. Selection of resilient varieties at the level of agricultural research centers and universities;. Promotion of sustainable agricultural sectors;. Constitution of strategic reserves of food products; development and dissemination of research products;. Structuring of farmers organizations and improvement of agricultural governance;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water: General" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Conducting climate-proofing studies for existing water utilities and integration of climate proofing tools for planned water utilities through developing climate resilient water safety plans, Environmental Impact Assessment and other legally binding environmental management tools. Creation of map for flash flood prone area as a tool for risk assessment to guide decision makers about the proper location for establishing new water utilities. Enhancing performance and efficiency of water utilities through technological improvements and capacity development for reducing water loss.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SUR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Renewable Energy: Wind", + "Biomass energy", + "Renewable Energy: Solar", + "Renewable Energy: Waste", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Energy", + "Social Development", + "Cross-Cutting Area", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Further research and vulnerability assessments, infrastructure programs, and mainstreaming climate change in the social and productive sectors are critical actions to be taken in increasing resilience to climate change in the coastal zone as well as in the Interior. In addition, the introduction and implementation of various types of renewable energy requires, for instance, the installation of solar panel parks as well as micro-hydro power units river systems; application of biomass-to-energy technology; installation of wind mills; and implementation of waste-to-energy technology.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "QAT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Transition from ICE vehicles to EV and providing necessary infrastructure for EV chargers will contribute in a major way for GHG reduction and thereby NDC goals. Electrification has also been adopted in port operations e.g. reducing emissions at Hamad port using electric tractors. Going forward, gradual adoption of Euro 6 emission standards for vehicles and promoting a shift towards electric vehicles for private use shall constitute key initiatives to reduce emissions from the transportation sector.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Environment: General", + "Sustainable urban planning", + "Sustainable land management", + "Land degradation", + "Sustainable forest management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Urban", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "the definition of the targets and indicators of the actions selected for the NDC;. the study on the alignment of adaptation and mitigation measures with the priority SDGs of Burkina Faso;. the study on the consideration of nature-based solutions in the NDC;. gender analysis in the priority sectors of the NDC;. the development of gender-sensitive NDC Sector Plans;. the production of a synthetic CDN taking into account the different deliverables;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Wastewater treatment" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improved access to drinking water and basic sanitation, as well as hygiene practices for rural and peri-urban populations. 0.23. 41. Improved access to sustainable waste management services and wastewater treatment. 0.20. 42. Improving accessibility to roads and public spaces and opening up rural areas. 0.32. Health. 43. Construction/rehabilitation of health facilities. 0.92. 44. Capacity building for access of vulnerable populations to basic health services. 0.88. 45. Integration of the gender approach in the consideration of climate change issues. 0.23. 46.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Biomass energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Launched National Mission for Clean Ganga (Namami Gange) which seeks to rejuvenate the river. National Bureau of Water Use Efficiency (NBWUE) proposed for promotion, regulation and control efficient use of water. \u2018Give It Up\u2019 Campaign launched to encourage citizens to give up subsidy on cooking gas to meet the needs of the truly needy citizens, thereby promote shift away from inefficient use of biomass in rural areas. CLIMATE FINANCE POLICIES. Setting up of INR 3,500 million (USD 55.6 million) National Adaptation Fund.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Energy: By 2025, Panama will have a National Climate Change Plan for the energy sector with a mitigation component and one adaptation component. Input for the planning and improvement of the operation of the national energy system, including all energy sources, transformation of the system and transportation are to contribute to climate resilience and a route to transition to carbon neutrality (44, 124)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Disease surveillance and control", + "Sustainable urban planning" + ], + "SectorLabel": [ + "Water", + "Health", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Average share of the built-up area of cities that is open and green space for public use for all (SDG). \u2714. \u2714. B. Access to water and sanitation services. \u2714. \u2714. B. 17. Storm water management. Percentage of urban population in areas covered by master plans with storm water considerations. \u2714. \u2714. B. 400 million USD. Sustenance of new and existing hydropower plants. Health. 18. Strengthen preventive measures and create capacity to adapt to disease outbreaks. 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Generalization of installation actions in public administration buildings of automatic lighting and air-conditioning shut-off devices in the absence of office users. 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Terrestrial biodiversity. The UK will fulfil its responsibilities under the Convention on Biological Diversity, 42 the Ramsar Convention43 and the Leaders\u2019 Pledge for Nature;44 and implement the Convention on Biological Diversity\u2019s vision that by 2050 biodiversity is valued, conserved, restored and wisely used, maintains ecosystem services, sustains a healthy planet and delivers benefits essential for all people.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "A more efficient, reliable, affordable and resilient transportation system represents a substantial commitment to climate action with important impacts for the entire Barbadian economy, improving its competitiveness and productivity, reducing costs, and impacting the achievement of the Sustainable Development Goals. The government\u2019s commitment to a fossil fuel-free energy system extends to the transport sector, starting with public buses and light duty/passenger vehicles. Effective April 2021, the government s procurement policy is to prioritize the purchase of electric or hybrid vehicles, where possible.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "THA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Public health sector aimts to enhance the capacity of the public health system to manage health risks and reduce health impacts from climate change by developing health impact surveillance and prevention mechanisms and enhancing access to good quality public health services\" (5)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Urban Transport", + "Vehicle Fleet", + "Public Transport" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Define transport demand management policies that encourage and prioritize the use of sustainable modes (public transport of taxis with hybrid and electric cars) and also lead to better management of passenger transport in the environment metropolitan. 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Strengthen technical capacity to integrate climate risks into coastal zone management, and. Disseminate lessons learned to key stakeholders. II. The mitigation of greenhouse gas emissions (GHG) to the atmosphere, taking into account the most influential sectors in the national climate impact:. Sector Forestry, Agriculture and Land Use Change. Waste Sector. Energy Sector. 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To achieve this goal, the following key measures are envisaged:seeking to reduce the proportion of technical and non- technical losses in energy distribution from about 25% in 2010 to less than 8% by 2030 or before;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Technology and. Innovation. (MISTI). The National Policy, Strategy and Action Plan on Energy Efficiency in. Cambodia (MIME 2013),. Basic Energy Plan. (2019), The National Policy on Green Growth and the National Strategic Plan on Green. Growth 2013-2030 and Industrial Development Policy 2015-2025. Technology transfer in key industrial subsectors which are process heat intensive: bricks, food and beverage. 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Promote awareness and good understanding on climate change and on how the forestry sector can make a positive contribution. Awareness raising campaign and training provided. Moldsilva Agency. 0.025. Sustainable management of forests and ecosystem services. Decrease of illicit deforestation achieved; effective control by local authorities implemented; knowledge and ecological culture promoted. Moldsilva. 0,035. Organic restoration of degraded pastures. ha of pastures restored. Moldsilva. 27.00. TOTAL. 170.37. Energy Sector. Promote renewable energy sources that operated based on environment-friendly technologies.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BOL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity", + "Livestock", + "Climate smart agriculture", + "Food security", + "Sustainable forest management", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Control of illegal deforestation and establishment of systems of control and monitoring of deforestation, fires and forest fires. Training in technologies adapted to climate change (local knowledge and modern technologies). Actions to reduce the vulnerability of production systems in a climate change scenario. Usage of better local adapted varieties of species suited for the climate, and resistant to pests and diseases. Measures of agricultural and livestock production insurance to include additional conservation actions, making resilient agricultural and forestry production systems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ARG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Disaster relief and recovery", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The implementation of structural and non structural measures to face extreme events; and. The promotion of biodiversity conservation and Adaptation based on Ecosystems. In most of these cases, the measures have been identified with cost/benefit analyses undertaken. Disclaimer. Nothing in this contribution can be interpreted as Argentina is making commitments that are not included in the objective, principles and provisions of the United Nations Framework Convention on Climate Change, especially with regard to food security and the principle of common but differentiated responsibilities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agricultural Waste", + "Fertilizers" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "High sustainable development benefits. Cost is reasonable. Promote use of green manure, better manure storage and management. Medium emission reduction potential. Prioritized in 2013 Framework for Implementation. High sustainable development benefits. Cost is reasonable. Medium Priority. Use agricultural and animal wastes to produce biogas and organic fertilizer. Medium emission reduction potential. Prioritized in numerous government documents. Medium sustainable development benefits. High cost of investment. Reduce nitrous oxide release from agricultural soils by efficient and targeted use of chemical fertilizers. Medium emission reduction potential.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Recycling, Reuse, Reduce", + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Nation-wide improvements in the management of solid waste and reduction in the generation of GHG emissions. Develop and implement a country-wide Integrated Solid Waste Management Programme for Belize. Such a programme will seek to address and enhance current initiatives including:. Institutional strengthening. Waste segregation, storage, collection and transport,. Waste minimization, re-use and recovery. Education awareness ad stakeholder communications.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General", + "Awareness raising and behavior change", + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Health", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "2022. 5.3 Improved health preparedness for all hazards including climate related events at national, subnational, MOH and village level both in curative and preventive sectors. 2023. 5.4. Public awareness on health impacts of climate change and promotion of resilience designed and disseminated through traditional, electronic and social media on how to address immediate disaster risks. 2023. 5.1.8 Urban Planning and Human Settlement Sector. Sri Lanka\u2019s urban population is 18.7% and expected to reach 21% in 203047.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Fertilizers", + "Wastewater", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Agriculture", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Capacity building and program implementat ion costs 5 million USD. Annual costs est. 6 million USD. Improved retention of soil fertiliser and enhancing soil buffering capacity. Increased food production and nutrition security. Creation of revenue generation opportunities for local communities. Waste water treatment and re-use. Waste-water treatment plants (WWTP). Investment in wastewater treatment and reuse technology, reducing methane emissions from wastewater and providing a nutrient-rich digestate that can be used as a fertilizer. Reduction of CH4, and CO2 emissions. \u2714. \u2714.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Solid Waste", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "- PPCA Action Area 2-2 (Recycling Organic Waste). GHG emission reductions due to avoidance of anaerobic decomposition of organic waste in landfills & dumpsites. -If 10% of all MSW generated is composted by 2030 then up to 0.5 MtCO2e/year of GHG emissions can be avoided by 2030 (depending on BAU and operational practices during composting). Increasing share of total MSW generated that is composted from 2% in 2016 to 10% by 2030. Job creation. Reduced odour nuisance 2. Local organic fertilizer production.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan", + "Targets at the sectoral level" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Health: General", + "Disease surveillance and control", + "Awareness raising and behavior change", + "Disaster relief and recovery" + ], + "SectorLabel": [ + "Health", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promote measures that increase the knowledge and response capacity of health authorities to face the impacts of climate change on human health. Promote actions for the training of trainers, local promoters and health professionals, to provide health services to indigenous peoples. Responsible institution. Ministry of Public Health and Social Welfare. Subnational governments. Organized and Unorganized Civil Society. Academy. Research centers. Other institutions or actors involved. Ministry of the Environment and Sustainable Development. Organized and Unorganized Civil Society. Neighborhood commissions. Associations and cooperatives.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Downstream actions" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Table 8: Total investment costs of the transport sub-sector Revised NCD actions Investment costs Unconditional Conditional Investment cost Total % Costs % Costs Implementation cost Green mobility programme Improvement of road infrastructure to reduce congestion in urban centres Total Source: NCD support project, September 2021 The total financial requirements in the transport sub-sector are estimated to result in a cumulative emission reduction of 9,960.04 Gg CO2-eq over the period 2020-2030 compared to a business as usual scenario through the projects declining in the annex. 5.1.1.3.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: power generation efficiency improvement" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "This approach will allow for a better estimate of CO2e emissions and will, therefore, assist in establishing with greater precision the impact of renewable energy projects towards the displacement of fossil fuel-based generating sources and/or at the same time the displacement of electricity imports from Mexico. Subsequent to the implementation of climatic actions in the energy sector, Belize estimates realization of avoided emissions from the power sector equivalent to 19 KtCO2e per year through system and consumption efficiency measures amounting to at least 100 GWh/year by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Reforestation", + "Recycling, Reuse, Reduce", + "Waste: General", + "Industries: General", + "Demand-side Efficiency" + ], + "SectorLabel": [ + "LULUCF/Forestry", + "Energy", + "Industries", + "Waste" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Promote the reduction and recycling of waste. Building capacity for waste management and introduce technologies for the advanced waste management. Introduce methane recovery and destruction technologies from industrial waste. Raise public awareness and accelerate participatory process for responding climate change. Intensify the all-inclusive mass movement for planting trees such as the period of the spring and autumn general mobilization for land management and the Reforestation Day. Strengthen activities for energy conservation such as the May and October Electricity Saving Months.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Afforestation", + "Land degradation", + "Sustainable forest management", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Forestry Sector. The Action Plan for the years 2018-2023 on the implementation of the Sustainable Development Strategy of the Forestry Sector33 in the Republic of Moldova refers to the specific objectives and actions addressing the adaptation of the forestry sector to climate change, which includes scientifically justified adaptation measures with clear mitigation co-benefits and sustainable development approaches, adequate maintenance and monitoring of forest condition, with intensification of afforestation/reforestation process through climate-resistant spp.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SAU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Gas Flaring" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The success on realizing the Mitigation co-benefit ambition in this area will depend on the success of exploring and developing natural gas. Methane recovery and flare minimization: Actions will be taken to conserve, recover and reuse hydrocarbon resources and minimize flaring and fugitive emissions. III. Contributions to Adaptation. Saudi Arabia is continuously investing considerable efforts and resources in activities that help protect and renew the Kingdom\u2019s natural environment including protection of the biodiversity of land, seas and coastlines.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "THA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Climate change is currently addressed at the highest policy level under the National Strategy (2018-2037) to ensure a long-term continuity of the issue alongside other economic and social considerations, including poverty eradication. The Climate Change Master Plan 2015-2050 reflects on climate change mitigation, adaptation, capacity building and cross-cutting issues. Ambitious energy targets are put forward in the Power Development Plan (PDP), the Alternative Energy Development Plan (AEDP) and the Energy Efficiency Plan (EEP).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CIV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Energy : Organize the wood energy sector, avoid the silting up of streams, reprofile and restore flows in the minor beds of rivers. Popularize the construction and use of improved stoves in rural areas. Loss and damage. Human losses: losses related to hydro-meteorological disasters, vector-borne diseases (to illnesses-malaria, water-borne diseases, respiratory diseases) and related to bush fires;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Conservation", + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Considering climate change mitigation and resilience as one of the major strategic pillars, the Forestry Sector Strategy (2016-2025) aims to enhance Nepal\u2019s forest carbon stock by at least 5 percent by 2025 as compared to 2015 level, and to decrease mean annual deforestation rate by 0.05 percent from about 0.44 percent and 0.18 percent in the Terai and Chure respectively. It also aims to put in place forest carbon trade and payment mechanism, protect 0.2 million ha of forests through the implementation of adaptation plans, and mainstream community/ecosystem-based adaptation by 2025.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Early warning system", + "Disaster preparedness" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "23 States and Union Territories covering 45.64 million hectares of land are subject to floods, and are prone to flood disasters. India\u2019s annual average flood damage during the period 1996-2005 was INR 47.45 billion (USD 753.2 Million). India has been able to establish a holistic disaster risk reduction and response apparatus at national, state and district levels with the aim of reducing existing levels of vulnerability, prevention, and mitigation of disasters and also to provide appropriate response, rehabilitation and reconstruction.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "In total, that would mean a doubling over 20 years and emissions of some 55m tonnes CO2eq in 2030. MITIGATION COMMITMENTS AND POTENTIAL. With a view to joining in global efforts to decarbonize economies, the Republic of Guinea hereby undertakes the following commitments:. Commitment. Context and description of the commitment. Objectives. Expected mission reductions1. Produce 30% of its energy (excluding wood-energy) from renewable energy sources (SE4ALL).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Sustainable transport planning" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "rapid transit systems in. urban centers and climate-. resilient supporting. infrastructure, Implementation. of pilot projects in. Port Moresby and Lae. Draft Green Transport Action. Plan. Feasibility studies conducted. for electrified bus rapid transit. systems in urban centers and. climate-resilient supporting. infrastructure (such as flood. proofing of bus stops). Project idea: Country. Programme pipeline. Department of. Transport (DoT). DoW, CCDA,. CEPA, DNPM. AE: tbc. TBC. 20. GCF. Requires Accredited. En-tity support.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Timor-Leste seeks to increase transparency through the establishment of an online database that provides information on all extractive companies operating in the petroleum sector. This and other disclosure based- actions will be pursued throughout the 2022-2030 period in keeping with EITI recommendations and best practices Unconditional 3.4 Energy Efficiency Improvements Enabling cost-effective energy efficiency improvements Through the development and implementation/ enforcement of product efficiency standards, energy- efficient building designs, new fuel standards, closer regulation of industrial processes, and the energy efficiency improvements that can be derived from changes to primary energy sources used by communities, there is potential to increase the overall efficiency of Timor-Leste\u2019s energy sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Wastewater treatment", + "Coastal management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Water", + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Inventorise seagrass beds, develop a protection strategy and create a comprehensive seagrass conservation regime by 2024, providing continuity to the existing seagrass inventory project currently developed in Santiago and Maio. Implementation of a Cabo Verde seaweed germplasm bank. This action will be complemented with the creation of knowledge expertise within the Cabo Verde scientific and university community in this area;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Sustainable forest management", + "Water conservation and reuse" + ], + "SectorLabel": [ + "Water", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enhance the resilience of the water sector through the utilization of appropriate technologies for conservation, restoration, sustainable use and increase water resources. Forest resources. Create forest ecosystems well adapted to climate change and enhance carbon sink by implementing sustainable forest management. Implementing forestry measures such as thinning and deadwood removal to improve forest structure and conditions and to create a highly productive and climate change-resilient forest;. Increasing non-carbon and socio-economic benefits of forests by implementing sustainable forest management. Biodiversity.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Wetlands" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "By 2030, protect at least 10% of under-represented marine eco-regions (Humboldt, Central Chile, Araucan\u00eda and Chiloe), in the framework of a participatory marine spatial planning, based on science and holding criteria to deal with the effects of climate change. By 2025, protect at least 20 coastal wetlands as new protected areas. By 2030, protect at least 10 additional coastal wetlands as protected areas. Contribution to Integration - Ocean N \u00b0 11 (I11). CONTRIBUTION. SDG.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Waste management" + ], + "SectorLabel": [ + "Health", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Actively managed health burden through improved research, response and planning. Health sector able to respond to population increase and its climate-related health burden. Waste. Actively managed waste hierarchy. Fast-track implementation of new waste policy. Decommission landfills in flood risk areas. Research and commercialisation of waste-based products Urgent completion of waste-to-energy feasibility studies. Waste is managed according to strict hierarchy and waste policy fully implementedDecision taken on waste-to-energy. Cost of priority mitigation actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Agriculture", + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Support alternative fishery livelihoods by developing the foundational structures and extension services needed to increase aquaculture production and reduce the impact on marine fisheries, including through provision of 25 aquaculture kits to smallholder fishers by 2025. Adaptation Actions and Policy Measures. Identify endangered and vulnerable fish species, map the areas valuable for their protection, and work with fishery communities to create multiple-use conservation areas and/or Marine Protected Areas to improve their ability to survive the impacts of climate change (link with coastal zones sector).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Urban Transport", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Transport", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Actions to reduce CO2 emissions while using technology to spur waste-derived business for youth and women in poor communities. Transport: Sierra Leone will use lessons from the Integrated Resilient Urban Mobility Project (IRUMP) to develop plans and strategies for building sustainable transport mechanisms (including mass transit systems, fuel-efficient vehicles, and climate-smart mobility measures that improve urban planning and enhance access to public infrastructure in cities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KWT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Soils" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The Environmental Protection Law No. 42 of 2014 and its amendments accorded paramount importance in some of its articles to issues related to adapting to the negative effects of climate change, as it regulated the ways of using and consuming natural resources in the field of protecting the land. Articles (40) and (41) of the law discussed regulating the camping process and land use in grazing or any other activities that may harm the soil, which contributes to reducing the phenomenon of desertification and soil vulnerability.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Encourage the development of the sector through value adding and diversification in fish species through research partnerships, private sector engagement, pilot programmes and extension support services. Action. Implement and enforce 2020 Fisheries Act and 2018 Forests (Protection of Mangroves) Regulations. Develop and adopt fisheries regulations to complement the 2020 Fisheries Act. Action.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sea-level rise protection" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Mainstream climate change response measures into coastal development planning against sea water intrusion, sea water rise and seasonal storm destruction, and rising temperature. MLMUPC. Promote sea engineering environment, sea water rise, sea tidal hazard, seawater intrusion and sea erosion. Disaster management to protect coastal populations. Strengthening climate resilient city. NCDD. Strengthen knowledge and capacity on resilient city. Financing for resilient cities. Partnership and communication.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TZA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster relief and recovery", + "Gender", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enhancing emergency response capacities in line with climate risk profiles. Promoting public awareness on managing disaster risks. Gender Mainstreaming. Enhancing gender equity in climate change adaptation actions. Promoting measures to address negative impacts of climate change on young people, women, old and other groups facing inequality, including people with disabilities. Capacity Building. Building internal capacity for climate modeling in terms of training and acquisition of technology. Building internal capacity for national adaptation and mitigation cost analysis. Research and Systematic Observation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Crops", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Development of Industry crops for increase in production, improved quality-safety; harvesting and post harvesting technique and agro-business enhancement. Agriculture. MAFF. 5. Improvement of support services and capacity building to crop production resilient to climate change by promoting research, trials and up-scaling climate-smart farming systems that increase resilience to CC and extreme weather events. Agriculture. MAFF. 6. Building climate change resilience on cassava production and processing. Agriculture. MAFF. 7.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KGZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General", + "Gender", + "Health services and assessment" + ], + "SectorLabel": [ + "Health", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "A scientifically based policy for climate-sustainable development of the health care system was formed and the clinical regulatory framework was improved. Increase in morbidity and mortality from noncommunicable diseases. Increase in morbidity and mortality from infectious, vector-borne and parasitic diseases. Damage or destruction of health infrastructure due to climatic events. Measure 4.1.2. Developing a health system development policy, taking into account adaptation to climate change, gender aspects and the interests of vulnerable groups. Measure 4.1.3.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Sustainable forest management", + "Sea-level rise protection" + ], + "SectorLabel": [ + "Coastal Zone", + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "increasing the development and use of tailored data and information systems;. iv. and establishing and promoting the appropriate legislative framework. For example the Department of Drainage and Sewerage will implement the flood monitoring information system and the Department of Forestry is planning to undertake an updated forest inventory. 4 Fairness and ambition of the contribution. Although Brunei Darussalam\u2019s total GHG emissions share of global emissions is very small (0.016%), it is highly vulnerable to the adverse impacts of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Development of capacity to monitor and verify progress on the enforcement of ESL. Transport. Awareness raising and provision of incentives for efficient vehicle operations. Development of awareness materials and demonstration events in cities to show how to maintain vehicles efficiently. Training of vehicle service providers through short courses on dissemination of information to vehicle owners and users. Preparation of training materials for financial institutions on loan packages to finance efficiency improvements in the vehicle fleet.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Social Development: General", + "Sustainable forest management" + ], + "SectorLabel": [ + "Social Development", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Forests (target): \u201cDevelop alternative livelihoods programs with forest dependent people in 5 forested counties to ensure a just transition from forest extractive models for local communities, including development of models and markets for non-timber forest products and for sustainable eco-tourism by 2030. (Linked to Mitigation target).\u201d (p. 32)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Conservation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Maintenance of 100% of the native forest area of year 2012 (849.960 ha). 5% increase in the native forest area of year 2012 (892.458 ha). At least maintenance of 100% of the amount of forest plantations effective area under management of year 2015 (763.070 ha). ---. Maintenance of 100% of the shade and shelter forest plantations area of year 2012(77.790 ha). 25% increase in the shade and shelter forest plantations area of year 2012, including silvopastoral systems(97.338 ha).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Health (action): \u201cIncrease funding by $500,000 per year for research on climate-health nexus, including on the increased health vulnerabilities caused by climate change, the temporal, spatial and spectral aspects of meteorological data needed for healthcare purposes, and on the quality, level, and detail of healthcare data required for disease modelling to develop adequate response measures by 2030\u201d (p. 36)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions", + "Sectoral targets on", + "Emission reduction potential", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Demand-side Efficiency: Buildings" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Building commercial. 5. Public awareness campaigns, DTEBP-EE info centres. Reduce 2% of energy consumption in 2030. MME. Building residential. Building commercial. 6. Building codes and enforcement/certification for new buildings and those undergoing major renovation. Reduce 10% of electricity consumption in 2030. MME. Building commercial. 7. Introduction of efficient electrical motors and boilers. Reduce 2.3% of current electricity consumption in 2030. MME. Building commercial. Other Industries. 8. Improve sustainability of charcoal production through enforcement of regulations. MME. Building residential. 9.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral target", + "Conditional part of the mitigation target for a given sectoral target", + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans", + "Targets at the sectoral level" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GUY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Climate smart agriculture", + "Climate risk management", + "Climate services", + "Education: General", + "Crops" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "Education" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Enhanced weather forecasting including microclimate studies and localized forecasting. Development and introduction of crop varieties which are:. Flood resistant,. Drought tolerant,. Disease resistant. Develop environmental and climate change awareness programmes at all levels. Developing innovative financial risk management and insurance measures. Means of Implementation. In order to implement its conditional adaptation actions, including infrastructural development works, Guyana will require an estimated US$ 1.6 Billion in the period to 2025.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Energy Supply and Consumption Revolution Strategy (2016\u2013 2030) released in 2016 set out the goal of \"Four Reforms and One Cooperation\"3 for the energy sector, that is, to actively build a clean, low-carbon, safe and efficient energy system. Low carbon has become a new principle of energy development. The dual control over energy consumption quantity and intensity and the renewable energy quota system have been implemented and produced noticeable effects.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "HND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Health: General" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Adaptive Measures. 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Infrastructures (especially hydropower).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Energy: General", + "Sea-level rise protection", + "Economy-wide: General", + "Disaster preparedness", + "Coastal Zone: General" + ], + "SectorLabel": [ + "Coastal Zone", + "Energy", + "Disaster Risk Management (DRM)", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Construction of sea walls in the vulnerable coastal areas to protect from sea level rise. 4.2.8 Oil and Gas Productions Strengthen and protect valuable offshore oil and gas infrastructure against climate change impacts. Protect offshore Infrastructure against strong wave damage that impacts the distribution of gas and oil, and reduce accidents and destruction of offshore oil and gas infrastructure; including: i) early warning system equipment; ii) data information to show occurrences; iii) equipment protection. 4.2.9 National Institutional Capacity Development for Climate Change:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PLW", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Palau is investigating a project to convert waste cooking oil to biofuel for diesel vehicles, beginning with public school buses and a potential public bus route. c. Support for Implementation. Climate change presents a major challenge for Palau\u2019s sustainable development, for which the nation relies significantly on development partnerships. Similarly, as noted above, implementation of many of the policies and measures needed to achieve our emissions reduction target will depend on the availability of partnership finance, technology support and capacity development.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BHS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The Bahamas Second National Communications recognises that mitigation will not protect us from the negative effects associated with a changing climate and expands on the initial National communication through the development of The Bahamas SimClim model combined with the evidence of climate change as evident in the hydro-meteorological records. Near shore marine environments play an integral role in the protection of critical infrastructure across the archipelago.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Energy efficiency", + "Renewable Energy: Hydro", + "Renewable energy", + "Renewable Energy: Solar", + "Afforestation", + "Sustainable forest management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Energy", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "\u2713. \u2713. Construct storage dams for hydrpower generation. \u2713. \u2713. \u2713. Promote solar PV and use of energy efficient bulbs. \u2713. Promote use of bio-fuels for lighting and cooking replacing fossil based fuel. \u2713. Forestry. Support research in drought tolerant and fast growing tree species. \u2713. Expand afforestation and forest regeneration programmes. \u2713. \u2713. \u2713. Promote growing of drought tolerant and fast frowing tree species. \u2713. Wildlife. Provide watering points at strategic locations of national park/ game reserve. \u2713. \u2713. \u2713.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Wetlands", + "Urban: General", + "Disaster Risk Management (DRM): General", + "Sustainable urban planning", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "LULUCF/Forestry", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "2022. 1.4 Introduce adaptation measures such as urban zoning incorporating disaster risk, forest parks, ground water recharge, air passages/wind corridors, wise use of wetlands and roadside planting into urban planning to build resilience to climate change. 2023. 1.5 Integrate and adhere to the Guideline for Climate Resilient Human Settlement and Infrastructure developed by the Climate Change Secretariat. 2022. NDC 2. Incorporate Disaster Risk Reduction (DRR) into the urban and human settlement planning/implementation in areas of high vulnerability to climate change risks.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Reforestation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Increasing carbon sequestration in CM1 and CM2 from the BAU is conducted by increasing land rehabilitation program (afforestation and reforestation) and accelerating the establishment of timber plantation in unproductive lands (about 12 million ha in total). The annual planting rate of timber plantation in CM1 and CM2 will reach 320 thousand ha per year (in total 6.4 million ha by 2030). The annual planting rate for land rehabilitation will reach 280 thousand hectare per year (in total 5.6 million ha by 2030).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Demand-side Efficiency: Tourism" + ], + "SectorLabel": [ + "Energy", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Cabo Verde undertakes to strengthen sustainable tourism as a factor for local empowerment and economic development, ensuring climate resilience and diversification and increasing decent employment. International and national efforts combined seek to reduce overall GHG emissions from tourism by 20% per visitor/day by 2030. Cabo Verde undertakes to develop a roadmap for the phased transition to a circular economy for the years 2022 to 2040, by industry and municipality. The circular economy aims to contribute to climate protection and adaptation to climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy: Waste-to-Energy", + "Renewable Energy: Wind", + "Renewable Energy: Ocean" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Set-up of a maintenance service for two wheel vehicles and awareness raising about its use. Secondary measures, likewise awaiting financing, are also under study (Table 3). Table 3: Presentation of non-priority mitigation measures under study or pending funding. Energy production from biomass. Combined production plant for electricity using household waste. Supposed potential of 10 MW. Tidal power plant. Energy production using tidal turbines in Goubet. Supposed potential of 5 MW. Additional onshore wind turbines. Djibouti\u2019s total wind power potential is estimated at 390 MW.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water supply", + "Water management", + "Water: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Inclusion of climate change variables in technical feasibility and regulation of regulation and control of water resources.\u00a0**. National water supply and demand management integrating climate change variables, with emphasis on areas with water stress.\u00a0**. Implementation of communication, dissemination and capacity building programs that allow the awareness of actors in the water sector and water users about the effects of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster relief and recovery", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Disaster Risk Reduction [associated measure]:\u00a0\u201cBy 2026, draw up disaster recovery plans for all 22 municipalities with resource inventories, first response measures and actions (including on logistics) concerning humanitarian post-disaster needs. Local disaster recovery plans will involve an inventory of physical and human resources, with involvement of direct from services involved in post-disaster assistance, such as, SNPCB, national police, armed forces, social assistance, health, among others, across spheres of Government.\u201d (p. 43)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Land and soil management" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Establishment and classification of 900,000 ha of regionally focussed biodiversity conservation areas in 12 regions or 180 communes. Forests-land use. 785. 17. Completion of 800,000 ha of assisted natural regeneration in 200 rural communes. Forests-land use. 785. 18. Restoration of 150,000 ha of degraded land for agricultural production through the completion of 10,000 ha of micro watersheds (or half moons) each year. Agriculture, water. 770. 19. Recovery of methane from used water from the Ouagadougou municipal purification station. Biomass energy/ waste recovery energy. 770. 20.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "WSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "Samoa wishes to communicate the following targets for reducing GHG emissions in the energy, waste and AFOLU sectors, detailed in Table 3.1. Table 3.1: Mitigation targets, means, and requirements. Sector. Target46. Subsector. Means. Requirements. Energy47. \u25aa Reduce GHG emissions in the energy sector by 30 percent in 2030 compared to 2007 levels (or by 53 Gg CO2e compared to the new reference year levels once the GHG emissions inventory is updated)48. Electricity. Reach 100 percent renewable electricity generation by 2025.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Buildings", + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Education", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Potential synergy with. implementation of. Ramsar Convention,. CBD, SFDRR, and. UNCCD. Climate resilient cities. Promote development of climate proof cities. Awareness campaign on the importance of integrating climate vulnerability, risks and impacts in city planning and development. Capacity building and institutional strengthening. Revitalization of city infrastructure to increase adaptive capacity and resilience to climate change impacts. Increase urban forest area and other green open spaces. -- o 0 o --", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Grid/energy loss reduction", + "Renewable Energy", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "In the current national energy mix , fossil fuel electricity generation makes 32% of the total generation capacity, with a projection of 46% in 2020 and much more in 2030 under business as usual scenario. S. Rwanda will increase the share of renewable energy in country power generation through construction of hydro, solar power plants and methane to electricity power plantshenceshifting from using fossil fuels for its electricity needs. Further to this, Rwanda is committed to create a regional interconnectivity through construction of new transmission lines and sub-stations and will improve/upgrade existing ones This will allow the import of electricity that would be otherwise generated from fossil fuel power plants (diesel or peat power plant) to meet the futute supply and demand for energy.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "WSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Capacity building needs" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Renewable Energy" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": null, + "Context": "The potential for economy\u2010wide emissions reduction is conditional on assistance provided to other sectors such as transport, agriculture, forestry and waste. These sectors have set in place plans and strategies to reduce emissions; however, implementation is a common problem across all sectors due to limited human, financial and technical resources. The transport sector which has the highest sectoral emissions in particular has a regulation in place to restrict emissions from vehicles to a certain level.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Capacity building needed for a given sectoral target", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Conservation", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Ministry of Public. Works and. Transport. (MPWT). 3, 5, 8, 9. 33. Shift long distance freight movement from trucks to. train. Transport. Ministry of Public. Works and. Transport. (MPWT). By 2030: No available. 3, 5, 8, 9. 34. Increasing the effectiveness and sustainability of agricultural land management techniques (Conservation Agriculture). Agriculture. Ministry of. Agriculture,. Forestry and. Fisheries (MAFF). National Action Program to combat land degradation 2018-2027. NA. Battambang ; Preah Vihea and Kampong Cham Provinces.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Reforestation", + "Economy-wide: General", + "Afforestation" + ], + "SectorLabel": [ + "Economy-wide", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Private sector engagement through technical support. 47. Establishing air quality monitoring and broadcasting center. Other industry. Ministry of. Environment. (MOE). Cost (Installing air quality monitoring equipment and establishing data center and mobile application). Cost of air quality monitoring equipment is around USD 5,000/unit (215 X. 5,000 = USD 1,075,000) - Benefit (air quality data, public health early warning system). Conditional. Private sector engagement through technical support. 48. Improving urban environmental management through increasing green spaces in the city. Policy and planning. Ministry of. Environment.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MOZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Agriculture and Fisheries (Increasing the resilience of agriculture and livestock): \u201cEncouraging seed production and conservation: Implementation of the Action Plan for Seed Production and Conservation and Promotion of\u00a0Low Cost\u00a0Grain and Seed Storage Systems contained in the Adaptation Technology Action Plan for Agriculture.\u201d (p. 40-41)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Water management" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "However, like other resource sectors, a number of anthropogenic factors (increases in demand due to expansion in the agricultural, industrial and tourism sectors, a growing population and accompanying water pollution and watershed destruction), together with impending threats of Climate Change, are placing a heavy strain on the sustainability of this resource. 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By 2030, Introduce Composting for municipal organic waste to produce soil enhancer. By 2030, Implement Collect, Sort and Export of Recyclable Materials (first phase) for Port Vila. 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Poverty and Vulnerable Populations Approach \u2013 adjustments to the design of programs and regulatory frameworks with adaptation criteria. Increase the number of programs and instruments against poverty that incorporate adaptation to climate change. 4. Gender and Intercultural Approach. Formulation and approval of the Action Plan on Gender and Climate Change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Cities" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Adopting a \u201ccompact city\u201d planning approach (e.g. developing within the urban boundaries (i.e. infill development close to jobs and public transport) as opposed to rapid urban expansion on the fringes which will add to more transport and infrastructure needs) could lead to a reduction in GHG emissions by 13.8% in Amman (compared to BAU)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"At least until 2030, there are two generating units that help maintain the installed capacity of the 5 de Noviembre Hydroelectric Power Plant, using the excess water caused by abrupt increases in the flow of the Lempa River. In order to maintain an energy matrix running on clean energy and thus contribute to climate action.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Water management", + "Livestock", + "Climate risk management", + "Climate smart agriculture", + "Disease surveillance and control", + "Early warning system", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Health", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "A holistic approach has been worked on for sustainable forestry and taking into account the needs of the wooden population for its energy and other needs. Thus, it is planned to reforest some 12 000 ha during the period 2018 to 2030. The area under agroforestry and arboriculture will evolve at a rate of 200 ha per year from 2018 to 2030. 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The rehabilitation of mangroves will enhance their role as a shield for coastal protection against the tides and erosion. In addition, the restoration of coral reefs and mangroves will generate additional revenue through the development of ecotourism activities. Funding:\u00a0International Fund for Agricultural Development.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators", + "The funders for sectoral unconditional actions", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "It is clear that these strategies and plans will need to be revised once the timeframes expire, after having assessed the progress achieved under them. Cambodia made extensive progress in developing processes for implementing climate change interventions over the last decade. The overarching development plan for the country, the National Strategic Development Plan (2014-2018), states the importance of implementing Cambodia\u2019s Climate Change Strategic Plan (2014-2023) and contains indicators to track implementation of climate change actions.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Renewable Energy: Wind", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Construction and operation of 3,362 systems with renewable energies (solar and wind) in indigenous communities, border and isolated areas.\": \"The 3,362 systems installed in indigenous communities, border and isolated areas have an installed capacity of 3.01 MW, which is equivalent to a cumulative of 10.2 GWh over a period of 9 years. A decrease in GHGs with an average annual operability level of 70% is estimated for consideration", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Emission reduction potential for a given sectoral downstream action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral Target" + ], + "SubSectorLabel": [ + "Climate services", + "Economy-wide: General", + "Sustainable land management" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Economy-wide", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Rwanda intends to reduce the plot size for single family houses from current 600 m2 to 300 m2 by 2016 and to 225 m2 by 2030. Combined actions under this programme will result inavailing more land space which might be converted to others uses such as new forest plantations thus serving as carbon sink. 6.2 Improve spatial data by harnessing ICT and GIS(Geographic Information System) technology;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Economy-wide: General" + ], + "SectorLabel": [ + "Social Development", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Capacity development for GCCC members and sectoral ministries on Gender analysis, gender responsive and NDC. MOWA. Capacity development Promotion of gender in social inclusiveness. Reduction of gender gap in social environment. Develop a technical guidelines for gender mainstreaming in NDC process. MOWA. Mainstreaming gender and social inclusion in NDC. Analysis of gender integration in NDC (both adaptation and mitigation). Market supply chain of rural women entrepreneurs resilient to climate change. NCDD.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Rail" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Table 2: Presentation of priority mitigation measures under study or pending funding. 2nd\u00a0and 3rd\u00a0electrical tie lines with Ethiopia. Based on the first tie line created in 2011, construction of two more very high voltage lines with a combined capacity of 250 MW in order to import electricity from Ethiopia. Thermal rehabilitation of buildings. Rehabilitation of 3,000 existing buildings (accommodation and service buildings) each year to improve their thermal performance by means of insulation. Distribution of 5 million low energy light bulbs.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enhance universal access to energy by promoting renewables and energy efficiency. X. 95. 5. Mainstream considerations of Gender Equality and Social Inclusion into sectoral plans and strategies. X. 10. 90. Develop local institutional capacity to support coastal resources management. X. 70. 30. Management of coastal and fisheries resources. X. 80. 20. Increase human (social) development through technology transfer and livelihood support. X. 100. 0. Provide information and improve knowledge on climate risks and vulnerabilities. X. 70. 30.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BDI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Agriculture: General", + "REDD+" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\uf0d8 National Forestry Strategy, 2021 to replace (2012). \uf0d8 National REDD+ Strategy, 2019, National Sustainable Land Use Strategy (2007). \uf0d8 National Strategy and Soil Degradation Action Plan 2011-2016. \uf0d8 National Agricultural Investment Plan 2012-2017. \uf0d8 National Preliminary Adaptation Plan (2020).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "It is estimated that the contribution will avoid the emission of 30.6 million ktCO2eq. into the atmosphere in the period 2014 \u2013 2030. 2. Increase of energy. efficiency and saving. Energy (Other sectors: commercial. /institutional, residential, agriculture). It is estimated that the contribution will avoid the emission of 700 thousand ktCO2eq. into the atmosphere in the period 2014 \u2013 2030. 3. Less carbon intensive ground transportation. Energy (Combustion, moveable sources, land transportation).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Development of a climate change public investment program for the national/capital/ provincial levels. MOP. Mitigation investment plan Public awareness on climate investment and fund will be improved. Building adaptive and resilient capacity for MRD officers at national and sub-national level for mainstreaming climate change into rural development planning processes and technical design. MRD. Contribute to the improvement of rural development work in challenging environment. Build adaptive capacity on climate change for village leaders (Village Development Committees, VDCs). MRD.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TCD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Reforestation", + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Forest and Land Use. Reforestation and reforestation actions are underway or/planned to improve the carbon sink by 2030. As part of the Bonn Challenge, Chad has committed to reforesting a total of 5 million hectares by 2030, in particular shrub savannas in the Sahelian zone (3.5 Mha) and trees in the Sudanese zone (1.5 Mha). Protection actions to avoid deforestation (877,000 ha) and restoration are also planned (50,000 ha) in the action plan for 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Infrastructure and roads" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "PPL\u2019s Infrastructure Development Plans. PPL. CCDA, DPE. 2025-2028. 16,000,000. Development. Partners. 1. Capacity Building. 2. Technology. Transfer. 3. Research &. Innovationt. Kavieng. Solar PV +ESS. 2. This is a project that is going to be developed. and implemented in accordance to. PPL\u2019s Infrastructure Development Plans. PPL. CCDA, DPE. 2021-2022. 10,800,000. Development. Partners. 1. Capacity Building. 2. Technology. Transfer. 3. Research &. Innovationt. Kimadan Hydro. 1.5. This is a project that is going to be developed. and implemented in accordance to. PPL\u2019s Infrastructure Development Plans. PPL.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Supply-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The following renewable power plants are planned: a) New G8 turbine-generator unit in HPP Peru\u0107ica (additional 58.5 MW, 50 GWh) b) HPP Piva reconstruction (no additional capacity) c) WPP Gvozd (54.6 MW, 150 GWh) d) WPP Braji\u0107i (100 MW, 277 GWh) e) SPP Briska Gora (250 MW, 450 GWh) f) HPP Komarnica (172 MW, 213 GWh) g) SPP Velje Brdo (50 MW, 90 GWh) h) SPP prosumers (10 MW, 18 GWh).\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\u201cReview and revise the NAPA and Ministry of Environment, Climate Change, Disaster Management and Meteorology (MECDM) Strategic Plan and develop a National Adaptation Plan (NAP) to address climate change over the short, medium and long term. The NAP shall address long term adaptation to climate change and short-term disaster risk reduction in relation to climate variability and contain an implementation plan.\u201d (p. 17)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Gas" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Increasing the penetration of natural gas Development of the gas market and services in Albania based on natural gas supplied through the Trans Adriatic Pipeline (TAP Project), as well as potential gas sources discovered and concretized in the country, or even through natural gas pipelines such as the Ionian Adriatic Pipeline (IAP Project) and the Albania - Kosovo Pipeline (ALKOGAP Project). Albania intends to develop an underground natural gas storage site in Dumre, near Elbasan (UGS Dumrea Project).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The RMI Government is currently supported by donors and development partners to mitigate impacts of high oil prices at policy level, focused on increasing energy efficiency, minimizing the costs of imported fuels, and investing in renewable energy sources such as solar, biofuel and ocean energy. Specifically, international support is critical to enable RMI to implement the actions enshrined in its National Energy Policy, Climate Change Policy, Joint National Action Plan, National Strategic Plan and other sectoral policies and plans.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "LAO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Disease surveillance and control", + "Health services and assessment", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Health", + "Social Development", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Increase capacity on climate change impact assessments, estimating financial needs, and implementing resilience plans in the health sector. Objective 2 and related activities. Improving Public Health Services for Climate Change Adaptation and Coping with Climate Change Induced Impacts. Improve education, research on climate change induced disease and health impacts, its treatments (by both modern and traditional methods), monitoring and reporting. 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With respect to the goal to achieve the 10% reduction and 20% reduction, respectively, in overall energy demand by 2030, Cabo Verde intends to adopt a number of energy efficiency measures in several sub-sectors, including buildings, appliances, large energy consumers, fuel use and at household level.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BHS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves", + "Water management", + "Sea-level rise protection", + "Wastewater treatment", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Water", + "Environment" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Incorporate Climate Change concerns including \"worse case\" scenarios of sea level rise, saltwater intrusion, flooding and storm surges leading to inundation of well fields, and the need to regulate water supplies to the different sectors (domestic, tourism, agriculture and industry). Provide for water reserves, the safe disposal of wastewater effluent and minimization of outflows into the marine environment by conserving wetlands and near and far shore marine ecosystems including mangroves. Information to Facilitate Clarity, Transparency & Understanding. Time frame and or Period for Implementation. 2020-2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Time frame", + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable transport planning", + "Infrastructure and roads" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "Project idea: Country. Programme pipeline. Department of. Transport (DoT). DoW, CCDA,. CEPA, DNPM. AE: tbc. TBC. 20. GCF. Requires Accredited. En-tity support. Quantifiable Target for Land Transport (National roads): By 2030, US$907m (PGK 3.2b) value of 2,838 km of national roads built / rehabilitated according to climate resilient codes. National roads built to. climate resilient codes. and standards. Kilometers of na-tional roads. built / rehabilitated to climate. resilient codes. Number of climate resilient. codes and standards policy. addressing climate change. proposed, adopted and applied.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "LBN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Energy Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "electricity demand) and 11% of the heat demand in the building sector by renewable energy sources and to conditionally generate 30% of the power demand (i.e. electricity demand) and 16.5% of the heat demand in the building sector by renewable energy sources in 2030. Target: unconditionally reduce power demand through energy efficiency measures by 3% under the BAU scenario and to conditionally reduce power demand through energy efficiency measures by 10% under the BAU scenario in 2030. (e).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Establish central tree nurseries in states and administrative areas to supply plants for implementation of the tree-planting project. Yet to be implemented. Short to medium term. Invest in forest-related research. The government will invest in carrying out forest-related research to identify tree species and breeds that can withstand extreme weather events, such as cyclones and floods, as well as other fast-growing tree species that could be used for rapid expansion of forest cover.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Power generation efficiency improvement", + "Public Transport", + "Transport: General" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Implement advanced technology in energy production such as super critical pressure coal combustion technology by 2030. Energy (Transport). Improve national paved road network. Upgrading/Paving 8000 km by 2016, 11000 km by 2021. National Action Programme on Climate Change (NAPCC), 2011; Urban public transport investment programme, 2015; Nationally Appropriate Mitigation Actions (NAMAs), 2010; Mid-term new development programme, 2010. Improve Ulaanbaatar city road network to decrease all traffic by 30-40% by 2023.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NER", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Forest Management", + "Energy: General" + ], + "SectorLabel": [ + "Energy", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Upscaling of good sustainable land management practices over all agroecological areas in order to increase the resilience of ecosystems and households and sequester carbon. Sustainable management of forests in order to reduce GHG emissions due to deforestation. Energy:. Electricity: Improvement of the rate of access to electricity (overall, exceed 10% in 2010, 60% in 2030, of which 47% to 100% is in the urban zone and 0.4% to 30% in 2030 is in the rural zone.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable transport planning" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Encouraging the use of public transport, in addition to bus rapid transport will reduce the number of vehicles on the road and congestion, thereby, reducing emissions per person and emissions per trip. Conditional NDC actions. To reduce the sector\u2019s GHG emissions, two NDC implementation action plans have been developed on: (1) Reducing emissions in the road transport sector, and (2) Promoting sustainable road usage. Conditional NDC actions. Reducing the emissions of the passenger vehicle fleet by 8% by 2030, and 24% by 2040.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate risk management", + "Food security", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Sustainable agriculture, ranching and aquaculture: By 2025, the National Climate Change Plan for the Agriculture Sector (PNCCSA) will have been updated and begun implementation. This involves updating and improving the current PNCCSA. The goal is to be a sector that is low in greenhouse gas emissions, plus adaptative and resilient, that is involved in food security of population for climate change and climate risk management (64, 126).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SUR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Economy-wide: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development", + "Economy-wide" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The integration and institutionalization of climate change adaptation in broader Surinamese economic development policies, plans and programs;. National technical capacity that is fully trained and skilled at leading and implementing Suriname\u2019s climate change adaptation actions;. Climate change adaptation that respects Surinamese society and culture and reduces gender and social inequities; and,. Identifying and accessing financing and investment especially for innovation driven climate change adaptation technologies. 6. Planning process.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NER", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Cleaner household fuels", + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Cooking energy: reduction in the demand for wood energy per inhabitant by the mass spread of improved cook stoves, with a rate of penetration of 100% in urban areas and 30% in rural areas; promotion as domestic gas of biogas and biofuels at both the industrial and family level. Spread of multifunctional platforms. Renewable energy:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CIV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Air quality management" + ], + "SectorLabel": [ + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "focuses on new technical routes in the context of intensified and sustainable production methods. Inform, educate and communicate on climate risks. Strengthen the system of observation of meteorological phenomena through synoptic stations. Set up a system of early warning multi-risks. Strengthen national and local capacities for disaster risk reduction and emergency preparedness in case of disasters. Environmental Information Management System. Create an air quality management center responsible for the following activities:Ensure the watch on the ambient air pollution. Evaluate pollutant releases at the source.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Solid Waste", + "Wastewater", + "Waste: General", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Conditional 3.6 Waste Management and Waste Minimization Waste Management Innovation and Reform Landfill, urban, industrial, household, i, and medical waste management and wastewater management are priorities for improvement in Timor-Leste due to continued issues with open dumping, burning of waste, localised pollution, and poor sanitation. The Government of Timor-Leste will pursue support to help exploit opportunities and implement solutions. Through biogas production, composting, and recycling as well as the potential to develop market-based mechanisms to help minimise waste and improve sustainable waste management options through for instance improved incineration technology, investment and private sector engagement will be used to scale up solutions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Coastal fisheries", + "Water management", + "Livestock", + "Economy-wide: General", + "Climate smart agriculture", + "Capacity building and knowledge transfer", + "Climate risk management", + "Climate services", + "Disease surveillance and control", + "Tourism: General", + "Agriculture: General", + "Water efficiency", + "Fisheries and aquaculture", + "Crops", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Tourism", + "Environment", + "Agriculture", + "Water", + "Coastal Zone", + "Health", + "Economy-wide", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "By 2026, good agricultural practices have been promoted through the design and adaptation of at least one standard that encourages the integration of risk and climate adaptation in production and training processes. 13.2. By 2026, good agricultural practices have been applied to avoid the decrease of pollinators due to the inappropriate use of insecticides or cultural practices. 13.3. By 2030, the application of complete silvopastoral and agroforestry systems will increase by 69,500 hectares. Guideline 14.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Adapt Now sector", + "Adapt Now sector (2)", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Landscape management", + "Infrastructure and roads", + "Climate risk management", + "Sustainable Land Management", + "Sustainable transport planning", + "Climate services", + "Tourism: General", + "Sustainable urban planning", + "Buildings", + "Coastal management", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Tourism", + "Transport", + "LULUCF/Forestry", + "Coastal Zone", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promote resilient coastal infrastructure, favoring green infrastructure as appropriate taking into account an ecosystem approach. Sustainable and safe management of the coasts with a climate change approach. Establishment of institutional structures that strengthen the research, management and monitoring (tide, climatic and observation stations of the marine environment) of coastal-marine species and ecosystems and their vulnerability to climate change and variability.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_2", + "Information on sectoral plans", + "GCA_Sector" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MDG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves", + "Water management", + "Coastal management", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Coastal Zone", + "Water", + "Agriculture" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Widespread application of Resilient Agriculture Integrated Models in major agricultural centre, cash crop zones, extensive livestock farming areas, priority areas for fisheries, mangroves, as well as drought hotspots;. Sustainable and integrated water resources management, particularly in sub-arid areas and those vulnerable to drought periods;. Reinforcement of natural protection and reduction of the vulnerability of coastal, inshore and marine areas affected by coastal erosion and receding shorelines progress (Menabe, Boeny, South-west and East).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)", + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves", + "Sea-level rise protection", + "Sustainable urban planning", + "Fisheries and aquaculture", + "Wastewater treatment", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Agriculture", + "Water", + "Coastal Zone", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In managing future risks and potential loss from climate change, Malaysia is mainstreaming climate resilience into urban planning and development of infrastructures. This will include emphasising infrastructure integrity assessments and revisions of the existing manuals and guidelines. Future planning for waste and wastewater infrastructures will take into account its sustainability, efficiency and effectiveness whilst avoiding areas that are environmentally sensitive, flood-prone and categorised as water catchments. Adopting nature-based solutions such as constructed wetlands in facilitating wastewater treatments will be a priority.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Energy: General", + "Climate risk management", + "Renewable Energy: Wind", + "Biomass energy", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Promotion of alternative energy production methods (installation of solar, wind, biomass systems),. Number of households with access to alternative energies. Protection of ecosystems. 0.40. 2021-2030. Improved local-scale climate modeling techniques to better predict future impacts. Climate scenario identified. Protection of ecosystems. 0.23. 2021-2030. Development of water retention basins, construction of dykes to protect production infrastructure. Number of developed watersheds. Protection of ecosystems. 0.35. 2021-2030. Promotion of the rational use of electrical energy, improvement of the management of the energy distribution network system.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Irrigation", + "Sustainable forest management", + "Early warning system", + "Social Development: General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Social Development", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Reduce the risk of intense and frequent forest fires through the development of fire prevention measures and early warning systems;. Manage pest and disease outbreaks to protect forests and forest resources. Reference document. Ministry of Agriculture\u2019s National Forest Program (NFP), National Strategy for Forest. Fire Management and the National Afforestation/Reforestation Programme 40 Million Forest Trees Planting Programme (NARP). Adaptation priority 3. Structure and develop sustainable water services, including irrigation, in order to improve people s living conditions. Mitigation co-benefit(s).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Energy: General", + "Infrastructure" + ], + "SectorLabel": [ + "Water", + "Energy", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Development and optimization of water resource allocation, implementation of strict water management regulations and utilization of unconventional water resources such as recycling of used water and harvesting rain water and flood water. Strengthening risk management system for the agriculture sector. Implementing a comprehensive Climate Smart Agriculture program. Building climate-resilient infrastructure with focus on improved and safe operation of water-related infrastructure and better management of transport operations and energy transmission, supported by innovations in urban planning for synergistic implementation of mitigation and adaptation actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Introduce policy supportive measures such as tax benefits, low-interest financing, etc. to expedite the implementation of renewable energy development and energy efficiency improvement programmes. Engage in viable carbon trading mechanisms to promote the shift towards clean energy sources. In order to achieve NDCs, activities have been identified (Table 4.4.1); some are quantifiable while others, though not quantifiable, are supportive and essential for effective implementation10. Table 4.4.1: NDCs in Electricity (Power) Sector. NDC #. NDCs and NDC Actions. Timeline. NDC 1.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The protection of natural heritage, biodiversity, forestry and fishery resources, through an ecosystem-\u00ad\u2010based adaptation approach. Morocco commits to restoring ecosystems and strengthening their resilience, to combat soil erosion and prevent flooding. The protection of climate-\u00ad\u2010sensitive production systems, such as agriculture and tourism, as well as high-\u00ad\u2010risk infrastructures. Water resources being the most constraining factor to sustainable development in Morocco, the Kingdom has recently developed a National Water Strategy.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Action and priority", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Waste management", + "Renewable Energy: Waste", + "Waste: General" + ], + "SectorLabel": [ + "Energy", + "Waste", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Modernise (replacement of working equipment) 70% of the collection system by 2030 and by 100% by 2040. 30% reduction of methane emissions from landfill sites by 2030 and 70% reduction by 2040. 80MW of electricity produced from combustion of solid waste and methane at landfill sites by 2030 and 140MW by 2040. 5.1.6 Water. Adaptation needs.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Adaptation action/priority", + "Conditional part of the mitigation target for a given sectoral target", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions", + "Downstream actions" + ], + "SubSectorLabel": [ + "Agricultural Waste", + "Agriculture: General", + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": false, + "Context": "The use of renewable energy in public lighting and traffic light systems has also increased. In the agriculture sector, actions on GHG reductions have been implemented: replacing long-duration rice varieties with short-duration ones, helping reduce typhoon-related risks and GHG emissions time; increasing areas with mid-season water drainage and alternating wet and dry irrigation techniques; increasing areas with integrated crop management (ICM) or areas with the \u201c3 decrease 3 increase (3G3T)\u201d1 and \u201c1 must 5 decrease (1P5G)\u201d2 techniques applied; converting inefficient rice growing models to the rice - shrimp model and converting the rice - rice model to the upland crop model3; reducing the rate of field burning of rice straw from 90% to less than 30%; improving diets for tens of thousands of milk cows; collecting and treating millions tonnes of organic waste in livestock production to make organic fertilisers; applying water saving irrigation techniques on hundreds of hectares of", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GHA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Chemicals", + "Air Conditioners and Refrigerators" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Emission reductions from projected emissions resulting from the deviation of BAU emissions for the year 2030. Scale. Economy-wide. Basket of gases. Carbon dioxide (CO2), Methane (CH4), and Nitrous Oxide (N2O). Abatement of fluorinated-gases (HFC-22 and HFC-410) from stationery air-conditioners is included. % of emissions covered. 100% of total national GHG emissions. Sectors covered. Priority sectors: energy including transport, industrial process and product use, AFOLU and waste. Baseline scenario.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Buildings: General", + "Demand-side Efficiency: Buildings" + ], + "SectorLabel": [ + "Buildings", + "Energy" + ], + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": false, + "Context": "On this basis, opportunities have been identified in the design of programs and actions at all levels of government to optimize energy consumption in housing and businesses, but also to promote mechanisms and regulations that encourage the inclusion of best practices in constructions and renovations, such as the strengthening of distributed generation. OIL AND GAS. Emissions in this sector include the production, transportation, distribution, processing, and refining of hydrocarbons in the country.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Time frame" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Health: General", + "Ecosystem and biodiversity", + "Sea-level rise protection", + "Economy-wide: General", + "Climate smart agriculture", + "Transportation Fuels", + "Sustainable Land Management", + "REDD+", + "Social Development: General", + "Awareness raising and behavior change", + "Gender", + "Sustainable urban planning", + "Coastal Zone: General", + "Fisheries and aquaculture", + "Early warning system", + "Sustainable forest management", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Social Development", + "Transport", + "LULUCF/Forestry", + "Coastal Zone", + "Health", + "Economy-wide", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Develop an integrated spatial data management system for sustainable land use management by 2025. Establish a Natural Capital Accounting system for coastal zones and forests by 2030. Establish the prerequisite conditions and regulations to enable a REDD+ nesting framework by 2030, including (i) improve national systems to increase land tenure security by 2025 and (ii) clearly define carbon rights for relevant stakeholders in Liberia by 2030, (iii) Through the Liberia Land Authority, establish a defined land-use matrix for reporting purposes by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro", + "Supply-side Efficiency: Power generation efficiency improvement: Gas-powered combined cycle" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Hydroelectric power station: Tanafnit El Borj (Kh\u00e9nifra) of 40MW in addition to 40 MW of micro-hydraulic capacities. 1064.4. 102.2. 160.0. 4. Combined cycle power plants by 2020. 23MW extension of the Tahaddart power plant. 557.7. 62.6. 16.0. 5. Combined cycle power plants by 2030. This is a 450 MW extension project for the Tahadart plant scheduled for 2025. 6 354.4. 1,197.6. 2,280.0. 6. Hydroelectric power stations by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Adapt Now sector", + "Adapt Now sector (2)", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Infrastructure", + "Economy-wide: General", + "Tourism: General", + "Wastewater treatment", + "Coastal management" + ], + "SectorLabel": [ + "Tourism", + "Water", + "Transport", + "Coastal Zone", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Guarantee urban and industrial waste water treatment, ensuring quantity and good quality of water in human settlements larger than 500,000 inhabitants and to monitor their performance. Apply the norm on specifications for environmental protection and adaptation to the adverse effects of climate change in the planning, design, construction, operation and abandonment of tourism facilities in coastal ecosystems. Guarantee the security of dams and strategic hydraulic infrastructure, as well as communications and transportation strategic infrastructure.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_2", + "Unconditional sectoral actions", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UGA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The implementation of these additional activities is contingent upon receipt of sufficient international support, provided in the form of finance, technology and capacity building. Possible support could be accessed through various climate finance instruments and international market mechanisms. Table 3: Policies and measures for Uganda\u2019s additional mitigation ambition. Sector. Measure. Emissions reduction potential in 2030. Energy (demand). Sustainable energy solutions in public buildings:Energy efficiency in hospitals. National Appropriate Mitigation Action for Integrated Sustainable Energy Solutions for Schools in off-grid areas. Unknown.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Existing sectoral policies", + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Conservation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Nature-Positive Growth and Transition Activity Commitment type Environmental protection framework Through the Decree-Law on the National System of Protected Areas (2016) and the Decree-Law establishes the Legal Regime for the Protection and Conservation of Biodiversity (2020), the Government of Timor-Leste will continue to scale up the enforcement and surveillance as well as community-led management practices required to maintain existing and new conservation zones, marine protected areas, and national parks. At least 10% of Timor-Leste\u2019s total combined land and the marine area will be protected from extractive activities.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Unconditional part of mitigation target for a given upstream sectoral policy", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Wastewater treatment", + "Water conservation and reuse" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Propose intersectoral actions that contribute to generating regulations on the reuse of treated wastewater, taking into account criteria and technical information provided by the different sectors (Agriculture, Mines and Energy, Industry, Environment and Housing), and\u00a0generate incentives for users of the water resource apply this practice, obtaining economic benefits and at the same time generating environmental benefits. Health. 6. By 2030, adaptation actions will be formulated in disease prevention and health promotion, which contribute to reducing the cases of climate-sensitive diseases in 100% of the Territorial Entities in the health sector, at the departmental, district level and\u00a0municipal categories 1, 2 and 3, and will be implemented in 40% of these.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Gas", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "transportation sector regulations establish progressively more stringent GHG emission standards for heavy-duty vehicles (model years 2014-2018) and for passenger automobiles and light trucks (2011-2025). electricity sector regulations make Canada the first major coal user to ban the construction of traditional coal-fired electricity generating units. These regulations will also lead to the phase-out of existing coal-fired electricity units without carbon capture and storage;. renewable fuels regulations require that gasoline contain an average 5% renewable fuel content and that most diesel fuel contain an average 2% content.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LAO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "13 GW total installed hydropower capacity (domestic and export use) in the country by 2030. Sector. Energy. GHG mitigation target. 2,500 ktCO2e on average per year between 2020 and 2030. Monitoring procedures. Newly added hydropower capacity will be monitored on an annual basis by the Department of Climate Change of the Ministry of Natural Resources and Environment using data from the Ministry of Energy and Mines. Comments. Installed capacity as of 2018 is around 4.5 GW (EDL, 2018).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Malnutrition", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promote nutrition-specific practices through SUN framework and Care group model, primary health care, therapeutic care, support, and treatment. Department of Nutrition, HIV and AIDS. MOEPD&PSR,. NGOs/ CSOs (e.g., Health Equity Network). US$ 75 million. uc: US$ 50m c: US$ 25m. Use of renewable energy sources and promote energy efficiency. Carbon sequestration and other ecosystem services. \u2714. \u2714. \u2714. SOCIAL SUPPORT.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Buildings", + "Sea-level rise protection", + "Economy-wide: General" + ], + "SectorLabel": [ + "Coastal Zone", + "Economy-wide", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Capacity Building - (Human Resource Development and Institutional Mechanism). Climate change impacts are not limited to impacts of infrastructure, they impact humans and ecosystems. It is important that Sri Lanka develops appropriate institutional mechanisms to ensure climate change is mainstreamed into development processes, while focusing on infrastructure development and human resource development, and also the resilience building of individuals to adapt to adverse effects of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KIR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "By fostering broader community engagement and ownership in building climate resilience at the local level, it is anticipated that long-term support will be sustained for priority adaptation interventions that address the basis needs of vulnerable villages and segments of society. Table 6: Overall Costs by Strategy. Strategy. Cost (A$,000). %. Strategy 1: Strengthening good governance, policies & legislation. 6,697,308. 6. Strategy 2: Improving knowledge and information generation, management and sharing. 5,555,248. 5. Strategy 3: Strengthening and greening the private sector inclduing small business. 4,932,242. 4.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GNB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The updated NDC aims, as an intermediate but ambitious step, at a reduction of approximately 40% of emissions from the LULUCF sector compared to the baseline scenario, by 2030. The measures for the management of national forests, including protected areas, and the measures for the continued fight against illegal logging will be undertaken assuming a conjuncture of strong outside pressure over national forests and an effectiveness rate of the enforcement of the measures like that of the 5-year moratorium period (2015-2020).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector (3)", + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Water management", + "Economy-wide: General", + "Climate smart agriculture", + "Sustainable urban planning", + "Early warning system", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Economy-wide", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In September 2019, at the United Nations Climate Action Summit held in New York, China as the co-leader shared the positive progress in nature-based solutions, released the compendium of contributions, published the Nature-Based Solutions for Climate Manifesto, and proposed follow-up cooperation initiatives. China has also been deeply involved in the IPCC system construction and future planning, with 61 Chinese experts selected as authors of the IPCC Sixth Assessment Report, ranking first among developing countries in number.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_3", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Sustainable Forest Management", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "KEY MESSAGE: \u201cAgriculture has been and remains the pillar of the country s ambition for emergence, but it is possible and even necessary to limit its carbon impact. Sustainable forest management will increase the carbon sink. This low-carbon growth will bring significant co-benefits (economic and social development, job creation, improvement of the environment and health, etc.). Orientations in relation to SND 30. Retained mitigation actions. Selected reduction options. 1) Coherence of planning and development of rural space to develop agriculture while limiting deforestation/degradation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Conservation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Policy and Planning. 0.75 million. Climate Risk Planning. 0.50 million. Investment and demonstration. 1.50 million. Institutional Development. 0.75 million. Project management. 0.60 million. Total. 4.10 million. 2.4. Project Profile 4: UN Joint Programme on Sustainable Charcoal Production and Alternative Livelihoods (PROSCAL) to Mitigate Against Deforestation. Programme timeframe: July 2015-June 2017 | Project budget: US$ 23,671,610. PSG alignment. PSG 4 Economic Foundations.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "All of the above measures would represent an additional mitigation potential of 22,500 kTCO2 eq / year avoided in 2030 compared to the unconditional objective, and a total of 240,000 kTCO2 eq over the entire period. /p>. Mines. Commitment. Put the mining sector on a net zero emissions trajectory by 2040. Context and description of the commitment. Optimizing to reduce the use of fossil fuels for electricity production, transport and industrial processes. Industrial and transport processes also generate significant emissions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Public Transport" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Energy consumption and GDP follow historical trends. Scenario of the Energy Transition Agenda (ATE): scenario based on the objectives of the ATE (Energy Transition Agenda) 2 and its consultative tables; Post COVID-19 economic reactivation package with investments in conventional infrastructure and NCRE climate investments, energy efficiency and electric mobility, the evolution of the public transport system is established according to the Integrated Plan for Sustainable Urban Mobility (PIMUS).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Public Transport", + "Maritime" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Implement international laws and regulations on Maritime Safety and Security in collaboration with Merchant Shipping Secretariat. Maintain international standards in maritime transporation. The new vehicle emission standards will be implemented. Following activities are continuously carried out to minimize emissions from vehicles that emit excessive smoke on the road. Heavy smoke vehicles spotter programme. Road side vehicle emission testing programme. Inspection and monitoring of Vehicle Emission Testing Centers. Encourage and introduce low emission vehicles such as Electric and Hybrid into the system. 5.2.2.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "LULUCF/Forestry: General", + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "By 2050, 130,000 hectares of degraded lands will have been restored under the modalities of agroforestry and silvopastoral systems, to the extent of the international support received. Ministry of Agricultural Development. No GHG Target. Actions, Policies and Regulations. Number of hectares restored. By 2030, the rice NAMA will have started to be implemented and the livestock NAMA will have started its implementation, to the extent of the international support received. Ministry of Agricultural Development. No GHG Target. Actions, Policies and Regulations. Formulated livestock NAMA.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NER", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Renewable energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Ownership by the partners of the Partnership Plan (PP);. Development of Public Private Partnership (PPP) for the development of new and renewable energy projects;. Development of Concept Notes for Projects/Programs for mitigation and adaptation;. Development of the NDC Climate Investment Plan;. Transfer of appropriate technologies;. Finalization of the NDC monitoring-evaluation system;. Registration system and MRV procedures;. Establishment of NDC Governance bodies (execution, steering and orientation, monitoring, etc.);. Implementation of a Communication and Climate Change Strategy;. Adoption of the NDC Implementation Roadmap;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Power system planning: Transmission lines", + "Energy: General", + "Energy efficiency", + "Power system planning" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promote public street lighting projects;. -. Promote climate technologies that create jobs in the energy sector for both women and men, youth people. Promote increased resilience of climatesmart infrastructure in the energy sector. -. -. Develop quality, reliable, sustainable and resilient infrastructure throughout the country to support economic development and population well-being, with an emphasis on broad and equitable access for all;. Build storage facilities for the energy produced by wind and photovoltaic power units;. -.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Sustainable transport planning", + "Tourism: General", + "Transport: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Tourism", + "Cross-Cutting Area", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The weakness of the comprehensive knowledge infrastructure for communications and information technology networks, as well as the infrastructure for standards, metrology and quality, with the weakness of efforts made to support the private sector to become a key partner in economic development through clear and developed programs, and all this clearly and tangibly affected the reality of the industrial sector and its inability to keep pace with the march global in progress. Environmental laws and regulations:The Iraqi state, especially after 2003, issued many legislations aimed at protecting the environment, but the country s security conditions did not help in their full implementation, and there is a need for other legislation and updating the existing ones to cope with the requirements of facing climate changes.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AZE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Grid/energy loss reduction", + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Development of legislative acts and regulatory documents on energy, the implementation of awareness activities on energy efficiency, the replacement of existing technologies in electricity and thermal energy production with modern technologies, the reconstruction of the distribution networks and transmission lines, the implementation of isolation works and application of modern lighting systems. Oil and gas sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Downstream actions" + ], + "SubSectorLabel": [ + "HFCs", + "Sustainable transport planning", + "Infrastructure and roads", + "Poverty reduction" + ], + "SectorLabel": [ + "Social Development", + "Transport", + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Continuation of road upgrading and construction. Support the implementation of infrastructure that foster the development of a bus public transport network for Monrovia. Design a transport interchange hub program by 2025. Review of the institutional framework by 2025. Setting up of a sustainable transport policy by 2025. INDUSTRY. Mitigation Actions and Policy Measures. Implement a Hydrofluorocarbon (HFC) tax for regulating the consumption of fluorinated gases in the air conditioning and refrigeration sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Road Sector", + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "All of the above measures would represent a total of 2,300 kTCO2 / year avoided compared to the BAU scenario. Other unspecified measures are also important steps to reduce the sector s emissions:. Modernization and rationalization of traffic lanes. Strengthening of technical control and inventory of the vehicle fleet, mobile control means and anti-pollution dissuasive measures. Study, experiment and publicize innovative sustainable mobility solutions: promote importation and encourage electric mobility, conversion to gas, biofuel (ethanol). Conditional objective.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "P46: Develop and adopt county adaptation guidelines for integration in CIDPs. P47: Build the capacities of County CCUs on adaptation. P48: Conducting vulnerability and risk assessments in counties. P49: Develop county adapatation plans for the counties with CCCFs. Adaptation M&E system. P50: Refine and operationalise the adaptation M&E system at national and county levels. TOTAL. 4. Monitoring, Reporting and Verification of Adaptation and Mitigation Actions and Support.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Sea-level rise protection", + "Economy-wide: General", + "Water quality", + "Water supply", + "Disease surveillance and control", + "Tourism: General", + "Awareness raising and behavior change", + "Irrigation", + "Water efficiency", + "Fisheries and aquaculture", + "Wastewater treatment", + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Tourism", + "Agriculture", + "Water", + "Coastal Zone", + "Health", + "Education", + "Economy-wide", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improved capacity to manage non-communicable diseases (NCD) and health conditions directly attributable to climate change. 2024. 2.1 Identify diseases and health conditions expected to aggravate due to climate change. 2021. 2.2 Develop management guidelines for the prioritized diseases and health conditions including clinical and preventive guidelines. 2024. 2.3 Capacity building of public health system in addressing climate change influenced diseases and health conditions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The formation of these will have a positive impact on air quality since it will increase the generation of oxygen, as well as the capture of carbon dioxide. Sector. Forest Mitigation Axis. Updating CND Projection 2020 - 2030. Forest Sector (Fundaci\u00f3n Misi\u00f3n \u00c1rbol). Public Policy. Establish trees of indigenous and promising species, in watersheds, degraded areas in national parks and natural monuments, with the aim of increasing carbon sinks (Plan de la Patria 2019 - 2025-2030 and the National Reforestation Strategy 2021). Action.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BHS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Awareness raising and behavior change", + "Water conservation and reuse", + "Disease surveillance and control", + "Tourism: General" + ], + "SectorLabel": [ + "Tourism", + "Water", + "Health" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Work with stakeholders in the tourism sector to develop a strategic plan, which incorporates Climate Change considerations and appropriate measures such as water conservation programmes, as well as, general sustainability concerns. Health and wellbeing. Inform, sensitize and educate health personnel and the public-at-large about Climate Change related health matters including but not limited to heat stress, vector borne diseases and impacts on the vulnerable sub sector of society.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Aim is to achieve a reduction of fuel wood consumption by 27%-66%,depending on the technology, the duration of cooking and the replacement technology. The anticipated emission reductions would be between 2.1Gg CO2 per year in 2020 and 12.4Gg CO2by 2030. Expected cumulative reduction would be up to 118Gg CO2 between 2020 and 2030 (depending on population growth). Mangroves. Protecting and restoring mangrove forests.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"By 2025, the country will have developed a strategy and adopted mitigation actions in cattle ranching at the national level to be able to consolidate and present a measure with quantified GHG mitigation targets, in the next update of the NDC, in the subsectors, categories, activities and detailed sources. To this end, the following mitigation actions will be integrated: a) production and use of probiotics in bovine feed", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Energy Sector Unconditional Targets (2020 - 2030)29. Generation Technology MW % MW % MW %. 2020. 2025. 2030. Renewable (Hydro). 2771. 46.5%. 3388. 31%. 5156. 28%. Renewable (Other). 40. 0.7%. 1440. 13.%. 2000. 11%. Natural Gas/LNG. 3031. 50.8%. 5031. 46%. 6063. 33%. Coal. 120. 2%. 720. 6.5%. 3620. 20%. Intl Interconnection. -. -. 400. 3.5%. 1400. 8%. Total. 5962. 100%. 10979. 100%. 18239. 100%.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Disease surveillance and control", + "Awareness raising and behavior change" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "(Relative to paragraph 9 of the PNCC). To have formulated, adopted and started the implementation of a National Health Adaptation Plan by 2015. To have, by 2020, a Climate Change and Health Training Program for the staff working in the health care sector. To have identified, formulated and implemented by 2025 Environmental Health indicators associated with climate change and health status of the population, contemplating information about the disease burden linked to climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The forest area of \u200b\u200bCuba (area susceptible to being covered by forests) was 3,573,400 ha at the end of 2018, of which 3,269,400 ha were already covered with forests and 304,000 ha remained to be covered (DFFFS, 2019). The contribution plans to increase the area covered by forests by 165 thousand hectares in the period 2019-2030, reaching a coverage of 33% in the country.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Facilitate access to an insurance system for damages related to climatic events for the different structures and components of human settlements. Improve the early warning system for hydro-meteorological events, improving the capabilities for forecasting climatic events, so as to reduce the need for emergency responses. Ecosystems, Biodiversity and Forests Sector. Incorporate Ecosystem-Based Adaptation (EBA) into sectoral climate change adaptation plans, biodiversity and sustainable development policies. Take the landscape approach.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GNQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Ecosystem and biodiversity", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Periodic analysis of the resilience capacity of all infrastructures undertaken and ongoing. 11,5. 22,3. Location of rainfall stations in hydroelectric plants to monitor changes in rainfall. 16,5. 31,2. Establishment of mechanisms to achieve integrated management of watersheds. 12,7. 25,3. Promotion of agricultural production systems with better resilience to climate change. 13,5. 17,3. Restoration of different ecosystems susceptible to losing their resilience. 15,3. 18,5. Total. 114,5. 171,3. 6.2. For the mitigation of GHG emissions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves", + "Health services and assessment", + "Reforestation", + "Sea-level rise protection", + "Land degradation", + "Coastal management", + "Sustainable forest management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Environment", + "Health", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Conduct research on health vulnerability and impact, and develop scenarios to facilitate adequate planning. Forestry. Increase awareness and strengthen participation of local dwellers in forest conservation. Protection of forest and biodiversity rich forest zones. Increase the amount of forested land through reforestation of degraded lands. Coastal Zone. Develop and implement Coastal Zone policy, strategy and management plan. Construct hard structures such as sea walls or revetment. Manage and conserve coastal mangrove ecosystem.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In this regard, Fiji commits to the following adaptation actions in this NDC Update:. Climate change is a shared responsibility and Fiji will make efforts to mobilize domestic and new investments toward sustainable development pathways by following an evaluation and learning-based approach, with a focus on building synergies and bridging its internal capacity and resource gaps.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Fertilizers" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Increase crop productivity 2.1 Identify crops with high productivity improvement potentials 2.2 Adopt Good Agricultural Practices as a mandatory requirement in productivity enhancement programs of food crops 2.5 Improvement of water use efficiency 2.6 Promote precision agriculture\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Building on existing NAMAs", + "Downstream actions" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "NAMA coffee: low carbon coffee in the Dominican Republic (NS-256), 75,102 ha by 2035 of coffee area under sustainable management, low carbon coffee production and climate resilient. With emission reduction potential of 5 MM tCO 2eq. NAMA Cacao (climate-smart agriculture): low-carbon and resilient development of small cocoa producers, intervention of 146,648 Ha, with a reduction potential of 2.2 MM tCO2eq, in a period of 10 years.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Whether the upstream policy in the given sector builds on NAMA", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Emission reduction potential for a given sectoral downstream action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ATG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame", + "Sectoral Target" + ], + "SubSectorLabel": [ + "Climate risk management", + "Disease surveillance and control", + "Disaster preparedness", + "Watershed and river basin management", + "Renewable energy" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Health", + "Energy", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "By 2030, 100% of electricity demand in the water sector [1] and other essential services (including health, food storage and emergency services) will be met through off\u2010grid renewable sources. By 2030, all waterways are protected to reduce the risks of flooding and health impacts. By 2030, an affordable insurance scheme is available for farmers, fishers, and residential and business owners to cope with losses resulting from climate variability. Conditional Mitigation Targets. By 2020, establish efficiency standards for the importation of all vehicles and appliances.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame", + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Line 4 - Boost community management and participation in adaptation to reduce vulnerability in a manner appropriate to individual communities' realities and cosmovisions: By 2030, the Communal Commitees of Emergencies, Committees of Oversight of Natural Resources, Local Territory Councils, and Development Associations or ASADAS will have incorporated climate change adaptation actions in their plans and operations, in alignment with local needs, resources and capacity (76).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Sustainable Land Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Throughout delivery of land use interventions related to this target, promote the stewardship of local community and indigenous people\u2019s coastal lands as sustainably managed landscapes to serve as net carbon sinks. The actions identified here are considered conditional on 1) provision of technical expertise and development of capacity for the emissions accounting and carbon market design and 2) financial support for purchase, protection and restoration of mangroves and wetlands. 6.2.2 Agriculture. Type. SDG linkages. Target.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Expansion of Protected Area (PA) extent to enhance the ability of the PA network to function as a buffer for climate change. 2030. 3.1 Identify ecologically/environmentally sensitive areas (based on 1.2) within the climate sensitive areas that can be annexed (included) to existing PAs. 2023. 3.2 Annex (include) identified areas to existing PAs / declare as new PAs under mandated agencies. 2030. NDC 4. 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Objective 2 and related activities. Promote Technical Capacity in the Forestry Sector for Managing Forests for Climate Change Adaptation. Increase awareness and technical capacity of village forest volunteers on climate resilient natural forest management, agro-forestry and plantation technologies. Assess capacity limitations and needs in the management of the forestry sector in relation to climate change adaptation. Main barriers for implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General" + ], + "SectorLabel": [ + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "At least 8000 schools across the country will increase awareness about CC thought Khmer, Science and Social study subjects. Students shall understand:1. Climate change mitigation. 2. Pollution.3. Biodiversity 4. Environment conservation5. 5Rs. 2,000,000. 2,500,000. Textbook ratio for primary, lower secondary and upper secondary schools. Increase percentage of girls for:1. Enrollment rate2. Promotion rateTarget: 47.9% for girls by 2023. Textbook publication unconditional (National budget partners)Others: Conditional. Field testing for curricula and textbook. 4, 5, 13. 21. Upgrading curriculum to include climate change for nonformal education. Education.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Economy-wide: General" + ], + "SectorLabel": [ + "Energy", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Developing the Ministry of Water and Irrigation\u2019s (MWI) Energy Efficiency and Renewable Energy Policy for the Jordanian Water Sector (2015) starting with utilization of sludge and other biosolids to generate energy, which is one of several projects announced under the policy, which seeks to achieve a 15 % reduction in energy consumption of billed water by the year 2025 through the introduction of economically feasible and environment-friendly power generation systems based on renewable energy sources. Introducing renewable energy as a source to supply water systems. vii.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Afforesting 25% of barren forest areas in the rain belt areas on which the rate of precipitation exceeds 300 mm. 3.3. Up-front Information. 3.3.1. Quantifiable information on the reference point (including, as appropriate, a base year):. Baseline scenario/base year: A Business as usual scenario was used (but 2006 was used as a base year for GHG inventory in the TNC upon which the core component of Jordan\u2019s INDCs were based).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Cement" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Given that most of the emissions in the infrastructure sector are embedded emissions in imported construction materials, South Sudan will regulate to ensure that green construction materials are imported, which will significantly reduce the sector\u2019s share of embedded emissions. Develop policy to ensure the importation of low-carbon construction materials (such as mandating that imported cement has a certain proportion of fly ash, which makes it greener). Yet to be implemented. Short to medium term.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Subsidies", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Protect local fish consumption and domestic small-scale fisheries over international tourism industry supply, exportation and large-scale international fisheries;. Condition fishing subsidies, quotas and authorisations to sound screening of available fishing resources and replenishment rates, endangered and vulnerable species and habitats, including with respect to the risk for habitats (including seabeds) and by-catches, with clear safeguards in place against overfishing and overexploitation, and to minimise collateral damage;. 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Sustainable Development Benefits. Achievement of the mitigation targets will translate to significant sustainable development benefit for Saint Lucia. 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V. PLANNING, IMPLEMENTATION PROCESSES AND FOLLOW-UP TO THE CONTRIBUTION. 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Waste: The NDC will use assessments of the capital city\u2019s waste burden by the World Bank and waste-related emissions in the Third National Communications to set targets for reducing methane emissions from landfills and design a strategy for using appropriate technology to produce a nutrient-rich digestate that can be used for food production.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Targets", + "Time frame", + "Sectoral Target" + ], + "SubSectorLabel": [ + "Landscape management", + "Economy-wide: General", + "Climate services", + "Renewable Energy: Solar", + "Climate risk management", + "Water supply", + "Water conservation and reuse", + "Food security", + "Water management", + "Land and soil management", + "Disaster preparedness", + "Disaster Risk Management (DRM): General", + "Sustainable forest management", + "Agroforestry", + "Agroecology", + "Reforestation", + "Infrastructure", + "Tourism: General", + "Irrigation", + "Afforestation", + "Early warning system" + ], + "SectorLabel": [ + "Tourism", + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "LULUCF/Forestry", + "Energy", + "Economy-wide", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Organic waste use through composting, currently used at a small scale, will be implemented to reach 100% of the households involved in agriculture production countrywide by 2030. Waste water irrigation, mainly practiced in correction centers under national prisons services will be implemented countrywide by 2030. Reduction of methane emissions from landfills. 1.3 Using fertiliser enriched compost. 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Myanmar\u201fs various building sectors also hold significant energy efficiency savings potential for the use of passive design, natural infrastructure, and heat-resistant retrofitting.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity", + "Climate smart agriculture", + "Climate services", + "Tourism: General", + "Agriculture: General", + "Sustainable land management", + "Land degradation", + "Fisheries and aquaculture", + "Early warning system", + "Food security", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Tourism", + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "LULUCF/Forestry", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Table n \u00b0 13: Adaptation measures linked to the SDGs with mitigation co-benefits. Adaptation measures. Description. Horizon. Links with. gender. the SDGs. Adaptation priority 1. Building the resilience of the agricultural sector to improve Congo s agricultural production in a climate-smart way. 2022-2030. The gender dimension is taken into account. 1, 2, 3, 5, 8, 12 and 5. Mitigation co-benefit. Climate-smart agriculture includes GHG reduction measures such as managing the quantities and types of fertilizers. Key activities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Buildings: General" + ], + "SectorLabel": [ + "Buildings" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Introduction of energy efficiency and conservation equipment in horticultural facility. Switch to energy efficiency and conservation fishing vessels. Promotion of cooperative energy efficiency and conservation measures across the industries. Promote low-carbonization in special vehicles. Factory energy management. Thorough implementation of energy management in the industry sector. Commercial and other sectors. 168. 279 (239 ). Promotion of compliance of energy saving standards for newly constructed buildings. Energy efficiency and conservation buildings (remodeling).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Sustainable land management" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "8 M ha to be restored and managed sustainably. Restoration of agricultural and forestry land. 0.50. 2021-2030. Agriculture. Strengthen the resilience of the agricultural sector. Integration of climate change concerns into sector planning and budgeting at all levels (national, provincial and local). Number of development plans taking into account the integration of adaptation to climate change. Optimization of the use of natural resources and regulation of carbon and nitrogen cycles through sustainable agricultural production. 1.27. 2021-2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DMA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Implementing Agency for Sectoral Conditonal Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Education" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Legal establishment of the Department of Climate Change, Environment and Development and the financing of key technical personnel needed to ensure effective and timely implementation and coordination of the SPCR program and other climate resilient programs under Dominica`s Low Carbon Climate Resilient Development Strategy, and to serve as National Implementing Entity (NIE) to facilitate direct access to and management of international climate change financing under the Green Climate Fund;. design and implementation of climate change adaptation and disaster risk management education and awareness program at all levels to be coordinated by the Department of Climate Change, Environment and Development;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "The agency responsible for implementing the sectoral conditional action", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Conservation", + "Sustainable Forest Management", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Achievement, maintenance and silvicultural monitoring of 20,000 ha of plantations and / or enrichment in classified forests and reforestation perimeters;. Implementation, maintenance and silvicultural monitoring of 800 ha of private, communal plantations. Achievement, maintenance and silvicultural monitoring of 700,000 linear meters of alignment plantations in urban and peri-urban areas. Realization of 300 green spaces in cities. Development and implementation of simplified management plans for forest plantations;. Implementation of a forest protection and protection system against bush fires and transhumance.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GRD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Grenada is also committed to linking the NDC implementation to its national policy framework as expressed in the following policy documents and programmes, inter alia: National Climate Change Policy; National Sustainable Development Plan 2035; National Adaptation Plan (NAP); National Youth Policy; Gender Equality Policy and Action Plan; Green Climate Fund Country Programme; Growth and Poverty Reduction Strategy; Basic Needs Trust Fund; Support for Education, Empowerment and Development; Climate Smart Cities and the Climate-Smart Rural Enterprise Development Programme. Means of Implementation.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Water quality", + "Water supply", + "Disaster preparedness", + "Water conservation and reuse" + ], + "SectorLabel": [ + "Water", + "Health", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "cooperation with other countries aimed at sharing experiences in combating droughts;. plans for priority water supply/setting the hierarchy of water supply restrictions;. establish methodologies for drought thresholds and drought mapping;. increase water storage capacity;. re-assure water quality during drought. Action 3.3: Risk Management and Climate Change Adaptation in the Health Sector. Actions for improving climate change adaptation in the Health Sector could include:. develop integrated assessments of environmental, economic and health impacts of climate change;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Early warning system", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Establish and/or strengthen the high-level National Climate Change Council (NCCC), in the Office of the President. Establish a Sierra Leone Climate Fund to be a financing mechanism for priority climate change actions and interventions. Institutionalize coordination, monitoring, reporting and verification of climate change issues by strengthening the Environment Protection Agency for effective and efficient provision of technical policy advice to the Government and people of Sierra Leone. Establish early warning systems to improve local understanding of risks. Goal: Improved Early warning preparedness systems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ETH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Food security", + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Drought: \"1. Increase agricultural productivity, minimize food insecurity and increase incomes irrespective of climate change by breeding and making available improved crop varieties, primarily from among those in Ethiopia that suit all agricultural areas where varieties that were grown in the past have become unsuitable.\" (5)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Waste management", + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\u201cCompliance with the manuals and plans based on indicators of the amount of waste separated at the source and the amount of recovered waste, resulting in an improvement in the proper management of waste, an increase in the recovery of usable waste and a reduction in the final disposal of waste at authorized sites.\u201d (p. 86)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Traditional production (t): 625,482. Becolsub Production (\u00a0Ecological Benefit of Coffee and its by-products)\u00a0(t): 205,673. Ecomill Production (t): 10,825. Reduction of approx.\u00a04,198 t of urea due to volatilization losses. 0.28 Mt CO2 eq (AFOLU). 0.005 Mt CO2 eq in aggregate with the NAMA Panela (Wastewater). 0.08 Mt CO2 eq in aggregate with the Panela NAMA\u00a0(Energy Efficiency). Agricultural. Mines and energy. Forestry Sanitation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "This BAU scenario makes projections and comprises the period between 2011 and 2025. Based on these calculations, Ecuador aims to reach a 90% of clean energy coming from hydroelectric plants in its total electricity production in 2017 and raise the proportion of renewable energy in the energy matrix even more until 2025. (PNBV 2009-2013). Ecuador intends to reduce its emissions in the energy sector in 20.4-25% below the BAU scenario.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MCO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Sustainable urban planning" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The IPCC 8 has determined the trajectory to limit global warming to 1.5 \u00b0 C \u201c In the trajectories that limit global warming to 1.5 \u00b0 C without or with minimal overshoot, net global anthropogenic emissions of CO2 decrease by around 45% from 2010 levels through 2030 (interquartile range: 4060%), becoming zero around 2050 \u201d. By deciding to reduce its greenhouse gas emissions by 55% in 2030 compared to 1990, the Principality of Monaco has decided to align its commitment by 2030 with this trajectory.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TJK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Energy Efficiency", + "Renewable Energy: Biofuels", + "Transportation Fuels" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Access of the rural population to a climate-resilient road system that takes into account social, age and gender issues;. Switch to cleaner and environmentally friendly fuels for vehicles. Further expansion in use of vehicles having high fuel efficiency, corresponding to the world standards;. Measures to encourage transition from polluting fuels to other less polluting energy or fuels, or biofuels, as well as transition to a modern energy efficient transport working on energies like gasoline to liquefied gas, hybrid vehicles (gasoline/electricity), electric vehicles and etc;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VUT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate risk management", + "Climate smart agriculture", + "Agriculture: General", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Target Ag1: By 2022, 80% of agriculture SMEs and private sector operators are able to generate sufficient income to cover essential household needs and services in normal and (climate, disaster and environmentally) stressed times. Target Ag2: By 2030, 100% of identified measures for enhancing the resilience of subsistence agriculture in a changing climate in the six provinces have been implemented.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "WSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "In addition to building on the activities outlined in its the Community Integrated Management (CIM) Plans and current National Climate Change Policy 2020-2030, Samoa wishes to communicate the following quantitative targets for adapting to climate change in the marine and AFOLU sectors, as detailed in Table 4.1. Table 4.1: Adaptation targets, means, and requirements. Sector. Target. Means. Requirements. Marine. Expand the area of mangrove forests in Samoa by 5 percent by 2030 relative to 201856. Mangrove restoration and planting programs in coastal areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Priority 2: Strengthen the surveillance of climate-sensitive diseases and develop the capacity for early detection and early warning of phenomena with epidemic potential. Measure 1: Support the National Observatory of New and Emerging Diseases (ONMNE) in strengthening its epidemiological surveillance, monitoring, and alert information system, with a view to generating health alerts. The sentinel network based on emergencies (SU),. The sentinel network based on free practice physicians (MLP),. Event-based surveillance network (EBS),. West Nile Early Warning System (VWN) network,.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Infrastructure", + "Sea-level rise protection", + "Climate smart agriculture", + "Irrigation" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Coastal Zone", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Infrastructure: the increasing occurrence and severity of floods exacerbated by climate change are resulting in high costs for the maintenance and upgrading of roads and irrigation infrastructure. This is particularly the case in urban areas where more and more assets and population are concentrated. Forestry: Under emission scenarios SRESB1 and SRESA2 up to 2050 most lowland forest will be exposed to a longer dry period, particularly forest areas located in the northeast and southwest.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Public Transport" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Guarantee the mass public transport service, through the permanent and effective operation of the system, providing the service in a permanent, punctual, solidary, comfortable, safe and ecological way, adopting Objective 13: Climate change, urgent measures to combat climate change and its effects.\": \"Emissions of nitrogen oxides (NOx) should be reduced from 0.5 to 0.25 g/kWh and particulate matter (PM) emissions should be reduced from 0.05 to 0.03 g/kWh. With the renewal of the fleet and in the current ones maintain the optimal engines for its operation.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Emission reduction potential for a given sectoral downstream action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Health sector:The most important topics:. Enhancing the resilience of the health sector by preventing diseases caused by climate change. Rehabilitation of health fragile and poor communities exposed to health risks and restore their resilience and adaptability to the negative effects of climate change. Raising health awareness among communities vulnerable to diseases related to climate change and supporting the Health and Family Program. Combating endemic and epidemic diseases caused by climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "\"Green Hydrogen Roadmap In line with the Sustainable Hydropower Policy 2021, the potential for the use of hydrogen created from green renewable electricity in Bhutan will be pursued. Towards this end a study has been initiated with the objective of exploring production of hydrogen fuel, green ammonia, and other hydrogen products for the end-uses of energy storage and substitute for fossil fuel usage. The Royal Government will initiate feasibility studies, preparation of the Green Hydrogen Roadmap and pilot projects.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable land management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Ecosystems (Coastal Zone, Territorial Planning, Mountains, Wetlands): \u201cState Plans for Land Use Planning.\u201d Description: \u201cDuring the period 2021 - 2030, it is estimated to continue strengthening the instruments for spatial planning at the state level. for which it is estimated to work on: 1. Strengthening the State Territory Planning Commissions. 2. Promote the development of the Territorial Planning Plans of the States Amazonas, La Guaira, Lara and Sucre. 3. Support the updating of the Territorial Planning Plans of the States of Carabobo, Falc\u00f3n and Monagas. 4. Coordinate the development of the Orinoco Mining Arc Territory Planning Plan (National Strategic Development Zone).\u201d (p. 146)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BGD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Upstream policies on", + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings", + "Clean Cooking and Heating: Efficient cookstoves", + "Livestock" + ], + "SectorLabel": [ + "Agriculture", + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Promote policies to induce greater level of energy efficiency and conservation in the commercial sector based on the Bangladesh Energy Efficiency and Conservation Master plan. Incentivise rainwater harvesting in commercial buildings as a form of water and energy conservation. 25% reduction of overall energy consumption of the commercial sector compared to the business as usual. Agriculture (non-energy related). Increase mechanisation in agriculture leading to a reduction in numbers of draft cattle (and therefore lower methane emissions).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Conditional part of the mitigation target for a given sectoral target", + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ERI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Waste-to-Energy", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Waste heat recovery at steel plant. 429.96. 56.70. Waste heat recovery at cement plant. 419.58. 61.56. Efficient domestic lighting with LEDs. 410.86. 90.04. Geothermal power. 356.54. 262.50. Wind turbines, on-shore. 351.70. 193.75. Solar PVs, large grid. 298.30. 76.38. Wind turbines, off-shore. 271.33. 135.00. Biogas at big farms. 9.94. 28.10. Composting of Municipal Solid Waste. 7.18. 12.12. Reforestation with agroforestry. 2.55. 36.05. Reforestation with Silvopasture. 2.55. 90.13. Biodiesel from MSW. 0.14. 64.27. Biogas at rural farms. -1.21. 33.82. Charcoal production. -1.73. 14.10.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DMA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Funders for Sectoral Conditional Actions", + "Action and priority", + "Time frame", + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Climate risk management", + "Food security", + "Energy access", + "Early warning system", + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Agriculture", + "Energy", + "Education", + "Economy-wide", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "legal establishment of Climate Change Trust Fund in addition to US$5 million seed funding to the Climate Change Trust Fund to provide support to priority community climate change risks management measures identified through community vulnerability mapping and adaptation planning and the establishment of micro-finance and micro-insurance for private sector and vulnerable segments of society (farmers, fisher-folk, women and vulnerable communities in particular the Kalinago people). Costs for the abovementioned priority adaptation measures that are to be implemented over the next 5 years are US$25 million. Implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "The funders for sectoral conditional actions", + "Time frame", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GAB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "On this basis, this plan will reduce GHG emissions by 9,000 GgCO2 by 2010-2025, or 31% compared to the trend scenario (48% in 2025). These production capacities will also allow exports of the order of 5,000 GWh over the period 2010-2025. Finally, Gabon is also developing a plan for solar electrification of isolated villages. This plan will improve access to energy in rural areas without the use of fossil energy. 2. Petroleum industry \u2013 Fossil energy consumption.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "OMN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "As stipulated by the regulations, energy efficiency cards were prominently displayed on the interfaces of all air conditioners to enlighten consumers and give them information that guides them in selecting the most energy-efficient air conditioners. Energy efficiency is measured by the number of stars on the card, with more stars indicating that the air conditioner consumes less energy. Shortly, the energy efficiency regulation will be expanded to include additional home appliances such as refrigerators, refrigerator-freezers, freezers, water heaters, LED lighting, and washing machines.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Urban: General" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Resilient human settlements: By 2025, Panama will have developed the \"Technical Climate Change Guide for Human Settlements\" with mitigation and adaptation components. The plan seeks to increase the resilience of human settlements in the country and strengthen the participation of key actors to plan, finance, implement, monitor and inform strategic adaptation processes and to communicate adaptation knowledge, taking into considering the benefits for mitigation (66, 124).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Upstream policies on", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Renewable Energy", + "Gas-to-Power", + "Supply-side Efficiency: Grid/energy loss reduction", + "Freight Vehicles" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Work with the United States to align with the most ambitious light-duty and heavy-duty vehicle standards whether at the state or federal level. Invest $964 million in smart renewable energy and grid modernization projects, as well as continue to work with provinces and territories to help build key intertie projects. Commit to powering rural, remote, northern and Indigenous communities that currently rely on diesel with clean, reliable energy by 2030.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on upstream policies for a given sector", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans", + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The revision will aim at identifying/validating climate-vulnerable ecosystems, extending conservation efforts in PA-surroundings and designing buffer zones as deemed necessarily for strengthening the adaptive capacities of key ecological hotspots. Identify and map \u2018climate-vulnerable\u2019 species of flora and fauna and their habitat including connections with the need to control invasive species, and create a national plan and monitoring system to support climate vulnerable species. Prepare adaptive management programmes for climate sensitive habitats in protected areas and special conservation areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Malnutrition", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promption of dietary diversity and integration of nutrition-sensitive practices across sectors, primarily agriculture, health, education, and WASH. Department of Nutrition, HIV and AIDS. MOEPD&PSR,. NGOs/ CSOs (e.g., Health Equity Network). US$ 45 million. uc: US$ 30m c: US$ 15m. Use of renewable energy sources and promote energy efficiency. Carbon sequestration and other ecosystem services. \u2714. \u2714. \u2714. Promote nutrition-specific practices through SUN framework and Care group model, primary health care, therapeutic care, support, and treatment. Department of Nutrition, HIV and AIDS. MOEPD&PSR,.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Disaster Risk Management (DRM): General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Increase focus will be given to building resilience from a sustainable development, food security and rural productivity perspective. Costa Rica\u2019s Adaptation Action for 2016-2030. Starting from an acknowledgement that synergies between adaptation and mitigation activities are highly desirable, through development of concrete climate actions, Costa Rica assumes, for 2016-2030, the following commitments in adaptation:Develop a National Adaptation Plan. Although since 2006, the country has a National Climate Change Strategy, it has not developed as yet a National Adaptation Plan.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The Togo 2025 government roadmap resulting from the NDP sets the following objectives: increase the share of electric vehicles in the acquisition of new vehicles to 3% by 2025, extend the rural road network by building 4000 km of rural roads targeting agricultural areas with high export potential in order to connect farmers to the market, build the Unity motorway by accelerating the development project of the RN1 linking the productive hinterland to the Lom\u00e9 agglomeration and the autonomous port.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "VCT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Intention to use market-based mechanisms to meet contribution. International support for a Nationally Appropriate Mitigation Action (NAMA) will be sought for the transport sector.St. Vincent and the Grenadines considers the use of instruments for achieving and financing flexibly part of its mitigation target. Therefore St. Vincent and the Grenadines supports the inclusion of the International Carbon Markets and mechanisms such as the CDM in a post-2020 agreement on climate change including the use of the mitigation outcome pre-2020.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Conditional part of mitigation target for a given sectoral upstream policy" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "(Network connection component) (4) Electrification of localities by grid connection (approximately 2323 localities between 2021 and 2030) Electrification of 481 localities Electrification of 1842 localities (planned for the period 2005) Promotion of the access of approximately new households to electricity for domestic lighting and the abandonment of kerosene lighting in the localities that will be Acquisition of 342,000 household connection kits Acquisition of 686,000 household connection kits to conventional networks (planned for the period GHG emissions in Mt E-CO2 Emissions Status quo Emissions Unconditional mitigation scenario Emissions Global mitigation scenario Sub-sectoral objectives Measures envisaged Unconditional contribution Conditional contribution connected to the networks of the Soci\u00e9t\u00e9 B\u00e9ninoise d\u2019Energie Electrique (SBEE) Pursue and strengthen the", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Finance Commission (FC) Incentive for creation of carbon sink: Another important initiative has been the 14th FC recommendation on incentives for forestry sector. The devolution of funds to states from the federal pool would be based on a formula that attaches 7.5 % weight to the area under forest.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral Target" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Grid/energy loss reduction", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Improve Energy efficiency through reduction of electricity Line losses to 9 percent by 2020 (from a baseline of 18 percent in 2010). To double the 2015 number of Marine Protected Areas by 2030. Sector Emission Reduction Targets: Transport, Agriculture, Environment Friendly Waste Management and Reforestation. Other Sectors Climate Resilience: Public Infrastructures, foreshore protection, buildings and houses. Emissions reduction benefits of these activities have not yet been estimated; however additional emissions reductions delivered through these activities may be substituted for electricity sector contributions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Coastal zone and marine resources, Action:\u00a0\u201cBuild on the mitigation target of expanding the current 12,827 hectares of mangroves under protection by at least a further 6,000 hectares of mangroves by 2025. The adaptation measure includes: the establishment of new and/or improvement of existing public conservation measures to cover 100% of publicly owned areas identified in the Government\u2019s mangrove priority areas from the Forests (Protection of Mangroves) Regulations 2018", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Tourism: General" + ], + "SectorLabel": [ + "Tourism" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Membership of the Climate Change Crisis Committee and enhancement of tourism facility designs, planning and compliance to environmental and climate resilient regulations standards and. Mainstreaming climate change adaptation in the tourism investment plans. 6.4.4 Smart agriculture, livestock and fisheries. For increasing the resilience of the sector, the following are proposed, organized by action and measure:. Institute and upscale drought mitigation interventions; Establishing locally based plant clinics.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Tourism" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Extension of the Tourism Green Seal certification to 10% of tourist accommodation services, including best practices in: the adoption of renewable energy for heating domestic water, heating and electricity generation; other efficiency measures; management of wastewater and solid waste including recycling and composting (*). The above chart contains a not exhaustive list of quantifiable undergoing measures and also those that are expected to develop under each area and sector. Section III. Context and main measures for the adaptation to the adverse effects of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "YEM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Monitoring and Evaluation System", + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Education", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Llivelihood approaches for integrating natural resources management and preservation of sensitive ecosystems;. Disaster risk management including flood and drought management. Capacity Building for integrated coastal zones and marine resources management. Capacity building and awareness raising; and. Institutional capacity for building resilience climate change including planning, programing, monitoring and resources mobilization.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BGD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Demand-side Efficiency: Industries", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Bangladesh already has a number of activities and targets that are driving action to reduce GHG emissions, and that will help it meet the unconditional contribution set out in section 2.2, including:. A target to reduce energy intensity (per GDP) by 20% by 2030 compared to 2013 levels (E&CC Master Plan). An Energy Management Programme, including establishment of Energy Management Systems and energy audits for industry by accredited energy auditors. An Energy Efficiency labelling programme to promote sales of high efficiency products in the market.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Crops", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Mitigation: reduce pollution from processing. Environmental: Prevent soil erosion. Social: healthy living conditions for people in the cassava production areas. Research for the development and enhancement of agricultural productivity, quality, and transfer through strengthening of crop variety conservation and new crop variety release responding to the impacts of climate change. MAFF. Promotion of environment and conservation of natural resources. Development of new technologies and increased yields by using new crop varieties which adapt to climate change. MAFF. Promotion of environment and conservation of natural resources.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "AGR.7. Organic production of agricultural crops of national positioning: The measure is based on quantifying by 2030, the area destined for the organic production of agricultural crops of national positioning such as sugarcane (Saccharum officinarum) and Yerba mate (Ilex paraguariensis), allowing the efficient use of nitrogen fertilizers and additionally the capture carbon.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Build centres of excellence for delivering climate change courses and research among Universities. MOEYS. climate change mitigation. Pollution reduction. Biodiversity. Environment conservation. 5Rs. Conduct training for education officials on climate change e.g. as a required component of teacher training. MOEYS. climate change mitigation. Pollution. Biodiversity. Environment conservation. 5Rs. Gender. Strengthen institutional capacities at national and sub-national levels to integrate gender responsiveness in climate change adaptation s policies, plans, programming, including gender budgeting. MOWA.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Awareness raising and behavior change", + "Climate services", + "Gender", + "Climate risk management" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Strengthen the adaptive capacity of the population through transparent and inclusive mechanisms of social participation, designed with a gender and human rights approach. Reduce vulnerability of the population through territorial planning tools and risk management such as the National Vulnerability Atlas and the National Risk Atlas. Invert the proportion of financing currently provided to hydrometeorological disasters attention by increasing the ones invested for disasters prevention. Prevent illnesses that are exacerbated by climate change through an early warning system with epidemiologic information.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster relief and recovery", + "Disaster preparedness", + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Implement disaster prevention plans and measures, protect peoples\u2019 lives, and ensure national defence and security;. Consolidate and develop prioritised and urgent disaster prevention projects; strengthen the capacity of search and rescue forces;. Develop infrastructure and make plans for residential areas; relocate and resettle households and communities from areas affected frequently by, storm surges, floods, riverbank and shoreline erosion, or areas at risk of flash floods and landslides;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Agriculture", + "Environment" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "For 2030:Establishment of marine protected areas representing 10 % of the Exclusive Economic Zone;. Development of two hatcheries dedicated to restock five endangered coastal species;. Renewal and modernization of 30 % of the fleets, including with greener vessels equipped with observation systems;. Restoring 50 % of damaged marine habitats;. Increasing by 50 % the volume of sea products utilized and marketed. To achieve these goals, much planning has already been undertaken.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JAM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Water efficiency", + "Fisheries and aquaculture", + "Fisheries and Aquaculture", + "Food security", + "Agroforestry" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Jamaica will undertake a range of actions concerning the sectors not covered by its quantitative commitments. These include the following:. Agriculture: The Climate Change Policy Framework for Jamaica (2015) identifies the agriculture sector as a critical sector of importance for both mitigation and adaptation. Strategic aims include facilitating the use of water (and hence energy) efficient agricultural methods, improved food storage systems, and diversifying food production techniques including the expansion of agroforestry and aquaculture.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Sectoral Mitigation Policies", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water supply", + "Food security" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Therefore, the role of women as agents of change is recognized and their participation is encouraged for the transformation of society towards a low-carbon and resilient development. b) Medium-term adaptation priorities of the National Adaptation Planning Process. Likewise, the PNACC establishes six strategic axes, each one with more specific areas of focus, objectives and lines of action. The established axes are the following:. Strategic Axis 1: Improving water security and food security. Strategic Axis 2: Fostering the built environment and climate-proof infrastructure (climate-resilient cities).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LAO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Transportation Fuels" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The measure is in line with the Ministry of Energy and Mines\u2019 \u201cClean energy promotion policy in transportation, development plan 2025, Strategy 2030 and vision 2050\u201d. Measure. Biofuels to meet 10% of transport fuels. Sector. Transport / Energy. GHG mitigation target. 29 ktCO2e on average per year between 2020 and 2030. Monitoring procedures.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ERI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Downstream actions" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Grid/energy loss reduction", + "Renewable Energy: Waste-to-Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "This includes options which have potential reduction above 10 ktCO2e/year and cost of reduction options (-100-800 USD/ktCO2e). Moreover, there are many development activities proposed with a substantial reduction potential (see annex 1). Table 1. Eritrea Sectoral Coverage under the mitigation measure. Options included in MAR Curve. Reduction Option. US$/tonCO2. Emission reduction in 2030 per option ktCO2e/year. Waste heat recovery at steel plant. 429.96. 56.70. Waste heat recovery at cement plant. 419.58. 61.56. Efficient domestic lighting with LEDs. 410.86. 90.04. Geothermal power. 356.54. 262.50.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Emission reduction potential for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GTM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Guatemala already has the Designated National Authority -MARN - for the implementation of the Green Climate Fund as the main financial instrument of the UNFCCC. Guatemala is participating in the Global Finance Initiative for Biodiversity -BIOFIN- and is developing a National Emissions Reduction Program for REDD+ that will have a financial mechanism at the national level, for the payment for results for reducing emissions in forests.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Actions to abate SLCPs simultaneously contribute to climate change mitigation in the near term and to the immediate improvement of air quality, as well as to generate positive impacts on human health and ecosystems conservation; in consistence with the recommendations contained in the 5th Assessment Report of the Intergovernmental Panel on Climate Change (IPCC), as well as with the guidelines of the Clean Air and Climate Coalition (CCAC) of which Mexico is a member. For Mexico, the inclusion of SLCPs constitutes an increase of its level of ambition and commitment since it is additional to what the country has committed to previously.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MCO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Solid Waste" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In terms of reducing greenhouse gas emissions, Monaco s priority in this area relates to the reduction of plastic waste, the incineration of which is responsible for the majority of emissions in this sector. This must nevertheless be part of a comprehensive and long-term policy which aims both to reduce all types of waste at source and to improve their recovery - primarily materials, energy. secondly - with a view to reducing energy, climate and environmental impacts.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Climate Smart Agriculture", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "It also confirms which actions are included in the adaptation analysis (bold tick in adaptation column), which actions are included in the mitigation analysis (bold tick in the mitigation column), and which actions have mitigation co-benefits, but were not included in the mitigation analysis (normal tick in the mitigation column). Conditional NDC actions. Adaptation. Mitigation. Agriculture. 50% of farms in the State of Palestine apply gender-sensitive CSA by 2040. \u2713. \u2713.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Adaptation action/priority", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\u201cCreating the supportive enabling framework whereby communities and vulnerable segments of society (women, youth, elderly, people with disabilities) can manage their own climate change risks, thereby addressing climate change impacts on vulnerable sectors (particularly agriculture, fisheries and water resources) and threats to food security, human health, poverty alleviation, sustainable livelihoods and economic growth", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Education: General" + ], + "SectorLabel": [ + "Education" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The National Strategy to Strengthen Human Resources and Skills to Advance Green, Low Emission and Climate Resilient Development identifies financing needs that exceed USD 1.5 million per year for projects of Higher Education, Technical-Vocational education and specializations. Technology Needs. The country has developed a Technology Needs Assessment (TNA), which identified a number of measures and technologies whose implementation is compatible with the NDS, CCDP and the NAPA-DR. Gender perspective.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Buildings: General" + ], + "SectorLabel": [ + "Buildings" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Setting standards and regulations that take into consideration the environmental factors and allow the investment of alternative and renewable energies, the preservation of agricultural lands and the creation of a modern infrastructure and services system. - Developing areas outside cities to reduce rural-urban migration by providing decent jobs and livelihood, as well as and housing that meets the requirements of green architecture. - Following up the application of the green architecture guide effectively, and encourage the use of modern environmental technologies such as the production and use of environmentally building materials and thermal insulation techniques.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Solid Waste" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Generate public policies on landfills and sanitary fillings, as well as their environmental, sanitary and technological variables.Develop policies for risk mitigation and reduction of environmental impact in the solid waste collection system and final disposal.Develop the different types of solid waste collection and its industrial systems, equipment and popular accompaniment of management and counterlogging, in order to make them timely, regular, sufficient.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"75% of the energy consumed in Guinea comes from the forest. It is possible to reduce the average per capita consumption of fuelwood (wood and charcoal) by 50% in 2030 compared to the base year (SE4ALL). This will make it possible to compensate for demographic growth and maintain overall consumption at around 4,400 Ktep, thanks to: - reduction of carbonization losses", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Wetlands" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Goal to 2030. Objective 23. Protect and restore wetlands and springs. Lines of Action to 2030. Gaps and Needs to 2030. Advance in the establishment of criteria for the use and conservation of wetlands, framed in Law No. 3239/07, which provides for the protection of springs and wetlands throughout the country. Promote studies of the vulnerability of wetlands to Climate Change and also improve information on the loss of wetlands and their degradation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Sustainable land management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Forests and changes in land use sector. 15,700. 957,600,000. 13,800,000. 69,4. Rehabilitation and protection of 30,000 ha of stream banks. 60. 12,600,000. 30,000 ha. 1,200,000. 10.5. Creation and classification of 900,000 ha of biological diversity conservation spaces with a regional focus in 12 regions or 180 communes. 9,360. 504,000,000. 900,000 ha. 8,400,000. 60. Audit of the development plans of all classified or protected forests for the purpose of updating them. 4,680. 252,000,000. 450,000 ha. 1,200,000. 210.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Disaster preparedness" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Adopt the current Disaster Risks Reduction Policy into a comprehensive Climate Policy;. Establish the enabling legislative framework to implement the DMD policy and action plan;. Establish and/or strengthen the high-level national DMD Council (NCCC), in the Office of the Vice President; and. Establish a National DMD agency as the primary national government agency for climate change response. Jointly implemented, these actions constitute a comprehensive package that facilitates preparedness and response to disasters and effective INDC implementation. Resource Mobilization Strategy for INDC. Means of Implementation.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The use of sanitary landfills for the disposal of residual waste will be increased from the current level of 5% to 100% on weight basis 4.1 Operationalize policy and regulation for siting and implementation of sanitary landfills 4.2 Rehabilitate existing waste dump sites 4.3 Introduce Land-fill Gas recovery systems\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Wastewater treatment" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Tools for processing and analyzing data by public services. Strengthening the institutional capacities of municipalities in the collection, management and recycling of solid waste. By 2025, train 30% of municipalities (technical managers) in the collection, management and recycling of solid waste and provide them with the necessary equipment. Benchmarking; development of training modules on collection, recovery; implementation of training, acquisition of necessary equipment. Development of drinking water supply systems, associated with the promotion of water use efficiency.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NIC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Renewable Energy: Wind", + "Renewable Energy: Biofuels", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Due to the above, it is proposed in the NDC, to increase the percentage of electricity generation through other renewable energy sources such as solar, wind and biomass to 60% in 2030, which represents compared to 2007, a 35% increase in the participation of renewable energies within the national electricity matrix, considering the increase in coverage. Forest Sector and Land Use Change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Irrigation" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "AFOLU, Livestock: \u201cImprove management of water resources through the introduction of simple techniques for localized irrigation (e.g., drip and sprinkler irrigation), accompanied by infrastructure to harvest and store rainwater, such as tanks connected to the roofs of houses and small surface and underground dams.\u201d (p. 71)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Poverty reduction" + ], + "SectorLabel": [ + "Social Development", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Other efforts such as the creation of a National Territorial Information System (SNIT), within the National Registry, should include land use change monitoring systems, which will significantly contribute to the Monitoring, Verifications and Reporting (MRV) systems improvement proposed under FONAFIFO\u2019s Emission Reduction Program. Costa Rica is currently pursuing a green and inclusive development policy.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on", + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ZWE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation", + "Capacity Building Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Livestock", + "Crops", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "*NB: A more comprehensive exercise such as the National Adaptation Planning (NAP) process will advance the assessment of the countries\u2019 vulnerability, adaptation needs and costs. 5. Actions, gaps and barriers. Action. Gaps and Barriers. Encouraging adapted crop and livestock development and farming practices. Inadequate institutional and technological capacity to maximize germ-plasm of adapted crops and livestock. Lack of knowledge and skills for intensive production practices. Lack of mechanization technologies for climate smart production systems. Inadequate research and extension. Lack of financial resources.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Technology transfer needs for sectoral implementation", + "Capacity building needs for Sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Conservation", + "Wetlands", + "Livestock", + "REDD+" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Forestry and other Land Uses. 15. Promote traditional and modern afforestation and reforestation techniques to preserve forests. 182 to 192. 1.45. 16. Support the development of community forestry as a tool for conserving biodiversity and combating the loss of forest cover in rural areas. 1.5. 17. Restore wetlands, including peatlands used for agriculture and livestock. 1.3. 18.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Food security", + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Develop climate resilient postharvest and value addition facilities and technologies. Capacity of storage constructed in MT. MINAGRI (RAB, NAEB, Private sector, Civil society). \u2714. \u2714. B. 200 million USD. Reduced GHG emissions from improved postharvest management. 6. Strengthen crop management practices (disease prevention, diagnostic, surveillance and control). Number of farmers using surveillance tool (FAW Database, BXW apps etc.). MINAGRI (RAB, NAEB, Private sector, Civil society). \u2714. \u2714. B. 3 million USD. Reduced GHG emissions from improved crop management. 7.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Demand-side Efficiency: Appliances", + "Energy: General", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Acquisition of 212,000 household connection kits. Acquisition of 212,000 additional household hook-up kits. Strengthen the actions of efficient consumption of electric energy in all sectors. (8) Continue energy efficiency actions in all sectors: industries, tertiary, and households (implementation of standards, solar PV plants on the roofs of administrative buildings, promotion of the use of low-consumption electrical equipment). energy, promotion of solar street lightingPV etc.). X. Promote low energy wood consuming technologies.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Unconditional part of mitigation target for a given sectoral plan", + "Unconditional part of the mitigation effort for a given sectoral target", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Moreover, the effort in achieving emission reduction target is also supported by the implementation of regulations on Electricity Supply Business Plan (Rencana Usaha Penyediaan Tenaga Listrik, RUPTL) that prioritizes development of NRE (Green RUPTL), implementation of minimum energy performance standards (MEPS) for appliances, as well as the development of NRE in Indonesia.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Urban Transport", + "Public Transport", + "BRT", + "Rail" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "This enabling activity will result in the full assessment of mitigation potentials in the industries sector and facilitate the participation of the private sector in low emission development. e) Low Emission Development Strategy for Surface Transport. The LEDS for Surface Transport18 was developed to provide strategic intervention options for transport and mobility and are categorised as follows:. Mass transit though improvements in bus systems and the introduction of open-bus rapid transit (BRT) network (electric and diesel) and light rail transit.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Conservation", + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In 2030, the country will increase and maintain its forest cover to 60%, while this type of cover does not compete with the agricultural sector. 8.5. In the year 2030, the country will maintain a zero deforestation rate in mature forest. 8.6. By 2030, adaptation based on ecosystems within and outside the State Natural Heritage will have been promoted through the conservation of biodiversity in biological corridors, private reserves, indigenous territories, agricultural farms, and the integral management of natural and cultural heritage, among others. 8.7.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable urban planning" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Ensure that land use planning in urban areas considers the impacts of climate change and the need to sustain urban ecosystem services. Promote Rainwater Harvesting in urban areas from rooftops. Establishing recreational parks developed and managed by community-based organizations (CBOs). Providing incentives for rooftop farming in urban areas. 4.5.2 Improving readiness for climate related disaster risk reduction in urban areas. Climate related disasters, especially flash floods could are expected to increase in the next few years and decades.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"Timor-Leste has been a member of the Extractive Industries Transparency Initiative (EITI) since 2008. Timor-Leste seeks to increase transparency through the establishment of an online database that provides information on all extractive companies operating in the petroleum sector. This and other disclosure based-actions will be pursued throughout the 2022-2030 period in keeping with EITI recommendations and best practices\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "UZB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Water management", + "Land and soil management", + "Water infrastructure", + "Water quality" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Expansion of sectoral programs for purification of municipal and industrial effluents, ensuring quality of water for drinking wate supply and sanitation;. Modernization of gage stations on natural water courses, improvement of water resources monitoring and forecasting;. Improvement of the system for monitoring ameliorative conditions of irrigated lands and soil fertility;. Application of technologies for protection of littoral and river infrastructure, etc. I.A.Karimov, International Conference \u201cDevelopment of cooperation in mitigation of ecological disaster impacts in the Aral Sea region\u201d, 29 October 2014.\u21a9.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Conservation", + "Freight Vehicles", + "Agriculture: General", + "Fertilizers" + ], + "SectorLabel": [ + "Agriculture", + "Transport", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Shift long distance freight movement from trucks to train. MPWT. Agriculture. Increasing the effectiveness and sustainability of agricultural land management techniques (Conservation Agriculture). MAFF. Sustainable land management, reduce emission from burned agriculture residue, protect soil from erosion. Organic input agriculture and bio-slurry; and deep placement fertilizer technology. MAFF. Reduction of chemical fertilizer utilization, contribution to mitigate the greenhouse gases, reduce production cost and pollution, and soil improvement.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Safety net", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Assist the National Service for Civil Protection and Fire Brigades (SNPCB) with technical and financial assistance for the implementation of the ENRRD;. By 2022, identify vital, strategic and critical infrastructures, equipment and services, which functions are to be protected at all cost, including via duplication; make the national Building Code resilient and lowcarbon and offer save and affordable alternatives to vulnerable households living in climate-exposed areas;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "At the level of governance and institutional infrastructure, Cabo Verde seeks to improve overall forestry governance by investing in inventory and land registry systems, designating priority afforestation/reforestation, and preparing long-term sustainable land management plans coupled with performance-based subsidies. Waste. Seek to provide proper waste management coverage (with waste segregation, recycling, and treatment in sanitary landfills) for at least 50% of the more vulnerable municipalities by 2030, including:. implementing educational programs for the separation of basic waste types by households and waste producers;.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthening aquaculture capacities by using adequate fingerlings (dimensions, age and density) in the on-growing facilities and improving aquaculture capacities by adapting qualitative and proper feed quantity to changed climate conditions77. Aquaculture. High. Risk Reduction and Management for Resilience. Early warning measures. Improvements on predicting capacity about the future status of bio-resources. Fisheries. High. Study and record of the impact of climate change on current used techniques in aquaculture to develop new more efficient methods and techniques. Aquaculture. High.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GTM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "In addition, legislation is impelled to establish a program of tax incentives and subsidies focused on the use of clean energy for public and private transport, including legislation to regulate GHG emissions in the collective and individual public transport (Art. 21).\u00a0Implementation of the National Energy Plan, stipulated in the Framework Law on Climate Change (Article 18). Use and Change of Land Use and Forestry:Implementation of the Strategy to Reduce Emissions from Deforestation and Forest Degradation (REDD+): is currently being developed in line with a vision of improvement and integration of public policy instruments in the forestry sector.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Agriculture", + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Increase the financial support for municipalities, to undertake the necessary interventions in the secondary and tertiary drainage canals. High. Increase flood protection capacities. Increase the flood protection capacities. From a total of 850 km of river and sea embankments, about 300 km of the need urgent repairs. Very High. The update of the river management plans (river Buna, Drin, Mat, Shkumbin and Vjosa), and assessment of the additional interventions, needed for flood cases in the areas with a medium and high degree of risk. Medium.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral plans on", + "Downstream actions", + "Unconditional part of mitigation target", + "Funders for Sectoral Conditional Actions", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Energy: General", + "Supply-side Efficiency: Grid/energy loss reduction", + "Renewable Energy: Solar", + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Energy", + "Transport", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Smart Grid (SCADA Upgrade | Central Control | GIS Enhancement). 2016-2017. \u221a. \u221a. Smart Prepay Metering already funded to $4.2m TOP. Ring Distribution Network Topology. 2016-2017. \u221a. \u221a. World Bank have seed funds to star transformation. Fourth feeder. 2016-2017. \u221a. \u221a. Energy Policy and development of Energy Bill. Other Energy Sector Reforms/Regulatory. Development (Electricity Tariff Review, Petroleum Supply Assessment, Data Repository Updating and. Networking, Capacity Development). 2015-2020. \u221a. SPC and UNEP. Priority near-term investments:. Solar Data Collection. 2016-2018. \u221a. \u221a. OIREP. Current funding $6m TOP.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "The funders for sectoral conditional actions", + "Information on sectoral plans", + "Unconditional part of mitigation target for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ZMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture", + "Crops", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Zambia has six major watersheds: Tanganyika; Luapula; Chambeshi; Luangwa; Kafue; and Zambezi. The adaptation measures comprise three (3) goals/programs and 13 priority actions, which will also result in mitigation co benefits. The programs include:Program 1: Adaptation of strategic productive systems (agriculture, wildlife, water). Which include: 1. Guaranteed food security through diversification and promotion of Climate Smart Agricultural (CSA) practices for crop, livestock and fisheries production including conservation of germplasm for land races and their wild relatives. 2.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TZA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Climate services", + "Agriculture: General", + "Renewable energy" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Climate change impacts are affecting coastal zones, public health, energy supply and demand, infrastructure, water resources, agricultural production and availability of ecosystem goods and services. Potentially, there will be high economic costs across these sectors. Current climate vulnerability and future climate change adverse impacts are significant to curtail Tanzania from achieving key economic growth, development and poverty reduction targets for reaching middle income developing country status. Tanzania has been undertaking various efforts towards addressing climate change in accordance with her national context.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ZWE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Poverty reduction", + "Economy-wide: General", + "Water supply", + "Renewable Energy: Hydro", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Social Development", + "Energy", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Implementing management practices that enhance capacity of power generation of hydropower stations in situations of limited water availability due to reduced rainfall. Increasing the water-holding capacity of reservoirs in anticipation of increased abstraction and increased evaporation. Building the capacities and support communities toward a diversification of livelihoods and shifts from agriculture into other sectors, where needed. 4. Institutional responsibilities for adaptation. The previous five years have seen several adaptation programmes and projects implemented and several plans already exist aiming to achieve the above- mentioned goals.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "In line with this Sudan intends to undertake measures across a number of sectors of its economy to pursue low-carbon development, guided by the long-term national development policies, plans and strategies, which are clearly stated in different national development planning documents such as the Strategic Plan document 2007-2033. In addition, it incorporates the outcome of further analysis and consultation to enhance Sudan\u2019s existing plans, in particular the assessment of the potential economic sectors that lead towards a low carbon development strategy.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Integrate flood risk management in the design and construction of public and private infrastructure: Passive cooling measures, Mini-piled underpinning, including pile and beam, cantilever pile caps and piled rafts; Raising roads, road re-alignment, pavements and adding additional drainage capacity; Realigning natural water courses etc. Conducting slope stability studies in an attempt to minimize incidents of landslides as a result of increased precipitation and. Construction of offshore breakwaters, groins to protect shorelines from coastal erosion. 6.4.6 Healthy and protected people.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BIH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Power generation efficiency improvement", + "Supply-side Efficiency: Power generation efficiency improvement: Cogeneration plants" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "to enact primary and secondary legislation aligning BiH legislation with EU acquis, including strategies, action plan, etc. for all sectors. to construct co-generation plants fuelled by wood chips and wood waste from wood processing industry, with the individual power generation capacity of several MW and the total power generation capacity of 70 MW, by 2030. to replace the existing thermal power plants with 30% average efficiency with new plants with approximately 40% average efficiency .", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Conditional part of the mitigation target for a given sectoral target", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Modernization of rural hydraulics through the promotion of modern pumping systems (electricity, solar and wind energy, modern fuels) in place of the human-powered pumping system in 1,000 rural localities and modernization of production systems agricultural and artisanal. f. Means of implementation. Cost estimates and assumptions used (a detailed investment plan will be produced in 2021). Actions. Costs. Source and hypotheses. Energy. Commission the Souapiti, Amaria and Koukoutamba dams for an installed capacity of 1,050 MW before 2025. 2,177 million USD. Ministry of Hydraulics.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Technology needs", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Efficient cookstoves", + "Renewable Energy", + "Renewable Energy: Hydro", + "Renewable Energy: Solar", + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": null, + "Context": "For the last two decades, micro-hydro, solar, biogas and improved cook stoves at the rural scale and in line with the National Rural and Renewable Energy Programme in the recent years. The Subsidy Delivery Mechanism for renewable energy was promoted since 2006 to ensure disbursement of subsidy in a cost effective and easy access manner in rural areas. Recently, the Government of Nepal has launched an initiative to promote solar energy, renewable energy technologies and energy-efficient technology in urban areas.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Technology needed for a given sectoral target", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Wastewater treatment" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Development of solid and liquid waste management facilities will strengthen local communities\u2019 coping capacities by ensuring clean and hygienic surroundings and by reducing the likelihood of health impacts to communities that could arise during floods due to the prevalence of unhygienic practices. Include housing infrastructure in new urban planning centres. Yet to be implemented. Medium term. Development of small or decentralized wastewater treatment systems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TCD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Funders for Sectoral Unconditional Actions", + "Implementing Agency for Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Food security", + "Disease surveillance and control", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Agriculture", + "Health", + "Environment" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The PARSAT with total funding of 36.2 million USD, co-funded by IFAD, GEF, ASAP and the Chadian government was put in place in 2015, for a period of 7 years. At a regional level, there are:. The Lake Chad basin sustainable development programme (PRODEBALT with funding from ADB). The nutrition and food insecurity resilience reinforcement programme in the Sahel (P2RS, based on African Development Funds amounting to 15 million USD).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The funders for sectoral unconditional actions", + "The agency responsible for implementing the sectoral unconditional actions", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Tourism: General" + ], + "SectorLabel": [ + "Tourism" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Organize the tourist territory with a focus on adaptation to climate change: well-connected streets, pedestrian walkways, well-maintained trails and bike lanes, tree planting with native species, among other measures. Define the tourist activity of the country under the framework of environmental, sociocultural and economic sustainability, with a focus on adaptation to climate change. Promote resilient tourist destinations: diversify the tourist offer of sun and beach to other segments such as adventure tourism, nature tourism, ecotourism and health tourism. 4.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "As per Law N\u00ba20.283 on Native Forest Recovery and Forest Promotion, and under the consideration that afforestation is undertaken in lands without vegetation, the substitution of native forests is not considered. Preference for forestry land29 and/or conservation priority areas,30considering degraded soils with active erosive processes, mass movement risks resulting from erosion and those not suitable for crop cultivation. In this context, they should prioritize:. Areas where afforestation contributes to the conservation and protection of lands, wetlands, basin headers, waterways and waterbodies.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Supply-side Efficiency", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Energy", + "Waste" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "In addition, the use of state-of-the art techniques like optical imagery, infra-red capabilities and Leak Detection and Repairs (LDAR) has allowed the UAE oil and gas sector to monitor and manage fugitive emissions across the value chain, and the sector continues to build on these successes. The UAE\u2019s oil and gas sector is also undertaking initiatives to power production facilities with cleaner energy, increase the efficiency of energy and water use, conserve freshwater resources, and recycle and re-use water. 2.4 Non-Energy Emission-Intensive Industries.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Action and priority" + ], + "SubSectorLabel": [ + "Waste management", + "Waste: General" + ], + "SectorLabel": [ + "Waste", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Modal shift programmes. 20% of all small transit vehicles are replaced with larger capacity buses by 2030, and 40% by 2040. The overall number of vehicles is reduced by 20% by 2030, and 40% by 2040. Waste: Improving waste management. Improve management of leachate from landfill. Reduce, re-use, recycle. Improving the waste collection system. Reduce the volume of leachate by 50% by 2030 from suitable landfill sites.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Adaptation action/priority", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Regulate the extraction of primary resources. South Sudan will regulate the extraction and use of primary sources to catalyse an adoption of waste recycling. Reduce supply of primary resources to increase demand for recycled or reused resources. Yet to be implemented. Medium to long term. Promote composting of organic waste. Large quantities of organic waste are generated in the country, for instance, food waste (29%) and wood waste (3.8%), which form a significant portion of municipal solid waste in Juba.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Gender" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Nepal is in the process of developing its National Adaptation Plan (NAP). Through this process, Nepal intends to implement medium and long-term adaptation needs, including urgent and immediate priorities. Key outputs of NAP include the following:. The NAP will be formulated by 2021. It will incorporate adaptation and resilience milestones to be achieved in the short-term (by 2025), medium-term (by 2030) and long-term (by 2050). By 2025, a Climate Information System will be established and operationalized.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KGZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General", + "Gender", + "Health services and assessment" + ], + "SectorLabel": [ + "Health", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Developing a health system development policy, taking into account adaptation to climate change, gender aspects and the interests of vulnerable groups. Measure 4.1.3. Improving the clinical regulatory framework for climate change adaptation of the healthcare system. 2. Strengthening climate resilience / resilience. Measure 4.2.1. Improving climate resilience of health infrastructure. Strengthened health system resilience to climate change impacts. 3. Reducing vulnerability to negative impacts of climate change impacts. Measure 4.3.1. Reducing the vulnerability of the population to diseases of the circulatory system and respiratory system.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Capacity building and scientific research for the generation of information related to agricultural production that is resilient to the effects of climate change. Generation of information to strengthen agroclimatic risk management, which allows early warning strategies to be established for extreme weather events.\u00a0**. Transversals to all sectors. Promotion of mechanisms, instruments and financial tools that allow managing resources for the implementation of adaptation actions against the impacts of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Sustainable management and rehabilitation of mining and oil exploitations. Area of former mining and petroleum operations rehabilitated/restored in accordance with the Environmental Management Plan (EMP). 0.09. Fight against bush fires. Area set aside;. Existence of monitoring systems and bush fire management plan. 0.11. Peatland mapping and assessment. Existence of peatland area rental map. 0.52. Waste. Improve access to waste management services. Strengthening the institutional and legal framework for waste management. Existence of legal texts regulating waste management. 37 Mt CO2e. 0.14.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Implementing Agency for Sectoral Conditonal Actions" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "In addition to the adaptation strategies mentioned in Jordan\u2019s Third National Communication (TNC) on climate change (please referee to the TNC to capture the adaptation priorities), the GoJ, through its strategic partners, mainly RSCN, Royal Botanic Garden, and IUCN-ROWA, intends to carry out the following actions that are envisaged to contribute to increase the adaptive capacity of the country\u2019s ecosystems to climate change, these are:. Conducting a comprehensive review of the National Network of Protected Areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The agency responsible for implementing the sectoral conditional action", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Strengthened monitoring of FCA. permits. Enhancement of timber legality. Promoting REDD+. Promoting downstream processing. Promoting the Painim Graun Planim Diwai. initiative and planting 10 million trees. initiative. Setting up detailed strategic action. plans based on scientific and socioeconomic. analysis. Summary of Targets. Overarching target in LULUCF sector: PNG will shift the upward trend of GHG emission in the AFOLU. sector due to the increase of deforestation and forest degradation to a downward trend in the next 10. years (by 2030).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Low Carbon Development Activity Commitment type 3.1 Establishing an enabling environment for Low Carbon Transition National GHG Inventory Timor-Leste will develop a robust national GHG inventory and enhance the collection and analysis of activity data and support the development of Timor- Leste\u2019s mitigation objectives. While the establishment of a robust national GHG inventory remains conditional on securing relevant technical support and financing, the commitment to create a national framework for the inventory is unconditional.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MUS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The planning process for climate change will be reinforced with the proposed introduction of a Climate Change Bill. Coordination of the INDC plans, programmes and projects for both adaptation and mitigation actions will be under the responsibility of MOESDDBM and will involve the participation of all stakeholders (Sectoral Ministries, Private Sector, CBOs/NGOs, Women\u2019s Organisations, etc.). With a view to optimising resources and capitalising on collaboration/information-sharing, MOESDDBM will coordinate implementation of its INDC with those of other IOC countries.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "1,000,000 efficient\u00a0wood-burning stoves (2021-2030). 2.29 Mt CO2 eq. Residential Forest. 28)\u00a0Reduction of GHG emissions from the use of substitute products for ozone-depleting substances (HFCs):\u00a0Includes the results of programs / projects / activities associated with the promotion of the replacement of HFCs by substances with lower warming potential global through:. NAMA for domestic refrigeration,. Promotion of Thermal Districts.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\u201cStrengthen coordination and consultation between government Ministries and Provincial governments to ensure that climate change funding via the government or NGOs support the implementation of this policy and includes provincial government, Honiara City Council and community representatives in the project cycle stages, and also ensuring that the requirements of the MNPDC are met.\u201d (p. 20)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Infrastructure", + "Sea-level rise protection", + "Early warning system", + "Sustainable urban planning", + "Coastal Zone: General", + "Disaster Risk Management (DRM): General", + "Buildings", + "Coastal management" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Water", + "Transport", + "Coastal Zone", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Planning process for all new developments, with associated improvements in the building codes and their rigorous enforcement ;. Building the resilience of communities. 70.00. Tourism/ Coastal Management. Implement Coastal rehabilitation and protection measures in criticalareas due to coastal erosion caused by SLR ;. Build Coastal resilience. Reduce vulnerability to flooding and landslide in critical areas ;. Strengthen the early warning System and capacity building In coastal areas;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Climate services", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Thus, it is projected for the five-year period 2020-2024, the promotion of the incorporation, mainstreaming of the environmental dimension in sectoral policies, ensuring the strategic management of climate change. Therefore, climate change management, and the NDC as part of it, contribute to comprehensive disaster risk management, environmental management, and climate change adaptation and mitigation, through systematic monitoring, early warning, and research.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Climate services", + "Water quality" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Seek to establish a systematized electronic database for storage and management of relevant water-related information as well as a framework for measuring, reporting and verification (MRV) to assess water-relevant data and to better evaluate performance in the sector;. Seek to build several new desalination and water pumping units. With progressive increase of RE penetration in the grid, overall energy costs are expected to reduce, decreasing also potable water supply and irrigation costs.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Climate services", + "Agriculture: General", + "Water efficiency", + "Coastal Zone: General", + "Watershed and river basin management", + "Fisheries and aquaculture", + "Capacity building and knowledge transfer", + "Livestock", + "Climate risk management", + "Climate smart agriculture", + "Water supply", + "Water conservation and reuse", + "Food security", + "Water management", + "Disaster Risk Management (DRM): General", + "Coastal management", + "Agroecology", + "Sea-level rise protection", + "Urban: General", + "Tourism: General", + "Irrigation", + "Water: General", + "Early warning system", + "Education: General", + "Crops", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Tourism", + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Coastal Zone", + "Education", + "Economy-wide", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Conduct fisheries and aquatic resources research to build resilience to climate change. 2030. 7.1 Assess climate impacts on fisheries and aquatic resources. 2025. 7.2 Develop reef monitoring systems to provide early warning alerts of bleaching events. 2025. 7.3 Identify adaptation measures in fisheries for ocean acidification related impacts. 2025. 7.4 Installation of artificial reefs where substrate for settlement of corals larvae is minimal. 2025. 7.5 Deployment of fish aggregating devices in identified areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Reduce 2.3% of current electricity consumption in 2030. MME. Building commercial. Other Industries. 8. Improve sustainability of charcoal production through enforcement of regulations. MME. Building residential. 9. Roadmap study on Integration of RE (Renewable Energy) resources. 25 % of renewable energy in the energy mix (solar, wind, hydro, biomass) by 2030. MME. Energy generation. 10. New sanitary landfills with LFG extraction and LFG extraction at the Dangkor Landfill.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LCA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "HFCs", + "LULUCF/Forestry: General", + "Industries: General", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Industries", + "Waste", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Secretariat of the National Water & Sewerage Commission toregulate water and wastewater operators activated in 2012. Pursuing a Waste Management Strategy that includes theconversion of waste to energy. Land-Use, Land-Use Change and Forestry. Conduct of a comprehensive forest inventory in 2009. Development of natural resource management plan for the north-east part of Saint Lucia [3]. Draft National Land Policy 2014. Industrial Processes. Approved hydrochloroflurocarbon (HCFCs) Phase Out Management Plan. Draft Code of Practice for Refrigeration and Air Conditioning Technicians. General.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NIC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector (3)", + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Water sanitation", + "Infrastructure and roads", + "Urban: General", + "Sustainable urban planning" + ], + "SectorLabel": [ + "Water", + "Transport", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Reduction of vulnerability in human settlements. Increase in the adaptive capacity of communities, through climate risk management in their infrastructure works. Measures for the development of infrastructure and drainage systems in the capital city and other Pacific cities of Nicaragua that are highly vulnerable to flooding. Infrastructure and human settlement. Reduction of vulnerability in human settlements. Increase in the adaptive capacity of communities, through climate risk management in their infrastructure works. Access to additional resources to implement adaptation measures in the road infrastructure network.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_3", + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "the increase and effective and efficient management of protected areas, particularly forests, to limit deforestation, wood harvesting and burning;. composting organic waste. 3. ADAPTATION. 3.1. Vulnerability. Projections obtained from the use of global climate models show an upward trend in temperatures as well as an increase in the number of hot days. The average annual temperature is thus expected to increase by 0.8 (RCP 2.6) to 2.1\u00b0C (RCP 8.5) by 2060 and by 1.2 (RCP 2.6) to 3.6\u00b0C (RCP 8.5) by here 2090.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Water sanitation", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Secure access to funding for climate resilience, in the interest of the development of agro-pastoral companies. Funding:\u00a0UNDP. Strategic Individual Sanitation Plan for the Dikhil Region. This Strategic Individual Sanitation Plan aims to identify improved, sustainable sanitation solutions for populations without access to a collective sanitation service (sewer system) in:. Rural settings that are scattered, often nomadic, or just beginning to settle down;. The district administrative centres of Ali Sabieh, Dikhil, Arta-Wea, Tadjourah and Obock;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "LULUCF/Forestry: General", + "Afforestation" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "-. -. Promote awareness and a good understanding of climate change and how the forestry sector can make a positive contribution;. Implement planting of new forest areas adapted to the impacts of climate change and capable of effective carbon sequestration and biodiversity conservation;. -. Implement planting of protection forest belts (buffer zones) for agricultural land and water protection, along with those for the anti-erosion purposes;. -. Promote the protection and conservation of existing woodland;. -.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Electrify the vehicles fleet with a priority for public, collective, high-passenger load, duty and commercial vehicles over private, individual, low-passenger load vehicles, so as to make this mobility shift socially inclusive and create public adherence and local jobs;. By 2050, fully replace all residual thermal vehicles (gasoline/diesel) for Electric Vehicles (EV);. Implement the NAMA \u201cPromotion of EV in Cabo Verde\" and the Electric Mobility Action Plan involving:By 2025, establish the procurement rules for the acquisition of 100% EV by institutional entities and have at least 50% of EV in the new acquisition of urban collective transport (see table 5 below);.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of the mitigation target for a given sectoral target", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MUS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Infrastructure and roads" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "However, the costs of such adaptation measures are so exorbitant that Mauritius can only achieve its targets if financial support in terms of grant and technical support from partners is made available to enable it to implement the plans to protect life and property and mitigate any propensity of migration of its population. Sector. Priority Adaptation Actions. Infrastructure. Protection of infrastructure will be enhanced against climate change calamities. Disaster Risk Reduction Strategy.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "In the long term, the government will focus on gradually phasing out the use of petroleum products in the country, replacing them with alternative sources of energy. Use of fuels such as biofuels, refuse- derived fuel, solar and wind to replace fossil fuel in various sectors (e.g., industry, construction, hotels and restaurants). Yet to be implemented. Long term. 7.12.3.2 Adaptation. The following table showcases adaptation actions that will be taken up in order to build resilience in the petroleum sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Transportation Infrastructure" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Extension of the tramway, which provides a solution of choice in the transport of Casablanca. 204.5. 19.0. 1,600.0. 35. Improved environmental standards for vehicles. 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(4) Energy efficiency Cook-stoves. To increase the number of energy efficient cook-stoves disseminated in order to reduce the amount of fuel wood used for cooking.Indicative goal: To distribute approximately 260,000 cookstoves between 2016 and 2031.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Wetlands", + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Carbon sinks (LULUCF): The Republic of Korea will maintain and improve its carbon sinks with sustainable forest management, conservation and restoration and increase forestlands by greening urban spaces. Other options include creating new coastal and inland wetlands as well as vegetation in waterfront areas. The Republic of Korea plans to use voluntary cooperation under Article 6 of the Paris Agreement as a complementary measure to its domestic mitigation efforts including LULUCF to achieve its target. 4. Adaptation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Women s. Affairs. (MOWA). -Mainstreaming. Gender and. Climate Change. Strategic Plan. 2014-2023. -Neary Ratanak V,. MoWA. -GCCC 5 years. plan, MoWA. Builds effectively and optimize of capacity for members of GCCC and sectoral ministries on Gender analysis, gender responsive and NDC. Baseline: 3 training session conducted witd 357 persons, including 189 (53%) women. Targets: 20 members of GCCC and 24 officers from sectoral. Ministries developed capacity on Gender analysis, gender responsive and NDC in 2025. this activity target only gender and NDC.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "A 250 MW pumped storage hydropower project is also being developed in the Hatta mountains in Dubai wherein water will be pumped to an upper reservoir when surplus solar power is available; the stored water will then be used to generate electricity to meet demand during evening peak hours or when needed. 2.2 Power \u2013 Demand. 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Medium to long term.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Adapting to climate change through climate-resilient health facilities in Rakhine state, and Ayeyarwady, Bago, Mandalay and Sagaing regions. Supporting intensive care units in hospitals to treat heat-related disorders. Integrating climate adaptation strategies into the prevention and control of diarrheal diseases and control of malaria and dengue hemorrhagic fever. Building capacity of the health sector to determine direct and indirect impacts of climate change on the transmission of current and emerging diseases. Adapting to climate change through integrated plague and rodent control strategies. 4.2.5.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Land and soil management", + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Mitigation:AFOLU. Adjustment:Biodiversity. Water resources. Solid waste. Health. Sanitation. Description of the goal. 2.1.1. A. Goal based on number of practices. Increase in the number of practices from a baseline of practices that are already applied in 2017, to a scenario of more practices in 2025. Implementation framework.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MLI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Renewable energy", + "Energy efficiency", + "Crops" + ], + "SectorLabel": [ + "Agriculture", + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "of the development of renewable energies and Energy Efficiency, aiming to install more than 100 MW of renewable energy (objective: to reach the target of 10% of the energy mix on the horizon 2020, by developing photovoltaic inertia, wind, the small hydropower and biomass energy). 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The UK Environment Act 2021 further provides the powers to significantly change the way that waste is managed and take forward a number of the proposals from the Resources and Waste Strategy and the Net Zero Strategy.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Gas" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "For example, in December 2014 the Government of Canada announced our intent to regulate hydrofluorocarbons (HFCs), the fastest growing greenhouse gases globally. Canada intends to develop regulations to address methane emissions from the oil and gas sector, as well as greenhouse gas emissions from natural gas fired electricity, chemicals and nitrogen fertilizers through our responsible sector-by-sector regulatory approach that ensures Canada\u2019s economic competitiveness is protected.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "STP", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Livestock", + "Climate smart agriculture", + "Sustainable land management", + "Coastal management", + "Sustainable forest management", + "Crops" + ], + "SectorLabel": [ + "Agriculture", + "Coastal Zone", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Develop scientific and technical research on adaptation of new productive crop varieties with a broad spectrum of tolerance to adverse climate impacts by 2030;. III. Promote forestry / planting of species resistant to dry and low rainfall by 2030;. IV. Improve pasture with grazing selection by applying rotation management of the of plots by 2030;. V. Increase the resilience to erosion and maritime, river and storm flooding of coastal areas through improved Coastal Protection for vulnerable communities;. VI.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure", + "Water supply", + "Water sanitation", + "Water: General", + "Pollution control" + ], + "SectorLabel": [ + "Water", + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Control Invasive Alien plant species and pollution in catchments to protect water resources (quality and quantity). Design and construct water storage infrastructure for multiple use i.e., large dams, earth dams, sand dams etc. Enhance Water supply, Sanitation and Hygiene (WASH) Sector contribution to sustain healthy livelihoods. Create an enabling environment for the governance of WASH activities to promote resilience against climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Disaster preparedness" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Rwanda will implement the following community based DRR activities: improved farming techniques that mitigate flood and landslide impacts; first aid training; and environmental and public health awareness for disease prevention, particularly following flood and storm episodes. In order to reduce locally-specific hazards, relocation from high risk zones is considered as one of the strategic actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector (3)", + "Adapt Now sector", + "Adapt Now sector (2)", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Watershed and river basin management", + "Land and soil management", + "Sustainable urban planning", + "Disaster Risk Management (DRM): General", + "Water: General", + "Buildings" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Transport", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Promoting access to community markets by improving climate resilience of infrastructure and transport through the rehabilitation and development of critical road and transport infrastructure;. Establishing food processing and preservation plants close to communities and markets;. Improving long term planning and management through development of national and sub-national land use policies and plans for crop and livestock production; management of agro\u2013pastoral infrastructure and control of transhumances; enrichment and management of rangelands and appropriate farm mechanization and establishing irrigation schemes.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_3", + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General", + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Poor sanitation and groundwater contamination also increase the chance of spreading water borne diseases. Facilitate integration of climate change into the national health systems to ensure sustainable and climate resilient adaptation measures. Enhance the institutional and human capacity to implement the existing vector surveillance programs covering all islands to address the emergence and re-emergence of such diseases and in implementing adequate food safety measures. Strengthen the existing legal frameworks to address national vector control and implementation of food safety policies and standards.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ATG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Upstream policies on", + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Wetlands", + "Recycling, Reuse, Reduce", + "Transportation Fuels", + "Conservation" + ], + "SectorLabel": [ + "Transport", + "Waste", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "b) Ban on the importation of new internal combustion engine vehicles (with an indicative start year of 2025). 2030. c) 100% of government vehicles will be electric vehicles. 2035. d) Establish efficiency standards for the importation of all vehicles. 2020. 2015. Conditional. 4. Waste. a) Circular economy policy and regulations agreed on. 2025. 2021. Conditional. 5. Agriculture, Forestry and Other Land Use. a) All remaining wetlands, watershed areas, and seagrass bed areas with carbon sequestration potential are protected as carbon sinks. 2030. 2015.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Conditional part of mitigation target for a given sectoral upstream policy", + "Conditional part of the mitigation target for a given sectoral target", + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans", + "Targets at the sectoral level" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Conservation", + "Reforestation", + "Sustainable Forest Management", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "By 2030, commit to afforestation of 7 000 hectares with diverse, resilient, adapted species;. By 2030, commit to reforestation of 3 000 hectares with diverse, resilient, adapted species;. By 2025, deliminate priority areas, accounting for 6 000 hectares, which contribute to the conservation and protection of soils, wetlands, headwaters, ribeiras and water bodies and verify compatibility with other land uses;. Elaborate forest management plans and forest fire prevention plans in Maio, Santo Ant\u00e3o, Fogo, Santiago and Boavista islands;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of the mitigation target for a given sectoral target", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Aviation", + "Maritime" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"While the emissions pathways analyzed focus on domestic emissions reduction, the United States is also exploring ways to support decarbonization of international maritime and aviation energy use through domestic action as well as through the International Maritime Organization (IMO) and International Civil Aviation Organization (ICAO).\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sea-level rise protection", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Coastal Zone", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Malaysia utilises the Coastal Vulnerability Index associated with SLR, as an essential indicator to evaluate the vulnerability and risk levels of shoreline. This will be embedded in mapping out vulnerability assessment of different socio- economic segments. Efforts will be focused on intensification of developing coastline SLR-based inundation maps. Malaysia focuses on increasing coastal resilience against the impacts of SLR and management of storm surge impacted areas through rehabilitation and protection programs. Adoption of nature-based solutions and green-gray infrastructures will be continuously promoted.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "AFG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation", + "Sectoral Conditional Actions", + "Capacity Building Needs for Sectoral Implementation", + "Action and priority" + ], + "SubSectorLabel": [ + "Land degradation", + "Renewable energy" + ], + "SectorLabel": [ + "Energy", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Technology transfer of renewable energy and sustainable energy. National centre for sustainable energy strengthened and expanded. Combine public and private competencies. 0.105 Billion. Regeneration of at least 40% of existing degraded forests and rangeland areas (the area covered will be approximately 232,050 ha for forestry; and 5.35 million ha for rangelands). Forestry and rangeland management tools and methods transferred to Afghanistan. Practitioners group built in university, government and local delivery levels. 2.5 Billion. TOTAL FINANCIAL RESOURCES NEEDED:. 10.785 Billion. 3. Climate Change Mitigation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level", + "Technology transfer needs for sectoral implementation", + "Capacity building needs for Sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Solid Waste", + "Industries: General" + ], + "SectorLabel": [ + "Industries", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Industrial Processes and Product Use (IPPU): Sierra Leone will regulate IPPUs by domesticating the Kigali Amendment to the Montreal Protocol, enforcing requirements under Environmental Assessments conducted by industry players, conducting energy audits and setting performance standards for energy efficiency and waste management. Waste: Sierra Leone commits to waste mitigation by increased access to solid waste management infrastructure, to reduce emissions from treatment, transportation, and disposal.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Transportation Fuels", + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "(Link to Waste sector). TRANSPORT. Mitigation Targets. In the Transport sector,3 Liberia commits to reducing GHG emissions by 15.1% below BAU levels by 2030:4. Reduction of 16.9 GgCO2e in 2030 by the introduction of electric vehicles with focus on kekehs (for private use);. Reduction of 32.3 GgCO2e in 2030 by supporting the transformation of National Transit Authority (NTA) buses and private vehicles (cars and taxis) to Compressed Natural Gas (CNG); by 2030. Mitigation Actions and Policy Measures. Financial measures through:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The National Plan of the Fatherland, Second Socialist Plan of Economic and Social Development of the Nation, 2013-2019, adopted as a National Law in 2013, expresses the will to transform the country and contribute to saving life on the planet towards a just and sustainable world; organized on democratic international bases and institutions.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"\"Introduce Circular Economy concept to selected industrial sub-sectors and selected industrial zones 4.1 Conduct a survey to identify and determine the potential subsectors to implement the circular economy concept 4.2 Introduce the life cycle approach for selected subsectors for greening the supply chain 4.3 Practice industrial symbiosis concept in selected industrial parks and industrial sub-sectors 4.4 Establish a pilot project on the zero-waste concept in selected industrial parks or industrial subsectors 4.5 Adopt ISO standards for the circular economy concept (ISO/TC 323) 4.6 Build industry capacity to adopt the circular economy concept\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The framework will help provide a basis for a more coordinated approach within and among different levels of government for climate-resilient development. Sub-national adaptation planning capacity will be strengthened, leading to the formation of adaptation strategies and plans aligned with NAP that will facilitate local level adaptation and mainstream adaptation into sector -level policies at the sub-national level.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Food security" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "National Program for Food Security (Programa Nacional para Seguran\u0447a Alimentar). Strategy document that provides for adaptation-related actions in the agriculture and fishery sectors. Proposed measures. Based on the analysis already carried-out during the NAPA process, Cabo Verde now seeks international support to further develop the necessary strategies and national policies to establish an integrated framework that increases the country\u2019s overall adaptive capacity, as well as the level of resilience of those most vulnerable to climatic variability and climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ETH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "In this context, substantial investments are already being made, including the construction and operationalization of the Ethiopian Grand Renaissance Dam (GERD), amounting to USD 4 Billion generated from domestic sources. Ethiopia\u2019s greatest emission reduction potential is in the agriculture and forestry sectors, constituting 85% of emissions in 2010. Therefore, one of the priority initiatives under the CRGE is the use of more efficient stoves, amounting to an emissions reduction rate of 50 MtCO2e per year by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "It is planned to take action in the following components: the National Integrated Forest Information System (SINIB), which has the expected results of 4,465,909 monitored and evaluated forest ecosystems, as well as: (a) complementing the national forest inventory with improved thematic products on biodiversity and GIS; (b) strengthening the processing of geo-spatial and socio-economic information; and (c) participatory monitoring of forest cover.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Infrastructure and roads", + "Water: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Health", + "Transport", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Improved access to communication (roads and ICT) and opening up of vulnerable rural areas. Number of households with access to information. Improved quality of life. 0.32. 2021-2030. Health. Facilitate access to health services and improve quality of life. Construction/rehabilitation and equipment of health facilities. Number of health facilities built, rehabilitated or equipped. Improved health. 0.92. 2021-2030. Strengthening of human and institutional capacities and facilitation of access of vulnerable populations to basic health services. Number of people with access to basic health services.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar", + "Energy efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Provision of laboratories and equipment for data collection and analysis. 2,000,000. Finance, technology, capacity. Building. Fish catch. Fish packaging/preservation industry. 1,000,000. Finance, technology, capacity building. Energy (West Bank). Domestic/local energy production. Generation of solar electricity for medium-large scale commercial and industrial application. 99,548,000. Finance, capacity building. Energy imports. Use of renewable energy such as solar to reduce imported energy. 106,048,000. Finance, capacity building. Domestic/local energy production. Implement energy efficiency measures to reduce consumption, mainly for commercial and industrial application. 10,500,000. Finance, technology, capacity building.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Power system planning", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strategic line of information for adaptation: By 2025, have an updated climate risk analysis methodology,\u00a0together with a strategy to update periodically at the national and business levels. Transversal - information. Mines and energy. 10. Strategic line for environmental management: By 2025, have an adaptation project based on ecosystems for the electricity sector that helps companies in the sector ensure compliance with their strategic objectives. Industry, commerce and tourism. 11.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Supply-side Efficiency", + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Promote farm biogas units as a means to recover nutrients and improve soils, facilitate farm hygiene and health, substitute wood or fossil gas for cooking or electricity for lighting;. Modernise and strengthen the electricity transmission and distribution networks;. Accelerate smart grid development and mass use of smart meters;. Enhance energy efficient public lighting, appliances, buildings and develop specialised loan/credit products for energy saving or energy efficient companies and investments such as solar water heaters, air conditioners, buildings and isolation materials, EE appliances etc;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Transport: General", + "Clean Cooking and Heating: Efficient cookstoves", + "Afforestation" + ], + "SectorLabel": [ + "Energy", + "Transport", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The third program consists of afforestation of marginal areas around cities with the aim of ensuring the production and sustainable use of firewood through improved stoves. D. Transport: two mitigation levers contributing 27 to 37 Mt CO2e (McKinsey et al., 2009) to the total mitigation potential will focus on improving urban and interurban public transport while developing transport master plans and the promotion of multimodal transport for passengers and goods. E. Waste management: two mitigation levers contributing 37 Mt CO2e (McKinsey et al., 2009) to the total mitigation potential will focus on improving urban and interurban public transport while developing transport master plans and the promotion of multimodal transport for passengers and goods.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"China will stay committed to the new vision of innovative, coordinated, green, open, and shared development. The target and requirements of carbon peak and carbon neutrality will be integrated into mid-term and long-term planning for socio-economic development. Support and safeguard to national development planning, territorial development planning, special planning, regional planning and local planning at all levels will be strengthened, together with the consolidated coordination and coherence between multilevel and various plannings. Layouts of major productivity, major infrastructure and public resources will be constantly optimized, and a new pattern of territorial development and protection conducive to carbon peak and carbon neutrality will be shaped. During the implementation of regional significant strategies, the orientation and task requirements of green and low-carbon development will be reinforced. China will vigorously promote energy conservation and emission reduction, propel clean production across the board, and expedite the development of circular economy, consistently uplifting the level of green and low-carbon development. In the meantime, China will expand the supply and consumption of green and low-carbon products, and advocate green and low-carbon lifestyles. Green and low-carbon development will be included in the national education system. Demonstrations of green and low-carbon social actions will be initiated. Public consensus will cohere and a favorable pattern of public participation will be speedily forged.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Solid Waste" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "GHG emission reductions due to avoidance of anaerobic decomposition of organic waste in landfills & dumpsites. 1.12 MtCO2e or 1 MtCO2e in case action #2 composting is implemented in 2030. Dangkor Landfill potential is around 0.14 to 0.16 MtCO2e /year in 2020. This action aims to increase the share of waste disposed at sanitary landfills with LFG extraction from 0% in 2020 to 50% by 2030 and extract LFG from the Dangkor Landfill. Reduced fire hazard. Decrease risk of collapse. Odour control.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "SIDS : Small Island Developing States;. PGIES : Integrated Ecosystem Management Project;. GDP : Gross Domestic Product;. PIUP : Industrial Processes and Product Use;. LDCs : Least Developed Countries;. PNA : National Plan for Adaptation to Climate Change;. PNGD : National Waste Management Program;. PRACAS : Senegalese Agricultural Cadence Acceleration Program;. PSE : Plan Senegal Emergent;. RCP : Representative Concentration Trajectories - Representative Concentration Pathways;. RNA : Assisted Natural Regeneration;. SRI : Intensive Rice Cultivation System;. CO 2 : Carbon dioxide. CH 4 : Methane;.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Line 9 - Incorporate climate adaptation into public investment: By 2030, the country will apply general guidelines for climate change risk evaluation for technical and administrative decisions applied throughout the lifecycle of infrastructure projects, in order to protect infrastructure, ensure the continuity of services, and contribute to the resilience of populations and communities (79).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Disaster preparedness", + "Economy-wide: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Strategy 10: Create enabling environment for the resilience of private sector investment, demonstrate an operational business case. Strategy 11: Integrate climate change adaptation into the mining/extractive sector. Strategy 12: Mainstream climate adaptation in land reforms. The Loss and Damage Component of the INDC. These priority actions include:. Adopt the current Disaster Risks Reduction Policy into a comprehensive Climate Policy;. Establish the enabling legislative framework to implement the DMD policy and action plan;.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Transportation Fuels" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "This target is to be achieved by implementing the following measures:. 70% of electricity generated from renewable sources,. 2% efficiency gain per year for newly purchased light duty vehicles. Limit growth in grid-connected residential electricity end-use to 1% per year on average for the period 2021-2030 by adopting minimum energy performance standards for appliances, lighting, and electrical equipment. 3.1.2 Overview of measures and requirements to achieve targets.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate risk management", + "Climate smart agriculture", + "Disaster preparedness", + "Disaster Risk Management (DRM): General", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The prioritised programmes are presented in Table 2 below. Table 2: Prioritized Adaptation Programs. Sector. Adaptation Programme. Disaster risk reduction. PI : Drought risk management including drought early warning, preparedness, and response for enhanced drought resilience. P2: Flood risk management incorporating nature based solutions. Agriculture (crops, livestock and fisheries). P3: Mainstream CSA towards increased productivity through value chain approach to support the transformation of agriculture (crops, livestock and fisheries) into an innovative, commercially oriented, competitive and modern sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Education: General" + ], + "SectorLabel": [ + "Agriculture", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Roll out a \u201cWomen in Agriculture\u201d program with 4 training sessions per year (with at least 45 women trained per year) to support implementation of climate-resilient agricultural and livestock practices and increase women\u2019s access to agricultural inputs and labor-saving devices by 2025", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Tourism: General" + ], + "SectorLabel": [ + "Tourism" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Carbon sequestration and other ecosystem services, saving energy use in lightning and climatization. More resources available to mitigation. \u2714. \u2714. \u2714. Membership of the Climate Change Crisis Committee and enhancement of tourism facility designs, planning and compliance to environmental and climate resilient regulations standards. Department of Tourism. Ministry of Transport and Public Works. US$ 36 million. uc: US$ 18m c: US$ 18m. Carbon sequestration and other ecosystem services, saving energy use in lightning and climatization. More resources available to mitigation. \u2714. \u2714. \u2714.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Better use of alpine pastures, during summer especially for fattening animals to avoid overgrazing near villages. High. Medium. Medium. Medium. Medium. Medium. Increasing livestock mobility, traditional strategy of transhumant herders; in winter period from mountainous regions to low land regions and vice versa during summer time. High. Medium. Medium. High. High. Medium. Applying agroforestry as an intergrated approuch for extensive grazinfg system of livestock. High. High. High. High. High. High. Diversification of farm animal species because they exploit different feed resources.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Tourism" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Promote sustainable tourism projects in islands/areas that are currently out of tourism development areas. To accomplish this, it is proposed to support interested municipalities and rural communities to develop responsible tourism plans, with features that allow them to rehabilitate cultural and architectural heritage, typical houses and landscapes, set up handicraft stores, propose cultural performances. Overall tourism revenue will be redistributed to all islands and reinvested into the climate prepardness of all local communities;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Sea-level rise protection" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Malaysia has about 5267km of coastline and 29% of these faces erosion problems. As part of the solution towards coastal erosion, both hard and soft engineering approaches had been implemented. For the longer term, Integrate Shoreline Management Plans (ISMPs) have been developed and implemented for specific areas. In addition, a National Coastal Vulnerability Index to sea-level rise is being developed.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Livestock", + "Climate smart agriculture", + "Disease surveillance and control", + "Early warning system" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Health", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Agriculture and Livestock100% of farmers use techniques and varieties adapted to changing climate change;100% of farmers have a water management system adapted to changing climate change;The country benefits from an early warning system and effective intervention capable of intervening throughout the territory in case of emergence of new bovine or goat disease. HealthMalaria is eradicated from the island;The country benefits from an alert system. early intervention and effective intervention able to intervene throughout the territory in case of emergence of new vector disease.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Disaster preparedness" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "For the energy sector, renewable energy such as hydropower, solar photovoltaic (PV), wind, and biomass also have potential as alternative sources of energy to reduce the use of fossil- fuel based energy production. Total renewable energy potential for Timor-Leste is 450 MW, including 352 MW from hydropower, 72 MW from wind, 22 MW from solar and 6 MW from biomass/waste sources.15.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Transportation Fuels", + "Renewable Energy", + "Demand-side Efficiency: Buildings", + "LULUCF/Forestry: General", + "Energy Efficiency", + "Wastewater", + "Agriculture: General", + "Solid Waste" + ], + "SectorLabel": [ + "Waste", + "Agriculture", + "Transport", + "LULUCF/Forestry", + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "CDN reduction. 5,09. 7,03. %. CDN + reduction. 23,78. 29,53. Figure 8: Global emissions trajectory. The contribution will be implemented mainly by:. Increasing carbon sequestration, through the implementation of projects related to the agriculture and forestry sectors;. Energy transition with the integration of renewable energies and the strengthening of energy efficiency in electricity production, in the industrial, transport and residential / tertiary sectors;. Improving the management of solid and liquid waste;. Improvement of industrial processes. The activities presented in this report are not exhaustive.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target", + "Targets", + "Capacity Building Needs for Sectoral Implementation", + "Technology Transfer Needs for Sectoral Implementation", + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Land degradation", + "Reforestation", + "Sustainable forest management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "-To build capacity of community forestry groups to conduct modern technologies for forest seedlings and tree plantations. -To introduce technology to plant seedlings. 11.0. -To reduce forest degradation rate. -To reduce forest degradation rate caused by human activities, fires, insects and diseases. -To set up fully equipped stations fighting forest fires and insects outburst and capacity building. -To use airplanes to fight against fires-To introduce biological technologies against insects and pests. 13.0. -To improve effectiveness of forest management.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level", + "Measurable targets or indicators", + "Adaptation targets/ objectives at the sectoral level", + "Technology transfer needs for sectoral implementation", + "Capacity building needs for Sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\u201cBy 2025, training in the implementation of this manual is achieved for sugarcane producers who manage 60% of the cultivated areas in that year, that is, at least 50,000 ha. The training includes the application of the following areas of the manual of good practices: planting, aerial applications, nutrition, integrated pest management, irrigation, environment, harvest, occupational health and safety, and climate change.\u201d (p. 66)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Protect and restore water channels in priority sub-basins for the generation of hydroelectric energy. Lines of Action to 2030. Gaps and Needs to 2030. Promote the development of projects for the restoration and reforestation of waterways and priority sub-basins, based on agreements between the National Forest Institute (INFONA), MADES, Hydroelectric Power Plants, and other cooperations. Promote the channeling and increase of investments for forest restoration and reforestation projects in priority areas of water recharge for the generation of hydropower.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SAU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Urban Transport" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The Kingdom is taking actions to develop mass transport systems in urban areas such as the development of the metro and bus network in Riyadh, Jeddah and Dammam, which will provide significant sustainability, environmental and public health benefits. The Kingdom already started construction of metro in Riyadh and in the process of making it operational. The newly built Riyadh metro and bus network will save thousands of car journeys and liters of fuel daily.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "As viable mitigation options, enhancing treatment methods for livestock excreta or turning them into energy sources as well as introducing forage that contributes to lower methane emissions are being explored in livestock farming. The Korean government is aiming to adopt highly-efficient facilities to consume less energy in this sector. Waste: The Republic of Korea\u2019s waste management policy focuses on reducing waste generation while increasing recycling.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Security Agriculture and Food Security in Malaysia: \u201cThe conservation of more major granary areas and expansion of future inland and coastal flood risk assessments on agricultural lands will be implemented to ensure the efficiency of food productivity and raise the self-sufficiency levels. Good and efficient agricultural practices will be further implemented in order to secure continuous agriculture and food supply. These can be achieved through the promotion of smart farming technologies and the implementation of diversification and integrated management.\u201d (p. 11)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Buildings: General", + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Buildings", + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Gradual shift towards the use of cleaner energy technologies, such as LPG, efficient cook-stoves, among others to reduce the amount of fuel-wood used for cooking. Leapfrog to low global warming potential refrigerants. To disseminate efficient stoves to reach a penetration rate of 30% in 2030;. To reduce progressively the use of wood for heating in order to reach 10% by 2030;. Replacement of fuel-wood with LPG at the rate of 10% a year from 2020 to 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Adoption and implementation of 100% of the Plans for the Management and Integrated Management of Coastal Environmental Units (POMIUAC) with ecosystem-based adaptation actions (EbA) on mangroves and seagrasses, and other coastal ecosystems. Six (6) climate change adaptation and risk management initiatives for the sustainable use of mangroves (blue carbon ecosystem) in implementation, with a deadline of 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Reforestation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Develop rangelands in a way that will combat desertification, enhance livestock farmers\u2019 income and protect biodiversity. 70. 0.582. 21. Afforestation and Reforestation Program 2010\u20132030. Afforestation and deforestation over 40,000 hectares between 2010 and 2030 to combat deforestation, the loss of water resources, animal, plant and land biodiversity. Protect upstream river basins against silting and water erosion. 2,290. 28.358. 22. Program Combatting Silting 2010\u20132030. Stabilization of dunes by planting vegetation between 2010 and 2030 (500 hectares per year) to combat silting and desertification. 82.4. 0.909. 23.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Climate services", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Integral to the policy is the planning process which links national, island, and community planning (under Objective 1: Mainstreaming) with action (under Objective 4: Resilience Building Actions). The mechanism for implementation will be through a new Joint National Action Plan for Climate Change Adaptation and Disaster Risk Reduction (JNAP), along with all other plans (at sector, island, and community level) that are fully aligned with the goal and targets of the policy.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Climate risk management", + "Climate services", + "Gender", + "Disaster Risk Management (DRM): General", + "Early warning system" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development", + "Disaster Risk Management (DRM)", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Progress and results in adaptation. Related to adaptation efforts, RD has its National Adaptation Plan for Climate Change in the Dominican Republic 2015-2030 (PNACC-RD). 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In this context, it is worth noting that the Ministry of Agriculture (MINAGRI), through the National Forest Corporation (CONAF) has been working since 2013 in a National Strategy for Climate Change and Vegetation Resources (ENCCRV), which is a public policy instrument validated by the Council of Ministers for Sustainability.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on", + "Capacity building needed for a given sectoral upstream policy" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "By 2025, institutional mechanisms will be established and/or operationalized including Environment Protection and Climate Change Management National Council, Inter-Ministerial Climate Change Coordination Committee (IMCCCC), thematic and cross-cutting working groups (TWGs/CWGs), Climate Change Research Centre, Provincial Climate Change Coordination Committee and local level institutional structures.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Power system planning" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "A second phase of this program focuses on linking this energy to the national interconnected system. The introduction of an installed capacity of electric generation from hydroelectric plants of 2,828 MW additional to the BAU in the first scenario and an extra 4,382 MW in the second, dependent upon international circumstances. Adaptation measures in the energy sector will contribute to the implementation of electric infrastructure strategies that address extreme climate change events attributed to climate variability.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Organic input agriculture and bio-slurry; and deep placement fertilizer technology. MAFF. Reduction of chemical fertilizer utilization, contribution to mitigate the greenhouse gases, reduce production cost and pollution, and soil improvement. Promote fodder production to improve high nutrient rich and high-quality forage feed value agriculture by-products technology to support cattle production. MAFF. Increase soil organic carbon, Enhanced adoption by farmers of improved fodder technology has significantly increased animals\u2019 production and household income. Promote manure Management through compost making process to reduce carbon emission. MAFF.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Grid/energy loss reduction", + "Renewable Energy", + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Table 4: Key Sectorial Strategies and Targets for the Implementation of Lesotho\u2019s Mitigation Contribution. Sector. Key Mitigation Activities. Targets. Energy (Electricity). Policy/Strategy Document: (Energy Policy 2015 \u2013 2025). Continued development of hydropower resources, particularly in terms of advancing technical design and sourcing funding for development of identified sites;. Design and implementation of demand-side management techniques to encourage better use of existing distribution infrastructure, and reduce peak demand. Improving distribution efficiency of the power system through measures to reduce transmission and distribution losses.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "WSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy", + "Supply-side Efficiency: Grid/energy loss reduction" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "\u25aa Reduce GHG emissions in the energy sector by 30 percent in 2030 compared to 2007 levels (or by 53 Gg CO2e compared to the new reference year levels once the GHG emissions inventory is updated)48. Electricity. Reach 100 percent renewable electricity generation by 2025. Implement and monitor energy efficiency programs. Implement grid stabilization and network loss reduction programs. Samoa will need external financial support to reach its renewable electricity target.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "3,250,000. 3,300,00. Standards and criteria of center of excellence. Target: 25% of all new. course spaces are allocated. to women. Develop gender safeguard guidance and best practice for climate change. Engage youth in all aspects including research, curriculum, etc.\u2026. Engage private universities to be centers. 4, 5, 13. 23. Conduct training for education officials on climate change e.g. as a required component of teacher training. Education. Ministry of. Education,. youth and. Sport. (MOEYS). Cambodia. National. Adaptation Plan. Financing. Framework and. Implementation Plan for MoEYS, p24.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Energy: General", + "Livestock", + "Transportation Fuels", + "Fertilizers", + "Agriculture: General", + "Solid Waste", + "Public Transport", + "Transport: General" + ], + "SectorLabel": [ + "Agriculture", + "Energy", + "Transport", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "A national Energy Efficiency and Renewable Energy Programme 2021-2030, which will define new sectoral targets8;. Transport Strategy: increased efficiency of public transport, use of renewable energy, stimulation and support in uptake of electric vehicles;. Agriculture strategy (2020-2030)9: improved nitrogen fertilizer management and development of organic farming, sustainable intensification of animal breeding through improved species, breeds, improved irrigation system, promotion of digital agriculture and technological innovation;. Solid Waste Management System Development Strategy for 2017-203610;.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Gender", + "Awareness raising and behavior change", + "Health: General", + "Early warning system", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Health", + "Social Development", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Establishing a multi-hazard early warning system to trigger prompt public health intervention when certain variables exceed a defined threshold. Enhance adaptive capacity in the health sector through. Financing health actions to address inequities and climate related vulnerabilities. Promoting capacity building through research and development, education and awareness, and training in climate change related issues. Mainstreaming gender responsive climate policies and emphasize special efforts to support vulnerable groups (women, youth, and children) in climate change adaptation efforts within all sectors of the economy and.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MUS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Coastal management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Establishing an integrated framework for the management of fisheries founded on the Blue Economy concept, which includes coastal zone management and marine biodiversity conservation. Fostering an integrated approach combining the goals and targets for the fisheries and tourism sectors with the coastal zone management sector, and additionally with the marine biodiversity sector. Developing and implementing an integrated approach which combines tourism, biodiversity, forestry and agricultural sectors with the coastal zone management.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Implementing Agency for Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "In addition, there was a plan to construct the Bardheere Dam upstream of the Fanoole Dam, which was interrupted by the civil conflict. In addition, there are considerable renewable energy potential throughout Somalia as indicated by a recent report of Federal Government of Somalia (FGS) and the African Development Bank (AfDB), (FGS, AfDB, 2015). The solar energy potential ranges from 5 to 7 kWh/day with over 310 sunny days in a year, which amounts to 2500 to 3000 hours of sunshine per annum. 1.6.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The agency responsible for implementing the sectoral unconditional actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Mangroves", + "Coastal fisheries", + "Water management", + "Conservation", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Water", + "Environment", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Fiji will undertake measures under a comprehensive and integrated water resource management approach to conserve and enhance the productivity of its freshwater sources and ensure their judicious and equitable use. Fiji will prioritize the conservation and protection of its marine biodiversity and critical ocean ecosystems. This would include measures for promoting sustainable fishing practices, coastal protection, preservation, and enhancement of its mangroves, and engaging with coastal communities to promote sustainable practices and livelihoods.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy: Hydro", + "Renewable Energy: Biofuels", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Expected cumulative reduction in emissions through hydropower projects by 2,514Gg CO2 until 2030 or 168Gg CO2 per year.Expected cumulative reduction in emission by enhancement of the grid infrastructure would be in the range of 160- 273Gg CO2e until 2030.Expected cumulative reduction in emissions from solar PV projects would be around 518Gg CO2 until 2030.Cumulative reduction in emissions from bagasse would be 947Gg CO2 by 2030. National Solid Waste Management Strategy and Plan.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Coastal Zone: General" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Development of territorial climate change adaptation plans for the whole coast (an integrated coastal zone adaptation plan), specific regions (the 4 that were prioritized) or cities. High. Development of sectoral climate change adaptation plans for the 3 main sectors prioritized and the supporting sectors (water, energy and agriculture/forestry/fisheries). Very high. Development of risk management plans. Very high. Mainstreaming climate change adaptation into national cross-sectoral development planning legislation, regulations, procedures and tools. Very high.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General" + ], + "SectorLabel": [ + "Education" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The Ministry of Education is also including disaster risk reduction and climate change concepts and practices in school curricula and learning materials to achieve long-term positive impacts. The government, through the MCCA programme, will facilitate a communication campaign with media, working with CSOs and other stakeholders to increase broadcasts and news on climate change and production of awareness materials throughout 2016-17.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UZB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Development of the system for inventory of greenhouse gas sinks and emissions in the \u201cLand Use Change and Forestry\u201d sector on the basis of advanced GIS technologies. ADAPTATION. Adaptation to climate change is the priority direction in Uzbekistan\u2019s activities aimed at decrease in vulnerability and ensuring the country\u2019s sustainability to climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Building on existing NAMAs", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Agriculture: General", + "Food security" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Togo\u2019s Forest Policy (PFT), defined in November 2011. Preparation of structuring programmes and mobilisation of adequate funding through public/private partnerships. Agriculture. Commitment to the Climate-Smart Agriculture process in the framework of the implementation of the agricultural policy laid out by ECOWAS and NEPAD. National Policy for the Agricultural Development of Togo (PNDAT) 2013-2022, approved at a national workshop on 22 and 23 November 2012. The existence of the National Programme for Agricultural Investment and Food Security (PNIASA).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Whether the upstream policy in the given sector builds on NAMA", + "Information on sectoral plans", + "Unconditional sectoral actions" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Conditional objective. The conditional objectives additionally integrate the dams under study, including:. - Bour\u00e9a (114MW), Kogb\u00e9doufrankon\u00e9dou (110 MW), Poudald\u00e9 (120MW). In this scenario, the objective is to reach 80% of electricity production from hydroelectric power by 2030. By 2030, this objective requires the installation of approximately 2,500 MW of renewable production (all sources combined). 21. to absorb the demand for electricity without increasing new thermal capacities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Conservation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In addition, various government initiatives and donor-funded activities have supported participatory land-use planning to improve decision-making and ensure communities are involved with the design of key development activities. In 2020, Timor-Leste passed the Biodiversity Decree-Law (6/2020) to support national efforts to safeguard the environment, improve legal protections for the environment, and safeguard intergenerational interests. This legislation establishes a legal regime for protecting and conserving biodiversity and is aligned with the requirements of the National System of Protected Areas the existing Basic Law for the Environment.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The Fanoole Dam and agriculture land were one of the most important projects in the Jubba valley. The key objectives of its rehabilitation are:. Rehabilitation of the Fanoole Dam\u2019s hydroelectric infrastructures;. Provision of electricity to towns downstream of the dam and re-establishment of 2 standby generators with a capacity of 1,600 kw and a rice de-hulling machine with a daily capacity of 250 tons;. Rehabilitation of canals and irrigated farms;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Continue fuel-switching to sustainable biomass energy and improve user efficiency in selected industrial sub-sectors (tea, rubber, apparel, hotel & tourism, rice processing) 1.1 Convert industry furnaces to steam boilers and hot-water systems 1.2 Improve biomass user efficiency by increasing feedstock quality, operation and maintenance practices, system design and automation 1.3 Introduce biomass \u201cCo-generation\u201d in industries 1.4 Switch from fossil fuel to biomass energy in government institutions for thermal energy requirements\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Cement" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "17)\u00a0Sustainable production processes in the cement sector:\u00a0Management in energy efficiency and increase in co-processing to reduce the indicator of intensity of emissions per production unit by optimizing processes related to thermal energy, the use of materials with energy recovery, reuse of some components in the manufacture of the Clinker, and the use of the installed capacity of the\u00a0plant to raise the level of co-processing. Increase in co-processing\u00a0(with waste, materials and by-products)\u00a0that allows the replacement of demand for fossil fuels by 15%\u00a0of the total consumption value of the plants. 0.71 Mt CO2 eq.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "designing for higher maximum temperatures in replacement or new construction;. adaptation of cooling systems. 2) In case of increases in extreme precipitation events:. develop new, adverse climate conditions-resilient paving materials;. overlay with more rut-resilient asphalt;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Urban Transport", + "Vehicle Fleet", + "Public Transport" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "-In terms of public and private infrastructure, it is expected 10% of new road and road works with EERR, EE and bicycle lanes. By 2050 the alternative scenario includes:-In terms of electric mobility, it includes conservative ENME goals and the evolution of public transport according to PIMUS, MIBUS and METRO. Specifically, 30% electric vehicles in private fleets, 75% in private vehicles, 60% in public transport and 90% in official fleets. Includes tax incentives.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Landscape management", + "Sustainable urban planning" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "MEANS OF IMPLEMENTATION. Under the Paris Agreement reached at COP21, Costa Rica will be part of, starting in 2016 and until 2020, a process of legal, institutional and organizational change in order to facilitate the implementation of this National Contribution starting in January 1st of 2021.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster preparedness", + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Flood mitigation programmes and strengthening of disaster risk management and resilience of infrastructure would be further enhanced in the Eleventh Malaysia Plan and beyond. Water Security. Over 97% of the water supply is derived from surface water in rivers and reservoirs, hence management of these vital water catchment areas is crucial to ensure a reliable source of water supply.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GAB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Sustainable Land Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Covered 88% by the forest, Gabon, like many forest countries, plays a role of \"sink\" of carbon by absorbing more than 4 times more CO2 than it emits. The numerous measures already taken by Gabon (Forest Code in 2001, the creation of 13 national parks covering almost 11% of the territory in 2002, etc.) all contribute to sustaining the role played by the Gabonese forest in the storage of carbon. Excluding carbon storage in biomass, Gabon s GHG profile is as follows:. B.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Agricultural Waste" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The implementation of the program leads to an increase in emissions reduction from 113.7 thousand tCO 2eq . in 2020 up to 538 thousand tCO 2eq . in 2030. Recent analysis and projections have shown that a reduction of more than 900 thousand tCO 2 e could be reached in 2030, if the entire pig industry is considered. Swine mass doubles, increasing its number from 1.1 million to 2.2 million units in 2030, located in some 5,228 units of different sizes.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Wastewater" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"E.4. Implementation of Aerobic Effluent Treatment Plants in communities in the interior of the country: It is based on the project of the Ministry of Public Works and Communications (MOPC) by 2030 to provide infrastructure for sanitary solutions related to sewage waste in certain cities in the interior of the country such as Horqueta, Tobat\u00ed, Caacup\u00e9, Carapegu\u00e1, Coronel Oviedo and San Juan Bautista of the Missions.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Health: General", + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Hence, Myanmar s health system needs to improve to be able to deal with climate-induced health hazards and support climate-vulnerable communities to respond effectively to disaster and health hazards from climate change. 4.2.4.2. Prioritization of Needs: Disaster Risk Reduction. Myanmar has consulted with local stakeholders to enhance adaptation actions in the health and disaster risk reduction (leading to loss and damage) sector. Supplementary information on on- going and planned interventions related to climate risks to human health and wellbeing is provided in Annex VII.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "JAM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Implementing Agency for Sectoral Conditonal Actions" + ], + "SubSectorLabel": [ + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The pilot programmes and projects that are being implemented under the PPCR in Jamaica are to be led by the Planning Institute of Jamaica, a statutory body under the Ministry of Finance & Planning, and the Ministry of Water, Land, Environment & Climate Change. The PPCR will build on the Hazard Risk Reduction and Climate Change Adaptation component of Vision 2030 Jamaica - National Development Plan and the Second National Communication to the United Nations Framework Convention on Climate Change (UNFCCC).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The agency responsible for implementing the sectoral conditional action", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The second phase of the Senegalese Agricultural Cadence Revival and Acceleration Program (PRACAS2 2019-2023), the agricultural component of the PSE, has set the strategic objective of achieving an annual production of 2,100,000 tonnes of paddy rice, 2,000,000 tonnes of peanuts, 600,000 tonnes of onions and 200,000 tonnes of fruit and vegetable exports by 2023. The program implementation strategy is based on improving land fertility, increased yields from targeted crops and water control.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Environment", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Explore opportunities to improve the balance of needs between land/agricultural sector actors and urban residents/water users, with potential to explore Payments for Ecosystem Services (PES) to provide incentives for upstream watershed actors for watershed afforestation and climate smart agriculture. iii) Interventions to promote climate-sensitive, resource efficient housing, neighborhoods, and industrial zones, such as:. Promote the design of residential, commercial, and industrial building designs that are adapted to the increased temperatures, humidity, and intensity of rainfall that are predicted under future climate change scenarios.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Our country will continue to be open to international collaboration, and will seek strategic alliances in full respect of national sovereignty, that promote renewable energy. In this area of international cooperation, the goal of integrating 40 GW of clean energy capacity stands out, mobilizing climate financing, within the framework of the consolidation of a prosperous and sustainable North American region with the United States and Canada.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Measure identified in PANA, 2008 and DCN, 2011. National Action Plan for Integrated Water Resources Management (PANGIRE) (2011-2015) in the process of being updated. Master Plan for the Management and Management of Waters of the Ou\u00e9m\u00e9 Basin (2013-2025). 11.11%. 0.35. 88.89%. 2.80. 3.15. 3. Reducing the vulnerability of pregnant women and children under five to climate-related diseases in Benin. Contribute to the reduction of morbidity and mortality due to malaria and other diseases related to climate risks in Benin.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ETH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable land management", + "Water supply", + "Irrigation", + "Watershed and river basin management", + "Social Development: General" + ], + "SectorLabel": [ + "Environment", + "Agriculture", + "Water", + "Social Development", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "resilient livelihoods of wildlife resource dependent communities in protected areas Number of dependent communities benefiting from climate resilient wildlife resources 1.5 million people UPDATED NATIONALLY DETERMINED CONTRIBUTION Adaptation intervention (Commitment) Enhance sustainable natural resources development, management, and watershed protection Number of PFM associations vested with legal personality* - To cover 10,000 catchment areas* SECTOR: WATER Integrated watershed development in million Ha Area under integrated watershed development 2.24 million Ha 10 million Ha Improve access to potable water to strengthen community climate resilience Potable water supply per capita Rural \u2013 25 litres/capita/ Urban \u2013 50-100 litres/ capita/day by 2025 Proportion in decreasing non-functionality rate of water schemes Percentage of decreasing water waste Water Supply for humans and animals in 100 isolated and drought- affected woredas Indeterminate Number of residents using fluoride contaminated water 3.5 million people Expand the construction of medium and large- scale irrigation systems to enhance food security Number of ha under medium and large- scale irrigation schemes 0.49 million Ha 1.2 million Ha Percentage of improved irrigation technologies", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MLI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Reforestation", + "Agriculture: General", + "Irrigation", + "Fisheries and aquaculture" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Management of the silting of rivers to develop farming, aquaculture and river transport systems for 1.5 billion US $;. Wastewater treatment and reuse for needs including irrigation for 0.5 billion deus;. Conversion of surface and sprinkler irrigation to localized irrigation on large areas for agriculture and gardening for US $ 2.0 billion;. Reforestation and planting of thousands of hectares of fruit trees to replenish the vegetation cover and protect farmland from water and wind erosion at a cost of US $ 1.5 billion;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Sea-level rise protection", + "Tourism: General", + "Coastal Zone: General", + "Early warning system", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Tourism", + "Environment", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "SDG linkages. Target. Strengthen the resilience of coastal communities by developing an early warning system for storm surges by 2025. Action. Monitor coastal erosion and update coastal adaptation strategy every 5 years through the development of a National Beach Erosion Monitoring program. Action. By 2023, pilot early warning system for storm surges in 1 coastal district, develop a national monitoring system and coastal response plan for storm surges and flooding.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Reforestation", + "Sustainable forest management", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Policies encouraging energy savings and efficiencies in production and daily life, through the application of energy saving and renewable energy technologies, are also a priority. Viet Nam has made significant efforts in forest protection, afforestation and reforestation, and is one of the countries participating in Reducing Emissions from Deforestation and Forest Degradation, sustainable management of forests, conservation of forest carbon stocks and enhancement of forest carbon stocks and enhancement of forest carbon stocks (REDD+).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GNB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Climate services" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Lack of a national database (hydrological, hydro geological, forest surveys) that is accessible and structured to produce a proper assessment of vulnerability and adaptation;. Low capacity of surveillance and monitoring units of long-term climate parameters;. Lack of coherent, specific and good resolution models for the assessment of vulnerability and adaptation applicable to all sectors;. Lack of effective systems of weather and hydrological forecasts;. Lack of a national centre specializing in research on climate change;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Technology transfer needs for sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NIC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The second priority is the reforestation with species of trees typical of the ecosystem, and in lands with other uses or degraded, forest plantations will be favored for commercial and / or energy purposes. Continue with the implementation of the Reforestation Master Plan, directing efforts in its four objectives:. Protection and recovery of water recharge zones and bodies of water. Reduction of risks to erosion and landslide. Increase and / or maintenance of biodiversity in protected areas and biological corridors.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Conditional part of mitigation target", + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Sustainable Land Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "B1: Compensation for defenses (30,000 ha per year);. B2: Energy efficiency through the distribution of improved ovens (3000 ovens per year);. B3: Better management of fire risks including: Opening and maintenance of fire trenches (53 km per year);\u00a0development of 5 water points per year;\u00a0surveillance during periods of high sensitivity (145 lookouts per year);\u00a0Monitoring and diagnosis (220 observations per year). 1440.4. 247.8. 354.4. 61. Strengthening the resilience of socio-ecosystems in vulnerable areas (conditional part).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "By 2025, Panama will have a National Climate Change Plan for the Energy sector, with a mitigation component and an adaptation component. Ministry of the Environment. National Secretary of Energy. No GHG Target. Actions, Policies and Regulations. Climate Change Plan for the Energy sector developed. 4.1.3 Operational aspects. The Energy Transition Agenda (ATE) made official in November 2020 constitutes the roadmap for climate action in the sector.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ERI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target" + ], + "SubSectorLabel": [ + "Water quality", + "Land and soil management", + "Irrigation", + "Afforestation", + "Wastewater treatment", + "Water infrastructure" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Development and promotion of irrigation scheme by 170, 000 ha;. Afforestation program will cover over 36,000 ha;. Development of terrestrial and marine protected area over 1.5 million ha;. Construction of 90 new dams and 120 pounds;. Safe drinking water supply will increase from 75% to 100%;. Desalination of sea water for domestic and economic sectors in 15 coastal towns and villages and 7 islands;. Wastewater treatment plant established to treat 3 million m3 of water/year;. Rehabilitations degraded land program for agriculture over 250,000 ha;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Air Conditioners and Refrigerators" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"By 2030, there will be an annual consumption of 2,033 GWh, for refrigeration and air conditioning equipment nationwide. This means a reduction of 8% in relation to the BAU scenario, in which an annual consumption of 1,982 GWh is based on 2019, with a trend that would imply a consumption of 2194 GWh in 2030, if energy efficiency measures are not applied.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Energy: General", + "Economy-wide: General", + "Sustainable land management", + "Buildings", + "Social Development: General" + ], + "SectorLabel": [ + "Transport", + "Social Development", + "LULUCF/Forestry", + "Energy", + "Economy-wide", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enhance awareness on the impacts of climate change in the context of human settlements promoting sustainable land management systems and climate sensitive human settlement developments. Facilitate provision of, and access to adequate, affordable and climate sensitive shelter to vulnerable groups including IDPS. $200 million. 8. Infrastructure including roads, bridges. Climate proof infrastructure developments including infrastructure. Establish road infrastructure networks and drainage systems. Strengthen climate robustness of public and commercial sector buildings.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Strengthen the restoration of natural heritage. Strengthen and increase the establishment and management of sustainable commercial forest plantations. Strengthen forest control. Strengthen the National System of Protected Areas. Initiatives. Description. Amazon Integral Program for Forest Conservation and Sustainable Production (PROAmazon\u00eda).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "IRQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "CCS" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "At the bottom of the industry, there is a turmoil to implement many industrial projects and the end of a strategy that depends on the most wonderful axes. The following: 1- Renewable energy 2- Heat recycling for the production of electric energy 3- Tawering industrial processes. 4- Implementation of a strategic project to capture and store carbon dioxide gas in geological structures (CCS).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Landscape management", + "Water management", + "Reforestation", + "Infrastructure", + "Water supply", + "Land and soil management", + "Irrigation", + "Watershed and river basin management", + "Land degradation", + "Early warning system", + "Sustainable forest management", + "Crops" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "LULUCF/Forestry", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Thus, during the period of 2016-2020, Mongolia will elaborate relevant policy documents for consultation at the national level for its development and national climate policies for the period 2021-2030. Progress towards the fulfilment of the contribution will be assessed through an annual review of the implementation progress of the proposed policies and measures. Means of implementation. The measures outlined in this INDC have been presented as legislation and/or proposed in national development strategies and plans.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Economy-wide: General" + ], + "SectorLabel": [ + "Social Development", + "Economy-wide" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Aligning Jordan\u2019s INDC to the Sustainable Development Goals (SDGs) agreed by the international community in August 2015 which will cover all development goals until 2030. Special attention will be put on linking the mitigation and adaptation measures specified in the INDC and beyond to SDGs from 1-5 which focus on addressing challenges of poverty, education, health, gender equality and other socioeconomic conditions; Aligning Jordan\u2019s INDC with the National Poverty Reduction Strategy (PRS) that was launched in 2013.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster relief and recovery", + "Health: General", + "Disease surveillance and control", + "Tourism: General" + ], + "SectorLabel": [ + "Tourism", + "Health", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Build resilient infrastructures to protect vulnerable cities from floods. OBJECTIVE 4. Strengthen the capacity to adapt to climate change in articulated groups of citizens. OBJECTIVE 5. Strengthen the resilience of the tourism sector to the negative impacts of climate change.HEALTH AND EPIDEMIOLOGY SECTOR. OBJECTIVE 6. Strengthen the health response capacity to face emergency situations related to extreme meteorological and climatic phenomena. OBJECTIVE 7. Consolidate the National Epidemiological Surveillance System with the capacity to generate information on the impacts of climate change on human health.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Existing sectoral policies", + "Emission reduction potential", + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Gas", + "Reforestation", + "Clean Cooking and Heating: Efficient cookstoves", + "Recycling, Reuse, Reduce", + "Sustainable Forest Management", + "REDD+", + "Freight Vehicles", + "Inland Waterways", + "Rail", + "Afforestation", + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "LULUCF/Forestry", + "Energy", + "Transport", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "of electric transmission and distribution losses Energy efficient appliances in residential sector Transport initiatives (mode switching - cars to buses in Khartoum, river transport and trucks to rail; use of biofuels (10%); light duty vehicle fuel economy improvements) TJ of diesel and gasoline displaced subtotal Sector # Measure BAU emissions in Impact Units Emission reductions (tonnes Cost (million USD) Energy (biomass) Biomass savings through improved cookstoves for over 300,000 rural households (REDD+ ERP) firewood saved LPG as substitute for biomass/charcoal in 10% of urban population Improved cookstoves as replacement for traditional inefficient wood stoves for 20% of rural population Forestry Restoration and sustainable management of degraded forest reserve and Gum Arabic belt; Afforestation and restoration of degraded lands in 10% of rainfed areas and 5% of irrigated agriculture scheme areas; Restoration/conservation of mangrove forests in Red Sea State million hectares Implementation of the National REDD+ Strategy in Blue Nile, Gadarif and Sinnar States million hectares subtotal Waste Composting 60% of organic and recycling 15%, of the total waste tonnes of", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Emission reduction potential for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Study of GHG mitigation scenarios and strategies for replacing the current land transport scenario with different means of sustainable transport. Support is required through technical assistance for the development of GHG mitigation scenarios and strategies in the transport sector; focused, particularly, on the replacement of the current land transport scenario by different sustainable means of transport. 7.3.2. Support for the implementation of the National Air Quality Policy.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Wetlands" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Assess the value of seagrass habitat contributions to climate regulation to inform development and implementation of a national seagrass management policy, updated national seagrass mapping as part of an updated marine habitat map,15 and identification of a portfolio of priority seagrass areas for protection to enhance conservation. Action. Complete an in-situ assessment of the below ground carbon stock of mangroves by 2022, leading to the application of relevant IPCC methodologies to assess the feasibility of including seagrass in a wetlands component, alongside a comprehensive assessment of mangrove-based carbon stock, in the National Greenhouse Gas Inventory, and other relevant reports by 2025. Action.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Buildings: General", + "Demand-side Efficiency: Buildings" + ], + "SectorLabel": [ + "Buildings", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Reduce emissions and energy costs of homes by creating a $2.6 billion Canada Greener Homes Grant initiative with grants of up to $5,000, and investing $4.4 billion to help homeowners complete deep home retrofits through interest-free loans worth up to $40,000. Continue working on low-income retrofit programs with the provinces and territories to increase the number of households that benefit from energy retrofits. Invest $1.5 billion to support green and accessible retrofits, repairs or upgrades of existing public community buildings, and the construction of new, publicly accessible community buildings that serve high-needs, underserved communities across Canada. Invest $2 billion in financing large-scale commercial and public building retrofits as part of the Canada Infrastructure Bank\u2019s $10 billion Growth Plan. 4 Advance additional actions including continuing to develop the first model \u2018retrofit\u2019 code for existing buildings by 2025 and a net-zero energy ready building code for new buildings, developing a low-emissions building materials supply chain, and conducting Canada\u2019s first-ever national infrastructure assessment.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The United States government will support research, development, demonstration, commercialization, and deployment of very low- and zero-carbon industrial processes and products. For example, the United States will incentivize carbon capture as well as new sources of hydrogen \u2013 produced from renewable energy, nuclear energy, or waste \u2013 to power industrial facilities. In addition, the United States government will use its procurement power to support early markets for these very low- and zero-carbon industrial goods.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "NDCs for Mitigation intends to reduce the GHG emissions against BAU scenario by 20% in the energy sector (4% unconditionally and 16% conditionally) and by 10% in other sectors (transport, industry, forests and waste) by 3% unconditionally and 7% conditionally by 2030. 5.1 Energy Sector-Electricity generation. Sri Lanka has realized almost 100% electrification through the national grid. Current total installed power generation capacity of the country is 3,888 MW.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Crops", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Development of new technologies and increased yields by using new crop varieties which adapt to climate change. Agriculture. MAFF. 9. Development of rubber clone varieties suitable for AEZ and resilient to climate change. Agriculture. MAFF. 10. Enhancing institutional and capacity development on climate change impact, vulnerability assessment, adaption measures and mitigation related to rubber sector. Agriculture. MAFF. 11. Improvement of animal breeding technology in Cambodia through AI which can adapt to climate change. Agriculture. MAFF. 12.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Waste: General", + "Livestock" + ], + "SectorLabel": [ + "Agriculture", + "Waste" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Reduce emission intensity per kilogram of beef by 33%. Reduce emission intensity per kilogram of beef by 46%. Waste(Accounts for 7% of CH4 emissions by 2010). Reduce emission intensity per unit of GDP by 44%. Reduce emission intensity per unit of GDP by 68%. Other sectors and activities(Accounts for 15% of CH4 emissions by 2010). Reduce emission intensity per unit of GDP by 45%. Reduce emission intensity per unit of GDP by 60%. N2O. Beef Production(Accounts for 61% of N2O emissions by 2010).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The plans will address climate change and disaster vulnerability and risks and prioritize adaptation and disaster risk reduction and management measures focusing on women, differently-abled, children, senior citizens, youth, Indigenous Peoples, economically deprived communities and people residing in climate-vulnerable geographical areas. The National Adaptation Plan (NAP) will be updated every ten years. Likewise, a National level Vulnerability and Risk Assessment (VRA) will be carried out every five years to inform climate resource allocation policies.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Sectoral Target" + ], + "SubSectorLabel": [ + "Reforestation", + "LULUCF/Forestry: General", + "Industries: General", + "Energy: General" + ], + "SectorLabel": [ + "Energy", + "Industries", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Other Sectors Efficient cookstoves, biodigesters, water filters. Implementation of Climate Change Action Plan for Manufacturing Industry and Energy Sectors (2014-2018). Forestry Increasing forest cover to 60% of national land area, and maintaining that level from 2030 onwards. Implementation of: National Forest Programme 2010-29; Climate Change Action Plan for Agriculture, Forestry and Fisheries Sector (2014-2018); REDD+ Strategy. UNFCCC decision Decision -/CP.20 \u21a9. Source: RGC (2014), National Strategic Development Plan 2014-18, Ministry of Planning. Available at: \u21a9.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on", + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"Our country will remain open to international collaboration, and will seek strategic alliances in full respect of national sovereignty, which promote renewable energy. In this area of international cooperation, the goal of integrating 40 GW of clean energy capacity, mobilizing climate finance, within the framework of the consolidation of a prosperous and sustainable North American region with the United States and Canada, stands out.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SAU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "CCS" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Kingdom is planning to build upon its experience in the CO2 Enhanced Oil Recovery (EOR) project and its world\u2019s largest carbon capture and utilization plant as part of the National Circular Carbon Economy Program. CCUS Hubs: To advance the uptake of CCUS technologies and scale up its deployment, the Kingdom plans to transform Jubail and Yanbu into global hubs for carbon capture, utilization and storage. The hubs will leverage the concentration of the manufacturing industry, proximity to sinks and transport infrastructures.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "HTI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Climate services" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Public finances. Support to the insurance sector for the management of losses resulting from natural and climate disasters.The adoption of tax incentive measures favouring renewable energies, local production and in particular the bio-economy.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General" + ], + "SectorLabel": [ + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Such actions can be divided into the followings (29):. Education (4 actions). Gender (6 actions). Governance (2 actions). Information (4 actions). Knowledge sharing (1 action). Policy and planning (12 actions). Table 11 Enabling actions. No. Action. Crosscutting. Lead. Ministry. 1. Upgrading curriculum and training methodologies, including libraries, to include climate change subjects in primary schools. Education. MOEYS. 2. Upgrading curricula to include climate change for non-formal education. Education. MOEYS. 3. Build centres of excellence for delivering climate change courses and research among Universities. 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MINPMEESA and MINTOUL. Program 20: Taking into account climate change in Cameroon s industrial development: space management, protection of climate risk zones; supply of energy, water, services; waste and pollution, GHG emissions. 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Emission management from factories. Monitor air quality at 105 factories annually and provide permit letter on air emission to 90 factories. 90% of factories to be licensed. MoE. Other Industry. 25. Increasing the effectiveness and sustainability of agricultural land management techniques (Conservation Agriculture). MAFF. Agriculture landrelated. 26. Organic input agriculture and bio-slurry; and deep placement fertilizer technology. 10 Provinces by 2030. MAFF. 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Implementation of a residential area pilot plan of smart grids, replacing 100,000 electricity meters by smart meters by 2025 (*). 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There is a big need to improve the existing scientific research and management capacities for monitoring of environmental indicators for the health of marine ecosystems in terms of climate change vulnerability and impacts in both the Gulf of Aqaba and the Dead Sea. 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The priority sectors are health, water, biodiversity, agriculture and human settlements. Water sector: enhance water security; effectively deploy flood protection measures, and hydro-metrological monitoring systems. Agriculture: development of early warning systems for small scale farmers; and supporting climate-smart agriculture.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Indonesia has also established the development of clean energy sources as a national policy directive. Collectively, these policies will eventually put Indonesia on the path to de- carbonization. Government Regulation No. 79/2014 on National Energy Policy, set out the ambition to transform, by 2025 and 2050, the primary energy supply mix with shares as follows:. new and renewable energy at least 23% in 2025 and at least 31% in 2050;. oil should be less than 25% in 2025 and less than 20% in 2050;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Disease surveillance and control", + "Sustainable land management" + ], + "SectorLabel": [ + "Health", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Strengthening of capabilities to forecast and respond to phenomena associated with climate change: creation of an MT health care monitoring centre. Health. 680. 31. Participative development of sustainable land. management technologies / Adaptive climate change R&D. Forests-land use. 675. 32. Strengthening of personnel capabilities with regard to diseases sensitive to climate change: training of 100 specialists. Health. 670. 33. Rehabilitation and protection of 30,000 ha of stream banks. Forests-land use. 640. Source: Author, August 2015, estimates from the table of adaptation and mitigation actions. 5.4.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Recycling, Reuse, Reduce", + "Climate smart agriculture", + "Water supply", + "Sustainable transport planning", + "Land and soil management", + "Waste: General", + "Awareness raising and behavior change", + "Gender", + "Renewable Energy: Waste", + "Renewable Energy: Solar", + "Waste management", + "Wastewater treatment", + "Transport: General" + ], + "SectorLabel": [ + "Waste", + "Agriculture", + "Water", + "Social Development", + "Transport", + "Health", + "Energy", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Reduce the amount of waste for final disposal in landfill sites by 30% by 2030 and by 50% by 2040. Increase the amount of waste reused or recycled by 30% by 2030 and by 40% by 2040. Increase the amount of waste collected to 90% by 2030 and to 100% by 2040. Modernise (replacement of working equipment) 70% of the collection system by 2030 and by 100% by 2040. 30% reduction of methane emissions from landfill sites by 2030 and 70% reduction by 2040.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Adaptation action/priority", + "Conditional part of the mitigation target for a given sectoral target", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Waste management", + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Implement actions to reduce waste, separation at source, recovery, elimination or final disposal; within the comprehensive framework of waste management, promoting recycling and the circular economy with management of adaptation to climate change and variability. Threat of climate change against which action is taken:Manifestations: increase in average and extreme temperatures, extreme hydrometeorological events related to intense storms and cyclones. Effects: overflow due to rising river flows, flooding in urban areas and human settlements, increased runoff.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Ministry of Agriculture, Livestock and Hydraulics (MAEH), 2015a. Agricultural policy document for the period 2016-2030, 56 p. Ministry of Agriculture, Livestock and Hydraulics (MAEH), 2015b. National Strategy Paper for Agricultural and Rural Training in Togo (SNFAR-TOGO) 2016-2020, 75 p. Ministry of Agriculture, Livestock and Hydraulics (MAEH), 2017. National Investment Programme for Agriculture, Food Security and Nutrition (PNIASAN) - Investment Plan 2017-2025. Ministry of Agriculture, Livestock and Fisheries / World Food Programme (MAEP/WFP), 2018.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Time frame" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Health: General", + "Ecosystem and biodiversity", + "Reforestation", + "Sea-level rise protection", + "Climate smart agriculture", + "Transportation Fuels", + "LULUCF/Forestry: General", + "Social Development: General", + "Awareness raising and behavior change", + "Gender", + "Sustainable urban planning", + "Coastal Zone: General", + "Fisheries and aquaculture", + "Early warning system", + "Sustainable forest management", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Social Development", + "Transport", + "LULUCF/Forestry", + "Coastal Zone", + "Health", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Reduce the national deforestation rate by 50% by 2030. Reduce GHG emissions from forest conversion by 40% below BAU levels by 2030 (Reduction of 5,147 GgCO2e in 2030). Reforest an average of 12,285 ha per year to enhance forest carbon stocks by 1,013 GgCO2e in 2030, including through natural regeneration and tree planting through community and school programs. Restore 25% of priority degraded forests by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Economy-wide: General" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Circular economy: By 2025, Panama will have developed its National Climate Change Plan for the Circular Economy for the long term and until 2025, and will have 10% progress in implementation. This will enable expansion of the planning tools to reduce the vulnerability of the sector to climate change effects, with the objective being to integrate adaptation planning in the regulatory framework and in existing planning tools (76, 127).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MCO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "HFCs" + ], + "SectorLabel": [ + "Energy", + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Greenhouse gas emissions reported in the Industry sector mainly concern craft activities. The policies and measures are mainly aimed at general measures related to energy, pollutant emissions and fluorinated gases. With regard to fluorinated gases, the Principality intends to severely limit the global warming power of fluorinated gases used in its territory.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Waste: General", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Methane is the major component with a share of 19.2 MT CO2 eq. Clean Green Pakistan Banning of single-use plastics Strengthening municipal service delivery by the local governments. Includes a composite index of \ufb01ve pillars i.e. water, sanitation, hygiene, solid waste management and plantation Encourage turning animal waste (cow-dung) to methane for use as fuel for rural household and urban transportation projects as in Karachi BRT.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KGZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions", + "Emission reduction potential", + "Unconditional part of mitigation target", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings", + "Transportation Fuels" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "30,275. 1.6. Replacement of buses with diesel/gasoline fuel engines by buses with gas-powered engines in Bishkek (WM). 7,967. 14,734. 1.7. Reconstruction and improvement of the heat supply system of the city of Bishkek (WM). 3,357. 3,357. 1.8. Replacement of diesel/ gasoline fuel engines buses with buses with gas-powered engines in Osh city (WAM). 2,749. 4,416. Sector. Energy. Goals. Measures16. Target indicators, 1000 tons of CO2 eq. 2025. 2030. 1.9. Expansion of the trolleybus fleet by replacing buses with internal combustion engines in Bishkek (WAM). 0,882.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Unconditional part of mitigation target for a given sectoral downstream action", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans", + "Emission reduction potential for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Transportation Planning" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "International support is crucial to enable Tuvalu implement further actions enshrined in its Policies and Plans, including at sectorial level. For example, the growing emissions in the transport sector, as evidenced from the increased numbers of vehicles on land and vessel for sea transport, needs to be addressed through technological innovations. The goal to pursue a zero carbon development pathway by 2050 is dependent on availability of finance and technology.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Improving the safety of fishing communities and fishing-related infrastructure. Restoration and sustainable management of mangroves. Sustainable management of fishery resources and restoration of marine habitats. Improved management efficiency and extension of marine protected areas and marine parks (15 MPAs). Promotion of the development of sustainable aquaculture. Improving the safety of fishing communities and fishing-related infrastructure. Improved research on mangrove development dynamics and related ecosystem services. Restoration and sustainable management of mangroves. Coastal zone. General retreat of the coastline (1.25 to 1.30 m / year) 5.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Development of 2 sanitary land fills. 2.82. 0.28. 50. Total. 107.39. 31.66. 6,960. 4.1.1. Information to facilitate clarity, transparency and understanding. The table below provides further details about the country\u2019s mitigation contributions as guided by UNFCCC decisions:. Key issue. Information on the Somalia to provide clarity, transparency and understanding. Base Year and Implementation Period. The base year for Somalia NDC is 2015, and the timeframe for implementing mitigation and adaptation actions is 2021 to 2030. Mitigation target.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Gas", + "Recycling, Reuse, Reduce", + "Demand-side Efficiency: Buildings", + "Cement", + "Wastewater", + "Renewable Energy: Solar", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Energy", + "Industries", + "Waste" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Issuing green building codes, which are considered a policy in establishing smart green buildings. Issuance of the solar energy law. Investment of associated gas in the Basra Gas Company. In addition to projects that have been implemented in the Kurdistan Region of Iraq, such as the establishment of power plants that operate on liquefied petroleum gas ( LPG) fuel instead of heavy fuel, and the establishment of brick factories using LPG .Instead of black oil, as well as iron production plants that operate on gasoline instead of black oil, and there are many projects underway, such as the associated gas investment project for power generation, cement plants that operate with the technology of investing waste and converting it into energy, a project to invest associated gas to produce electric power, and a treatment project Sewage water and its reuse for green belt irrigation, which is implemented in cooperation with the Japanese organization JICA in Erbil governorate, not to mention afforestation, increasing forest areas and planting green belts, noting that most of the new cities that are being built in the", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Water sanitation" + ], + "SectorLabel": [ + "Water", + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In 2006, Barrio Adentro IV begins with the. Strategic Actions:2. Prevention of waterborne diseases associated with climate change. Impact Action:o Strengthening health surveillance and control of water quality at the national level in the face of climate change. Strategic Actions:3. Prevention of diseases associated with air quality due to climate change. Impact Action:o Strengthening health surveillance and control of air quality, at fixed sources (health sector incinerators).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Buildings: General" + ], + "SectorLabel": [ + "Buildings" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "National Sustainable Construction Strategy, led by the Ministry of Housing and Urban Development, which will set forth the guidelines to integrate the concept of sustainable development to the construction sector. This strategy seeks to articulate and link effective energy and environmental plans by establishing goals and objectives in the area of energy, water, waste and health for the long, medium and long-term. Nationally Appropriate Mitigation Actions (NAMAs) in all sec-tors of the economy.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture", + "Agriculture: General", + "Crops", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enhance capacity to implement climate smart and Integrated Pest Management (IPM) strategies and practices towards reducing pest damages and pest induced crop losses to increase resilience on crop yields and food security. Facilitate and enhance access to finance via available national funds and other mechanisms including access to micro-credit, grants etc., to increase farmer\u2019s capacity to enhance food security and to increase investments on production systems. Infrastructure Resilience.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Wastewater treatment", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Cabo Verde undertakes to provide sewage systems to all households and provides safe wastewater treatment, increasing the use of renewable energy and the recovery of nutrients and energy from wastewater, by 2030. To achieve this target the following measures are planned:. By 2030, set up sustainable, data-supported, institutional and technical waste management systems based on the principle of reducing the waste and sewage quantities at source before managing them (legislation on single use plastics, building waste, packaging, segregation, recycling, treatment) serving all Cabo Verde municipalities;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Solid Waste", + "Wastewater", + "Waste: General", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Reduce GHG emissions by 2030 compared to baseline scenario through improvements in waste treatment (including landfilling) across urban and rural areas. Key measures to be implemented include:. Decreasing open burning of municipal solid waste (MSW). Increasing composting of organic waste (biological treatment), capturing 30% of the organic waste generated within the country by 2030. Introducing Landfill Gas Recovery (LGR) in existing and new solid waste disposal sites. Improving wastewater treatment and control and.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Targets at the sectoral level", + "Information on sectoral plans", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "AFG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation", + "Sectoral Conditional Actions", + "Action and priority", + "Capacity Building Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Climate services", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Identification and mainstreaming of climate change adaptation technologies into the sectoral policies, strategies and development plans, and promotion of regional and international cooperation and coordination for adaptation technology transfer. Climate policy technologies and methods. Training Afghan climate policy experts. 0.01 Billion. Strengthen and expand meteorological and hydrological monitoring networks and services, including a national database to archive and store meteorological and hydrological data. Hydrological, meteorological and data equipment and integrated systems. Operators and analysts for hydrological, meteorological and data integrated systems. 0.1 Billion.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Capacity building needs for Sectoral implementation", + "Technology transfer needs for sectoral implementation", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Safety net", + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Establishment of Social Support Fund for predictable, timely response (Climatic shock related Social Protection services). Promotion of gender mainstreaming in policies, programmes and projects. Support capacity building programmes for vulnerable groups and civic education and public awareness and. Linkage of inclusive social support systems to risk financing options with the development and utilization of coordinated system for design and delivery of social support system inclusive of climate related shock sensitive interventions. 6.5 Targets and indicators for resilience.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ERI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Prevalence of climate change related to public health problems and diseases will be prevented and reduced by 90%. 5. Means of Implementation. 5.1 Financial Needs. 5.1.1 Mitigation. The full and effective implementation of the Climate resilient Economy Strategy Eritrea requires an estimated expenditure of more than USD 1,086 million by 2030. This indicates the need for major capital investments. Therefore, the types of contributions required to implement Eritrea\u2019s INDC are categorized into unsupported and supported contributions. Table 3: Eritrea\u2019s Investment needs for mitigation measures.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Transport: General", + "Transportation Fuels" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Non-motorized transport system through public bicycle systems and improved sidewalks, crosswalks. Improve fuel-efficiency in internal combustion engines through stringent vehicle and emission standards. Private vehicle demand management through shared mobility, traffic system management carpooling, ride sharing and rental services, import restriction on internal combustion engine cars from 2030 and introducing annual import quota system. The mitigation options with varying levels of marginal abatement costs have been prioritised for implementation with activities across the short-term (2021- 2025), medium-term (until 2030) and long-term (until 2050).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology needs", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "There are many options to avoid these emissions while reducing energy cost burden for families and improving health and resilience in communities. The emissions reduction pathways for buildings consider ongoing government support for energy efficiency and efficient electric heating and cooking in buildings via funding for retrofit programs, wider use of heat pumps and induction stoves, and adoption of modern energy codes for new buildings. The United States will also invest in new technologies to reduce emissions associated with construction, including for high-performance electrified buildings.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Technology needed for a given sectoral downstream action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Social Development: General", + "Food security" + ], + "SectorLabel": [ + "Agriculture", + "Social Development" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "(3) Strategic Plan for the Development of the Agricultural Sector. Improving productivity and production of plant products in priority agricultural sectors. At least a 50 per cent increase in current levels of agricultural productivity by 2025 (improved access to professional knowledge and technological innovations for men and women, promotion of irrigation schemes). Building resilience to climate change and improving the food and nutrition security of vulnerable populations.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Recycling, Reuse, Reduce", + "Sustainable Forest Management", + "Waste-to-Energy" + ], + "SectorLabel": [ + "LULUCF/Forestry", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Korean government is aiming to adopt highly-efficient facilities to consume less energy in this sector. Waste: The Republic of Korea\u2019s waste management policy focuses on reducing waste generation while increasing recycling. The existing petroleum-based plastics will be replaced by bioplastics, and methane gases emitted from landfills will be recovered for use as an energy source. Carbon sinks (LULUCF): The Republic of Korea will maintain and improve its carbon sinks with sustainable forest management, conservation and restoration and increase forestlands by greening urban spaces.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Support the dissemination of technologies and practices that are energy-efficient or use alternatives to wood-energy and charcoal. (SE4ALL and Biodiversity Strategy). Biomass energy (essentially firewood and charcoal) accounted for 77% of gross primary consumption in 2011 and is used as their main energy source by more than 85% of households. This situation is reflected in gradual loss of forest cover in the urban supply areas and environmental degradation (especially affecting the soils).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Land degradation", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Priority 1 (productive ecosystems): Monitor, protect, rehabilitate and rationalize the use of natural resources, achieve neutrality in land degradation and ensure the sustainability of goods and services provided by natural ecosystems. Measure 1: Implement a system of monitoring, tracing and surveillance of the modalities of introduction and dispersal routes of invasive alien species (IAS) and assess their impacts on exploitable resources and coastal ecosystems,. Measure 2: Improving the conservation and valorisation of indigenous genetic resources threatened by climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Oceans and Coastal Zones 2 [associated measure]: \u201cDevelop management plans for 100% of marine protected areas by 2030 that include actions to adapt to climate change. Incorporate a mechanism for monitoring and reviewing marine protected areas management plans involving local populations", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SAU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Gas" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "As part of reforms of its domestic energy sector, the Kingdom aims to increase the utilization of natural gas in its energy mix. By 2030, the Kingdom aims that up to 50% of its electricity generation is expected to be met by natural gas significantly lowering the carbon intensity of domestic energy generation. 4.5 METHANE MANAGEMENT. Considering its global warming potential, methane emission management is central to climate change action. The Kingdom plays a world-leading role in methane management in the energy sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ETH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro", + "Infrastructure and roads", + "Power system planning" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "With additional support to mobilise finance, infrastructure, technology and capacity to undertake and oversee implementation, Ethiopia can realize its full potential to act and increase its contributions even further. Means of Implementation. The Government of Ethiopia already spends a substantial portion of its annual budget on infrastructure and the provision of social services, which contribute to addressing the negative impacts of climate change by reducing emissions and vulnerabilities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "They are also part of the dynamics of the Government\u2019s Roadmap 2025 and will contribute as a priority to Project 35 (response to major climate risks) and Project 36 (green mobility programme), and in this Roadmap they also target Projects 2 and 3 (establishment of the single social register, establishment of universal health coverage), Project 5 (continuation of the electrification policy for all), Project 6 (increased access to drinking water and sanitation), Projects 12, 13, 14 and 15 (improvement of agricultural yields, extension of the rural road network, acceleration of the MIFA, expansion of the Kara agro-industrial complex in partnership with the private sector).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "HND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Water: General" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Below are the adaptation measures prioritized by the National Adaptation Committee for each of the priority sectors:Water Resources Sector. Contribution in adaptation A3. Contribution. SDG. NDC objectives. In 2023, the National Water Policy will have been drawn up and the Water Authority created, in addition to the strengthening of the National Meteorological Network among all the institutions that generate hydroclimatic information. It is planned to develop this contribution through the following measures:. Measure 1.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Existing sectoral policies", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Solid Waste", + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Stagnation of the total amount of clinical waste incinerated. Incineration. . TNC and communications with national inventory teams. . Albanian Waste National Strategy - Table A5.1 - Waste projection. Stagnation of the total amount of clinical waste incinerated. From 2017 to 2030, we consider that 0,04 kt of clinical waste are incinerated. W5. Waste. Increase of MSW incineration. Incineration. . TNC and communications with national inventory teams. . Albanian Waste National Strategy - Table A5.1 - Waste projection.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GUY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Given our solar, wind and hydropower potential and relatively small national demand, we believe that with adequate and timely financial support, Guyana can develop a 100% renewable power supply by 2025. Assessment of the potential of the renewable power sources will be undertaken to determine the most cost effective and efficient means of developing this potential; to this end an independent review of the Amaila Falls Project is to be undertaken with the assistance of the Kingdom of Norway. Assumptions and Risks.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "As of 2026, the Ministry of Finance has a classifier that allows it to identify spending on risk management in the face of variability and climate change. 15.2. By 2030, the Ministry of Finance has carried out a physical takeover of assets that can be the object of financial protection against the impacts of climate change and variability. 15.3. By 2030, the Ministry of Finance has a proposal for financial protection measures against the impacts of climate change and variability applicable to public assets.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Agriculture: General", + "LULUCF/Forestry: General", + "Energy: General" + ], + "SectorLabel": [ + "Agriculture", + "Energy", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "State policy on the energy sector of Mongolia, 2015. State policy on food and agricultural sector, 2010. State policy on forest, 2015. Law on renewable energy, 2015. Law on energy, 2015. National program on energy saving, 2017. These national strategy and policy documents, as well as relevant legal instruments define stakeholders\u2019 responsibilities and monitoring structure for implementation of the NDC. C. Mitigation Targets. Base year. 2010. Base year emission (Mt \u0421\u041e2-eq.). 25.8. Target year. 2030. Emission target by 2030 (Mt CO2-eq.). 57.4.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Renewable Energy: Biofuels", + "Industries: General", + "Cement" + ], + "SectorLabel": [ + "Energy", + "Industries" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The manufacturing process related mitigation measures include:. Replacing fossil origin reductants with renewable charcoal. Cement blending. Energy efficiency measures include:. Waste heat recovery. Refuse derived fuels in cement plants. Energy efficiency increases in production processes. Direct hot charging- integrated production. Energy efficiency improvement of electric motor systems. Conversion of diesel boilers to electric boilers.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "From 2015 to 2019, China\u2019s annual investments in renewable energy registered 480.1 billion yuan, 435.4 billion yuan, 522.5 billion yuan, 509.2 billion yuan, and 503.4 billion yuan (see Figure 3). Promote energy saving and improve energy efficiency. China enforced the dual control of energy consumption quantity and intensity by advancing energy conservation across the board, including strengthening target constraint, policy guidance, and energy conservation management and system building, and deepening energy conservation in key areas. The dual control has yielded positive results.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Indeed, the national context is as follows: (i) forest area of \u200b\u200bthe DRC in the order of 152 million ha in 2010 (MEDD, 2015), (ii) deforestation rate between 1990 and 2010 0.32% (MEDD, 2015); (Iii) deforestation and forest degradation caused mainly by commercial (~ 40%) and subsistence (~ 20%) and by cutting firewood (~ 20%)4. Provision is made for projects to plant around 3 million hectares of forest by 2025 under the afforestation and reforestation5 programs, which would allow the sequestration of approximately 3 million tons of CO2.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Water sanitation" + ], + "SectorLabel": [ + "Water", + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthening health surveillance and control of supply systems (water sources, treatment and distribution system) and monitoring of water quality in the face of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GHA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Buildings" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "No of Programme of Actions. Agriculture and food security. Sustainable land use. Agriculture resilience building in climate vulnerable landscapes. 3. Sustainable forest resource management. Value addition-based utilization of forest resources. 2. Resilient Infrastructure in built environment. Climate resilient strategic infrastructure. City-wide resilient infrastructure planning. 1. Early warning and disaster prevention. 1. Climate change and health. Equitable social development. Managing climate-induced health risk. 2. Water resources. Integrated water resources management. 1. Gender and the vulnerable. Resilience for Gender and the Vulnerable. 1.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Elaboration and implementation of a resource mobilization plan. Preliminary estimates of costing of the actions and measures included in the NDC. Plan and implement adaptation actions toward an increased resilience of the most vulnerable Malawians. Resilience of the most vulnerable. 8. Elaboration of NAPs for priority sectors. Elaboration of NAPs for agriculture, biodiversity and ecosystems, fisheries, health, infrastructures and housing, tourism and water resources. 9. Development of CCA planning tools tested in particularly vulnerable communities, demonstrating an integrating CCA approach in various sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity", + "Coastal management", + "Coastal Zone: General" + ], + "SectorLabel": [ + "Coastal Zone", + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "It is tool for marine environment protection as well as increased resilience to climate change impacts in both Aqaba and the Dead Sea. Key measures to be implemented under this objective includes:. Enhance and strengthen awareness programmes on climate change impacts on coastal areas, and empower communities to cope with its adverse effects. Identify vulnerable ecosystems to extreme events at the Gulf of Aqaba, and prepare the necessary response and emergency strategies. Include climate change requirements in the Environmental Impact Assessment conditions for coastal development.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Agroecology", + "Livestock", + "Water quality", + "Food security", + "Sustainable forest management" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Establish a system for monitoring water quality. Objective 27. Develop a system for monitoring underground and surface water resources. Adaptation measures. Ongoing adaptation measures. \u2212 Resilience and food security project in the city of Bangui and its Ombella-Mpoko suburbs.\u2212 Southwest Region Development Project (PDRSO).\u2212 Enhancement of agroecological systems in the Lake Chad basin (PRESIBALT/ PRODEBALT).\u2212 Sustainable management of fauna and bush meat in central Africa (GCP/RAF/455/GFF).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Capacity Building Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Education: General" + ], + "SectorLabel": [ + "Education" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The University of Seychelles has already integrated climate change into the Environmental Science BSc programme, though needs more support to offer climate change specialist training at diploma, undergraduate and graduate level to build on the, currently, very limited group of climate change specialists in the country. In-service training is also needed for teachers and other professionals working in diverse sectors (government, private sector and civil society) to help them integrate climate change adaptation measures into their work.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needs for Sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MCO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Maritime" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Finally, with regard to navigation, the Principality has banned the use of heavy fuel oil in its territorial waters and is deploying devices for supplying electricity to ships in ports. Discussions are being carried out on the use of hydrogen by ships. These policies will be supported by a gradual decarbonisation of fuels in line with European policies in this area. 2.3.3 Waste.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Capacity building needs", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "To accompany all of these actions, GOB is also taking steps to put systems and processes in place to institutionalise a formal monitoring, reporting and verification (MRV) system to track national emissions and the impact of specific mitigation actions. As the national focal point the MED will coordinate other related ministries and stakeholders in the preparation of required reports for monitoring progress, implementation and reporting to the UNFCCC or otherwise as may be required. Means of Implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needed for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Irrigation", + "Water conservation and reuse", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\"Adaptation to climate change project (Tulkarem,Jenin,Jericho, Ramallah, Dora): Improve farmers\u2019 and agricultural engineers\u2019 adaptive capacity through improved irrigation management, treated wastewater reuse, introducing new fodder seeds and minimising soil erosion through minimum tillage\" (14). (Unconditional)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Renewable Energy: Geothermal", + "Renewable Energy", + "Renewable Energy: Wind", + "Renewable Energy: Solar", + "Renewable Energy: Solar: Utility Scale" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "For hydroelectricity from 3GW in 2020 to 4GW in 2030 (ii) For wind, solar and geothermal from 2.9 MW in 2020 to 42.7 MW in 2030 (iii) 8 to 10 units installed. 74.2 to 94.6 Mt CO2e. 1.95. Promotion of improved stoves & improvement of carbonization. Go from 12-15% to 25-30% yield (ii) 3 million households have FA units29. 1.05. Promotion of renewable energies. 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(v) Youth policy. In 2009, the DRC developed its national youth policy articulated around 15 areas. It aims to protect Congolese youth against anything that may affect their education, health, integral development and fulfillment. 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Water management. 3,000,000. 17. Map areas of erosion risk. Terrestrial ecosystems. 1,000,000. 18. Implement water-harvesting system in drought-prone areas. Agriculture and food security. Water resources. 3,000,000. 19. Improve knowledge of hydrology. Water resources. 2,000,000. 20. Extend water and sanitation network to rural areas. Water resources. Infrastructure. 10,000,000. 21. Explore industrial opportunities from climate change. 1,000,000. 22. Monitor groundwater. Water resources. 3,000,000. 23. Construct flood protection barriers along major rivers. Water resources. 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Program 3: Enhanced capacity building, research, technology transfer and finance for adaptation. Which include:. Capacity building in Climate Smart Agriculture (CSA), Sustainable Forest Management (SFM), Sustainable Fisheries and Aquaculture (SFA), Renewable Energy Technologies. 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Project Profile 1: Adoption of Sustainable Land Management to Build Resilient Rural Livelihoods and Enable National Food Security. RATIONALE. Around 65% of the Somali population are rural and engaged in pastoral, agro-pastoral, subsistence agriculture, and charcoal production, as livelihood options. 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Tax Free Infrastructure Bonds of INR 50 billion (USD 794 million) are being introduced for funding of renewable energy projects during the year 2015-16. 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UNEP, 2006. Africa Environmental Outlook 2, Our Environment, Our Wealth. World Bank and UNDP, 2007. Productive Sectors and Environment Cluster Report, Somali Joint Needs Assessment (JNA) Report. 2.7. Project Profile 7: Project Proposal Charcoal Production from Prosopis and Replacement with Crop Production. INTRODUCTION. Prosopis juliflora is noxious and invasive plant species. It denies other plants water and sunlight.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "\u201cMarket-based mechanisms\u201d and transfer of environment friendly technologies under the legal regime of UNFCCC as well as transfer of management practices, play a key role in successful and result oriented conditional mitigation actions. C. Calculation Method and Verification Process and Reporting. Emission calculations are based on the IPCC 2006 guidelines, hence GHGs emissions mitigation planned are to benefit from national Monitoring, Reporting and Verification (MRV) mechanisms becoming operational by the end of 2020. 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Raising awareness and declarations on Climate Intelligent Agriculture and promoting utilization of renewable energy and uses in agricultural and food production sector for cooling and heating purposes, for example in poultry production, nurseries, green houses, olive mill etc;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The emissions trajectory was first simulated through a modelling method using the ENERMED foresight tool, as for the baseline case. Thanks to the LC scenario, emissions from the energy sector would be 34% lower than in the BaU scenario, totalling less than 27 MteCO2 by 2030, which would represent a 9% decrease compared to 2010.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Resilient rubber clone varieties suitable for AEZ in Cambodia for sustainable production and reduced maintaining cost.Rubber clone trial and experimental to produces best accessions variety by AEZ in term of resilient, good yield and rubber quality.Carbon sequestration and contribute to sound ecological function. Baseline: 363 farmers trained in 2019 (DGR, 2019)Target: 3, 500 trained planter in 5 AEZ; at least 1 new clone variety developed. Maintain and improved rubber production and. provide employment;Improv ement of rubber plant genetic and. fully scientifically.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "To reduce dependence on forest resources, especially fuel wood, South Sudan will develop regulations to promote the use of alternate sources of fuel. Encourage use of biofuels, such as those derived from refuse and agriculture residue. Yet to be implemented. Medium to long term. Install biogas plants in rural areas to meet energy needs for cooking. Yet to be implemented. Medium to long term. Promote measures such as payment for ecosystem services and benefit sharing.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Roughly estimated GHG emission reductions: 0.03 MtCO2eq/year for 8 rotary kiln replacing same amount of boat kilns. Each rotary efficient kiln is estimated at USD 200,000 cost. In monetary terms, savings represent USD 1.57 million in avoid wood biomass cost each year, at an average value of USD 40.61/ton. 2.2: Modified boat-torotary kiln upgrade. Roughly estimated GHG emission reductions: 0.01 MtCO2e/year for 6 rotary kiln replacing same amount of modified boat kilns. Each rotary efficient kiln is estimated at USD 200,000 cost.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "It is the translation of the vision enshrined in the National Development Program of the Congo (NDP 2012-2016): \"Accelerate the modernization of society and the industrialization of the country.\" The perspective is to generate increased and shared prosperity as the basis for the emergence of the Congo in the world economy. Climate change is a threat to Congolese society, economy and environment.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Climate services", + "Early warning system" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Transfer of technologies for climatic, meteorological and environmental monitoring. Training (equipment, rehabilitation of radar, training etc.). 1. 1. 1. Entire national territory. 18,450,494. NA. 1,568,820. 1,830,290. 1,830,290. Hydrometeorological, meteorological and climatic data included in development plans and early warning systems. Project (strengthening of capabilities, communication, publication etc.). 1. 1. 1. Entire national territory. 717,180. 836,710. 836,710. TOTAL OF OTHER NAP SECTORS. 912,678. 761,322,978. 1,040,554,592. 1,199,580,326. Source: Author\u2019s estimates, July 2015. Section 5. Socioeconomic analysis of INDC projects. 5.1.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UZB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Transportation Fuels" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Ministry of Transport implements the gradual transition of public transport to natural gas and electric traction, and conducts measures to expand the production and use of vehicles with improved energy efficiency and environmental friendliness;. The Ministry of Construction implements energy efficient and energy- saving innovative solutions in the construction of buildings;. The Ministry of Finance develops financial mechanisms to support the \"green\" economy; assesses the support received as part of the climate projects and programs;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GNB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "According to the NDC scenario, the carbon intensity of the energy sector would register an average annual decrease of -4% over the period 2020-2030, while it would increase by 1.8% per year in the case of the reference scenario. Waste. The mitigation measures foreseen by the NDC scenario in the waste sector are based on the following main assumptions:. A reduction in the quantities put in landfills by diverting part of the waste produced for recycling: paper and cardboard (50%) and textiles (10%).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Economy-wide: General" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Training and enhancing human capacity on climate change in information sector. MOINF. GHG Mitigation. Enhance journalistic professionalism. Reduce the spread of disinformation. Urge private Media organizations to participate in covering/broadcasting the climate change topics and to complement the state broadcasting agencies. MOINF. Reduce cost of climate risk. informed society and active citizens. GHG Mitigation. Environmental protection. Forest protection. Biodiversity conservation. Urge and encourage to reduce (or ban) all forms of commercial advertisement that has negative impact on environment. MOINF.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Further, Government of Sri Lanka has given more priority for sustainable energy policies, which are enforced to absorb more Non-Conventional Renewable Energy (NCRE) to the system at least 50% by 2030. 5.2 Emission Reduction from Other Sectors. Sri Lanka intends to reduce its GHG emissions from the sectors of Transport, Waste, Industries and Forest in total 10% as 3% unconditional and 7% conditional against BAU scenarios.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Energy: General", + "Infrastructure", + "Health: General", + "Early warning system" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Water", + "Transport", + "Health", + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Agricultural and livestock production. Territorial Ordering. Energy. Infrastructure. Health and sanitation. Risk management and natural disasters Early warning systems. Financing. Paraguay needs to promote the implementation of financial resources necessary to implement climate change adaptation and mitigation plans, programs and projects in the following priority areas:. Food security and sovereignty. Water (provision and sanitation). Energy. Biodiversity and forests. Health. Clean Industries. Infrastructure. Transportation. Climate finance through the various existing funds (Green Climate Fund, Adaptation Fund, Market and non-market mechanisms, Global Environment Facility, etc.). Technology Transfer.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DZA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Algeria\u2019s contribution in mitigation is based on the three most important greenhouse gases: carbon dioxide gas (CO2), methane (CH4) and nitrous oxide (N2O). At the meeting held on May 24th, 2015, under the chairmanship of His Excellency President of the Republic Mr. Abdelaziz BOUTEFLIKA, the Council of Ministers adopted the new national programs for renewable energy and energy efficiency. These ambitious programs aim at reducing by 9% the global consumption of energy by 2030.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Food security", + "Agriculture: General", + "Sustainable land management", + "Land degradation", + "Early warning system", + "Sustainable forest management" + ], + "SectorLabel": [ + "Agriculture", + "Disaster Risk Management (DRM)", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Encourage private investment along the agrifood value chain, including innovative technical solutions and better access to climate finance and insurance;. Strengthen the enabling institutional environment;. Increase household resilience with regard to food and nutrition security. Adaptation priority 2. Promote the sustainable use of natural resources, restore degraded landscapes and increase Congo s forest cover while meeting the ecological, social and economic needs of sustainable forest management. 2025-2030. The gender dimension is taken into account. 1, 8, 12 and 15. Mitigation co-benefit.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VUT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Water supply", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Indicator Wa 2.6: Financing related measures to protect climate vulnerable urban water sources identified and implemented (e.g. reforestation of watershed) [ECO 2.2.1]. Indicator Wa2.7: Proportion of urban household with access to climate-resilient natural water source in the six provinces [ENV 4.2.1; ENV 4.2.2; ECO 2.2.1]. Indicator Wa2.8: Percentage of water-climate vulnerable urban communities in the six provinces covered by water insurance [ENV 4.2.1; ECO 2.2.1]. ENV 4.2.1 Number of declared Water Protection Zones (Target: 6 Water Protection Zones declared.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CIV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Development of efficient mechanization of agriculture and improvement of conditioning, harvesting and conservation infrastructures. Reduction of post-harvest losses and increase of incomes. Creation of employment. Maintenance of ecosystem services. Promotion of sustainable and integrated practices to improve agricultural production capacities and value the resources of the environment. Promotion of agriculture-livestock association, agroforestry, and conservation agriculture in particular at the level of community and private plantations. Increase of agricultural yields and incomes. Reduction of social conflicts. Improvement of biodiversity.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Irrigation" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Farming practices capable of ensuring sustainable management of land and water resources and limiting GHG emissions are to be encouraged. Diversification of agricultural production;. Development of agro-ecological fish-farming techniques;. Low-input varieties and cropping techniques suited to a drier climate;. Controlled irrigation;. Inclusion of the climate change dimension in budgeting and development plans, programmes and projects;. Development of hydro-agricultural schemes;. Development of techniques to conserve and process agricultural, forestry and fish-farming products;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Funders for Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Buildings: General", + "Infrastructure and roads", + "Sea-level rise protection", + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Coastal Zone", + "Transport", + "Disaster Risk Management (DRM)", + "Urban" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "\u221a. \u221a. JICA interest. Disaster Resilience. 2015-2030. \u221a. \u221a. World Bank. Sea Wall and Foreshore Protection. 2015-2030. ADB and EU. Climate Proofing:. Public Infrastructure. 2015-2030. World Bank. Housing. 2015-2030. TBC", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The funders for sectoral conditional actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "UAE\u2019s coastal ecosystems, such as mangroves, salt marshes and seagrass beds, provide a range of ecosystem services. In the context of climate change, these ecosystems serve both adaptation and mitigation needs. The UAE is recognized amongst the few countries that have, through a range of restoration and conservation efforts implemented since the 1970s, proactively expanded its mangrove forest cover.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Energy", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "MoT will closely work with travel agencies and private sector to promote those relevant guidelines. 42. 3. Always remind and practice 3R in all tourists\u00b4acivities. Tourism. Ministry of. Tourism (MOT). Target: all tourist activities would be targeted. Conditional. Private would provide bags, re-fill bottle water, support recycle shops or association. Provide big bottle water for refilling. 43. 4. Reducing energy use, improving energy efficiency, increasing the use of renewable energy, carbon offsetting, waste management and recycling, and water conservation. Tourism. Ministry of. Tourism (MOT).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "HTI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Watershed and river basin management", + "Climate risk management", + "Climate smart agriculture", + "Coastal Zone: General", + "Crops" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "Cross-Cutting Area", + "Coastal Zone" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Protect and conserve existing national forest parks (10,500ha) by 2030. Protect and conserve existing mangrove forests (10 000 ha) by 2030. Forestry / reforestation: planting of 2500ha of forest per year from 2016 \u2013 2030. Protecting Marine Protected Areas (MPAs) in the South Coast of Haiti. 8.2 ADAPTATION MEASURES FROM NAPA. Vulnerable sectors / areas. Adaptation needs. Agriculture and Food Security. Crop development and use of appropriate agricultural techniques to climate change. Conservation of agricultural genetic resources. Agricultural development. Soil conservation and regeneration.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Early warning system", + "Infrastructure", + "Water: General" + ], + "SectorLabel": [ + "Water", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Drought management. Scaling up water supply to drought prone areas water point rehabilitation; rainwater catchment; water harvesting and storage technologies. Construction of multipurpose dams to retain surface runoff during the rainy season, as nearly 24% of annual rainfall is lost as surface run-off and. Integration of Indigenous Knowledge (IKS) into scientific early warning for drought. Flood management.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "A GHG emission reduction of 30% compared to the BAU scenario in 2030. 20% of the power and heat demand in 2030 is generated by renewable energy sources. A 10% reduction in power demand through energy-efficiency in 2030 compared to the demand under the BAU scenario. The conditional mitigation scenario covers the mitigation actions under the unconditional scenario, as well as further mitigation actions which can be implemented upon the provision of additional international support. Emission Trajectories.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Gas", + "Supply-side Efficiency: Power generation efficiency improvement: Fuel switching", + "Renewable Energy", + "Supply-side Efficiency", + "Renewable Energy: Solar", + "Renewable Energy: Wind" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Power generation: The Republic Korea is seeking to dramatically phase down coal-fired power generation while ramping up renewable power. Aged coal power plants will be shut down or shift their fuels from coal to Liquefied Natural Gas (LNG). The uptake of solar and wind power will be scaled up as well. The Korean government will also support research and development of improving the efficiency of major renewable energy facilities and make preemptive investment in improving power grids.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Livestock", + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "MINAGRI (RAB, NAEB, REMA, Private sector, Civil society). \u2714. \u2714. B. 24 million USD. Reduced GHG emissions from improved land. Percentage of farmers. adopting resilient crop/ varieties. MINAGRI (RAB, NAEB, Private sector, Civil society). \u2714. \u2714. B. Percentage of crossbreed livestock at national herd species. \u2714. \u2714. B. 5. Develop climate resilient postharvest and value addition facilities and technologies. Capacity of storage constructed in MT. MINAGRI (RAB, NAEB, Private sector, Civil society). \u2714. \u2714. B. 200 million USD.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Climate smart agriculture", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "2025. 2.1 Identify priority areas of vulnerability to resurgence and emergence of pests/disease, weeds and wild animal attacks due to climate change. 2021. 2.2 Develop and introduce appropriate IPM and IPNS programmes for the priority areas. 2022. 2.3 Increase SL GAP Certified products by 25% from areas that are highly vulnerable to climate change. 2025. NDC 3. Develop/introduce varieties resistant/tolerant to biotic and abiotic stresses targeting most vulnerable agricultural crops to climate change. 2030. 3.1 Develop, introduce/promote heat tolerant varieties.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Sustainable forest management", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The measures of the two approved sectorial plans are currently undergoing a process of gradual implementation, supported with national and international financing. For instance, the forestry and agriculture plan is made up of 21 measures which mainly focus around water management, research, information and capacity-building, risk management and agricultural insurance and forestry management.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Develop a circular agricultural economy plan to support reuse of organic materials and soil re-carbonization by 2025. Link agricultural development with the National REDD+ Strategy by 2025. FORESTS. Mitigation Targets. In the Forest sector, Liberia commits to the following mitigation targets to reduce GHG emissions from and enhance carbon sinks in forested areas:. Reduce the national deforestation rate by 50% by 2030. Reduce GHG emissions from forest conversion by 40% below BAU levels by 2030 (Reduction of 5,147 GgCO2e in 2030).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DMA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Early warning system", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Establishing early warning systems, multi-use disaster shelters (powered by renewable energy and back up bio-diesel generators) and emergency preparedness training programs in vulnerable communities;. Facilitating capacity building through education, awareness and training programs on climate change risks and resiliency measures in order to strengthen capacity at the community and sectoral level, within municipalities and local authorities, and the private sector;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Climate risk management", + "Tourism: General" + ], + "SectorLabel": [ + "Tourism", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Identify and assess tourism areas that are vulnerable to Climate Change and provide support to planners and policy makers in selecting appropriate policies and adaptation strategies that meet climate adaptation, developmental and environmental goals. \u2714. \u2714. \u2714. \u2714. Climate change adaptation research and capacity building in the tourism-recreation sector. \u2714. \u2714. \u2714. \u2714. Increase the preparedness of tourism and recreation operation to extreme weather conditions. \u2714. Land use. Integrated approach to Sustainable Land Use Planning and Management. \u2714. \u2714. \u2714. \u2714.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "It might be appropriate to use some of this revenue, or establish a new tax, to fund the fight against climate change. Manage its forests sustainably. Guinea has a wealth of biodiversity, with dense humid forests in the south-east, dry forests in the north, dense mesophilous forests between Bok\u00e9, Kindia and Mamou, and mangrove forests. These are special places for the conservation of large mammals, birds, batrachians, many families of invertebrates, etc. Various endemic species are found in the forests.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BDI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Tracking progress towards targets", + "Sectoral plans on", + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy: Waste-to-Energy", + "Renewable Energy: Biofuels", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "SIGUVYAYE 300KW of Karonke micro-power plant are Installed capacity micro-power plant in operation (private) Karonke 2- Increase energy production capacity by photovoltaic system are installed Installed capacity of Mubuga solar power plant Installed capacity of off-grid public facilities by photovoltaic solar energy Electrify off-grid public facilities by photovoltaic solar energy Number of facilities electrified use of biogas digesters in boarding schools to compensate for the use of wood for cooking boarding schools are equipped with a biogas digester Construct biogas digesters in boarding schools Number of facilities equipped with a biogas digester.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on progress towards a given sectoral target", + "Unconditional part of mitigation target for a given sectoral plan", + "Unconditional part of the mitigation effort for a given sectoral target", + "Information on sectoral plans", + "Targets at the sectoral level" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Buildings" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Health. Transportation. Description of the goal. 2.5.1. A. Goal based on the implementation of infrastructure works at the community level. By 2025, green and gray infrastructure works will have been implemented at the community level, such as measures against floods in the Acelhuate Hydrographic Basin and measures against landslides in the Las Ca\u00f1as Hydrographic Basin, with a scope of at least eight municipalities. 2.5.1. B. Goal based on the implementation of housing rehabilitation actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SGP", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Water supply", + "Infrastructure", + "Climate risk management" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Commercial, industrial, institutional and residential developments and redevelopments greater than or equal to 0.2 hectares are required to implement on- site storm water detention measures to reduce the peak discharge into the public drainage system. e. Enhancing water security: Singapore has developed a robust, diversified water supply system through \u201cThe Four National Taps\u201d: namely, local catchment water, imported water, NEWater[7] and desalinated water. Since 2011, with the completion of three reservoirs in urbanised areas, the total water catchment area has been increased from half to two-thirds of Singapore\u2019s land surface.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Indicators already available according to a sex-specific disaggregation through national or international data are marked with an (*). Gini index. Synthetic index of 11 adaptability indicators proposed by UNEP. 29. Share of national cereal food needs satisfied by national production. Commitment 1. Justification. Actions. Impact indicators. Development and implementation of the action plan for the National Water Policy (PNE). The Republic of Guinea is considered the \u201cwater tower of West Africa\u201d.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "WSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Mangroves", + "Reforestation", + "Sustainable land management", + "Sustainable forest management", + "Agroforestry" + ], + "SectorLabel": [ + "Agriculture", + "Coastal Zone", + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "AFOLU\u2014reduce GHG emissions in the AFOLU sector by 26 percent in 2030 compared to 2007 levels (or by 35.2 Gg CO2e compared to the new reference year once the GHG emissions inventory is updated). Marine\u2014expand the area of mangrove forests in Samoa by 5 percent by 2030 relative to 2018.70. AFOLU\u2014expand the area under agroforestry to an additional 5 percent of agricultural land by 2030 relative to 2018.71.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "THA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Coastal management", + "Disaster preparedness", + "Disaster Risk Management (DRM): General", + "Tourism: General" + ], + "SectorLabel": [ + "Coastal Zone", + "Tourism", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Develop participatory, integrated marine conservation and coastal rehabilitation plan to protect marine ecosystem and enhance climate proofing infrastructure to strengthen coastal protection against erosion. Promote nature-based and sustainable tourism while enhancing better understanding on risk and vulnerability of the tourism sector, especially in hotspot areas. Strengthen disaster risk reduction and reduce population\u2019s vulnerability to climate risk and extreme weather events through enhanced awareness, coordination and adaptive capacity of local communities, especially in the disaster risk-prone areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_2", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Capacity Building Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Policies and institutions: The legal framework for integrating climate change issues into national Socio-Economic Development Plans is still limited; there is still ineffective coordination between line ministries, sectors and localities to address multi-sectoral and inter- regional issues; a lack of incentives to attract domestic and foreign investment and to mobilise the private sector to participate in climate change adaptation. Capacity: There is a shortage of experts and technical staff who are specialised in climate change and the assessment of the effectiveness of adaptation measures, particularly at the local level; there are significant limitations in communication and awareness-raising on climate change; there are unmet needs in terms of forecasting disasters and early warning capacities, as well as scientific research on climate change and adaptation technology; appropriate climate change adaptation models at the community level need to be summarised comprehensively and replicated; there are limited capacities to select and decide on prioritising resources for the implementation of climate change adaptation activities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needs for Sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "1 million ha of irrigated perimeters developed and equipped (ii) About 150 farmers organizations and peasant cooperatives established; (iii) Number of farmers using the guide to good agricultural practices for the management of fallow land, and the use of natural fertilizers; (iv) Number of sensitization and agricultural extension campaigns per year. 180 to 187 Mt CO2e (43%). 1.7. Integration of agriculture in the national land use plan, developed in the implementation of the REDD+ strategy. Existence of:. the regional planning policy;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Efficient cookstoves", + "Renewable Energy", + "Energy Efficiency", + "Renewable Energy: Hydro", + "Transport: General" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Conditional scenario:\u00a0It is one that goes beyond the unconditional contribution, and that the country is willing to undertake if support means are available from international cooperation (UNEP DTU PARTNERSHIP, 2015). These scenarios will be obtained through the implementation of the following lines of action and initiatives. Table 2 Action lines for unconditional scenario mitigation. ENERGY SECTOR. Lines of action. Promote the use of renewable energy. Strengthen energy efficiency and change consumer behavior. Promote and implement sustainable mobility. Initiatives. Description. Development of Hydroelectric Power Plants.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Technology needs" + ], + "SubSectorLabel": [ + "Sustainable Land Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Historically, Morocco went through 20 years of drought in the past 70 years, which means almost one third of that period. Studies show that in the future, Morocco will become more arid due to a decrease in precipitation, a concurrent temperature increase, and extreme weather events occurring with higher frequency. Projections show that the country\u2019s decrease in precipitation will be to the order of 20 % on a 2050-time horizon, with a greater impact in semi-arid plains.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Technology needed for a given sectoral target", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Agricultural Waste", + "Waste: General", + "REDD+" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry", + "Transport", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The country also commits to implementing performance standards aimed at vehicle purchase and use taxes, low GHG fuels, and incentives for vehicle demand reduction. AFOLU: Sierra Leone will adopt appropriate technologies for running large scale management of agricultural and forestry residue, manure, household kitchen and garden waste, and biosolids (organic solids from treated sewage). Technologies and tools for reducing food waste by improving value chains, and new REDD+ initiatives targeting established protected and community conservation areas will be adopted.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Reforestation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "By adjusting or increasing the growth rate of natural forest through enrichment planting, capacity of Indonesian forest in sequestering carbon will increase significantly, thereby increasing emission reduction. C. Land Rehabilitation (afforestation/reforestation/timber plantation). Increasing carbon sequestration in CM1 and CM2 from the BAU is conducted by increasing land rehabilitation program (afforestation and reforestation) and accelerating the establishment of timber plantation in unproductive lands (about 12 million ha in total).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Demand-side Efficiency: Buildings", + "Demand-side Efficiency: Industries" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Voluntary scheme for other companies, especially for. SMEs to reduce 10% in 2030. MME. Other Industries. Building residential. Building commercial. 5. Public awareness campaigns, DTEBP-EE info centres. Reduce 2% of energy consumption in 2030. MME. Building residential. Building commercial. 6. Building codes and enforcement/certification for new buildings and those undergoing major renovation. Reduce 10% of electricity consumption in 2030. MME. Building commercial. 7. Introduction of efficient electrical motors and boilers. Reduce 2.3% of current electricity consumption in 2030. MME. Building commercial. Other Industries. 8.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Energy: General", + "LULUCF/Forestry: General", + "Waste: General", + "Industries: General", + "Transport: General" + ], + "SectorLabel": [ + "Industries", + "Waste", + "Transport", + "LULUCF/Forestry", + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Possible emission reduction actions have been identified in each sector, which are to be implemented during the period of 2020 to 2030. NDCs for Mitigation intends to reduce the GHG emissions against BAU scenario by 20% in the energy sector (4% unconditionally and 16% conditionally) and by 10% in other sectors (transport, industry, forests and waste) by 3% unconditionally and 7% conditionally by 2030. 5.1 Energy Sector-Electricity generation. Sri Lanka has realized almost 100% electrification through the national grid.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Mangroves", + "Monitoring and Evaluation System", + "Infrastructure and roads", + "Energy: General", + "Economy-wide: General", + "Infrastructure", + "Climate risk management", + "Climate smart agriculture", + "Urban: General", + "Climate services", + "Buildings", + "Watershed and river basin management", + "Health: General", + "Coastal management", + "Food security", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Transport", + "Coastal Zone", + "Energy", + "Health", + "Economy-wide", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "By 2025 Panama will have developed the \"Technical Guide for Climate Change for Human Settlements\" with mitigation and adaptation components. Ministry of Environment. No GHG Target. Actions, Policies and Regulations. Technical Guide on Climate Change for Human Settlements developed. By 2025, Panama will have launched the \"Reduce Your Municipal Footprint Program\". Ministry of Environment. No GHG Target. Actions, Policies and Regulations. Reduce Your Footprint Program in operation. 4.7.3 Operational aspects.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"While the BAU scenario considers a mean risk of forest fires at 10 000 ha / year (less than bigger episodes but slightly higher than the other years to represent an increasing risk), the NDC considers a progressive reduction of 5% of this risk. In 2030, the application of this measure allows a reduction of the annual emission estimated at - 251 kt CO2e compared to the BAU scenario.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Ecosystem and biodiversity", + "Early warning system", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Improvement of Early Warning System to Reduce Impacts of Climate Change \u2013 Phase II. 2016 - 2020. Improvement of Capabilities to Cope with Natural Disasters caused by Climate Change. 2011 - 2014. Eco-system based climate change adaptation in southern Lesotho. 2015 - 2021. Increasing Capacity for Climate Change Adaptation in the Agriculture Sector \u2013 I. 2008-2011. Increasing Capacity for Climate Change Adaptation in the Agriculture Sector \u2013 II. 2015-2019. Climate Change Policy Project. 2016-2017. Lesotho Climate Change Adaptation of Small-Scale Agricultural Production. \u2713.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthen capacity of Ministry of Mines, Energy and Rural Electrification and Ministry of Agriculture and Livestock Development to support resource owners implement carbon assessments and carbon trading through agriculture mitigation and renewable energy programs. Integrate gender analysis and gender considerations in planning and implementation of mitigation actions. MITIGATION CONTRIBUTION. PARTY: Solomon Islands. DATE: March 2020. Parameter. Information. Period of defining actions. Five-year periods starting 2020, with reference to 2025 and ending in 2030. Type and Level of Commitment. All commitments are premised on:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Increase the financial support for municipalities, to undertake the necessary interventions in the secondary and tertiary drainage canals. Medium. Medium. Medium. Medium. Medium. High. Increase of the flood protection capacities. From a total of 850 km of river and sea embankments, about 300 km of them, need urgent repairs. High. Medium. Medium. Medium. High. Very High.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Demand-side Efficiency: Appliances", + "Air Conditioners and Refrigerators" + ], + "SectorLabel": [ + "Energy", + "Industries" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Based on this observation, Senegal expresses its interest in continuing the fight against ODS as well as the implementation of related flagship programs in connection with existing international initiatives, in the following areas:. Energy efficiency in industry and the large tertiary sector;. The introduction of efficient food refrigeration equipment;. Appropriate regulations will be put in place on energy standards for household appliances.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improvement of animal breeding technology in Cambodia through Artificial Intelligence (AI) which can adapt to climate change. MAFF. Environmental, social and adaptation. Promotion of research capacities on animal genetic, animal breeding, and animal feed is strengthened to adapt to climate change. MAFF. 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Build regional climate resilience by serving as a knowledge hub to foster regional cooperation and exchange experiences on adaptation. 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Energy conservation measures will reduce the consumption of primary energy, mainly natural gas. 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Modernization of multiservice channels. Rainwater collection program of 300 million m3 / year. Reduction of the overexploitation of water tables by 50% by 2030 and reaching a balance in 2050 (artificial recharge, participatory management of water tables, improvement of groundwater recognition, etc.). Improving the quality of water resources by reducing pollution to more than 70% and increasing the rate of reuse to almost 30% by 2050.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Recycling, Reuse, Reduce", + "Waste: General", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Encouraging the implementation of pilot projects related to the sorting of solid waste from the source and treatment plants, particularly in the large cities with intensive economic activities. Regulate and encourage the recycling industry, and develop standards for necessary facilities and equipments. Conversion of sanitary landfill gases into energy (and utilization of biogas).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "CCS" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "\"In line with its commitment to clean energy generation, the UAE announced in 2022 that the Hassyan Power Complex, originally designed to operate on coal, would now run on natural gas. The plant specifications also require the facility to be constructed carbon capture-ready, meaning that the installation of carbon capture equipment in the future should not require any modification to the plant or hinder the facility\u2019s use.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Power system planning", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Mines and energy: \"Contribute to the energy transformation of the country in a way that the competitivity of energy mining industries is guaranteed in climate change scenarios.\" \"Strategic line for environmental management: By 2025, have an ecosystem-based adaptation project for the electricity sector to help companies in the sector ensure compliance with the strategic objectives\" (16).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Conservation", + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Long term USD 1 /seedling; medium plan USD 0.5/seedling ; Fast growing USD 0,3/ per seedling. Revenue is referred to social, environmental and promoted people livelihood. Simple guide for tree plantation, Nursery management. Women participation were encouraged. 2, 6, 15. 39. REDD+. Strengthen management of forest conservation areas, such as protected areas and flooded and mangrove conservation areas - Promote forest land tenure security through forest land classification, zoning, demarcation, and registration. Strengthen law enforcement activities to address unauthorized logging, and encroachment.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Landscape management", + "Livestock", + "Land and soil management", + "Agriculture: General", + "Irrigation", + "Water efficiency", + "Crops" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "crops adaptation by using the existing genetic diversity and new opportunities provided by biotechnology;. increase the efficiency of pest and disease control;. efficient use of water by reducing water losses, improving irrigation techniques, water recycling and storage;. improved soil management by increasing water retention to maintain the soil moisture;. landscape management by maintaining landscape elements that provide shelter to livestock;. introduce livestock species resilient to extreme temperatures and adapt the nutritional regime of livestock to demands caused by climate change;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Biodiversity and Ecosystems 1.2: \u201cIdentify and map \u2018climate-vulnerable\u2019 species of flora and fauna and their habitat including connections with the need to control invasive\u00a0species, and\u00a0create a national plan and monitoring system to support climate vulnerable species\u201d (p. 41)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Another contribution will include the diffusion of technology and knowledge in the agriculture and livestock sector at the local level, as a tool for improving lifestyle and diversification of production. These technologies and knowledge will aid in including variables related to climate change adaptation and generate information on the potential impacts of climate change on the basic basket.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agricultural Waste", + "Fisheries and Aquaculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "- Reduce the unsustainable consumption of firewood, for example through sustainable wood-energy management; improved homes, and the promotion of methanisation and/or butanisation in rural areas; - Develop energy production based on agricultural waste, in particular through the upgrading of cocoa beans, almond apples, sugarcane bagasse, molasses, cassava effluents, rice straw for the production of briquettes; etc. - Develop the production of animal and fish food supplements and other products (e.g. silage); - Develop the use of improved manure by composting.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Implement international commitments in terms of forest and landscape restoration made within the framework of the Bonn challenge and the African Initiative for Restoration (AFR100) (2 million hectares restored). 1 billion USD. Order of magnitude of 500 USD / ha Initial situation = degraded land Final situation = forest. Ensure reforestation programs throughout the territory up to a minimum of 5 million trees per year and sustainably manage reforested areas. 140 million USD. 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Develop pipeline of climate change adaptation activities for the period 2021 to 2030 to Support South Africa\u2019s Just Transition to a climate resilient economy and society. USD 3 - 4 billion required for the implementation of the NCCAS for a period 2021 to 2030 to support South Africa. Element (d) of the Annex to decision 9/CMA.1.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agricultural Waste", + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Implementation of water efficiency is up to 820,000 hectares in 2030*. Implementation of water efficiency is up to 820,000 hectares in 2030*. 3. Manure management for biogas. No mitigation actions. Up to 0.06% of the total cattle in 2030**. Up to 0.06% of the total cattle in 2030**. 4. Feed supplement for cattle. No mitigation actions. Up to 2.5% of the cattle population in 2030**. Up to 2.5% of the cattle population in 2030**.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BIH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Buildings: General" + ], + "SectorLabel": [ + "Buildings" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "This would result in a slower growth trend of emissions that would increase by 18% in 2030 compared to 1990. This mitigation scenario implies unconditional implementation of minimal technical requirements and sanitation activities related to increase energy efficiency within the buildings sector, e.g. renovation of buildings for which also international financial support is required in order to increase the emission reduction amount and develop a sustainable system, as well as and a very slight trend of increasing the share of RES in electricity production.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Conditional part of mitigation target for a given sectoral upstream policy" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Sea-level rise protection", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Coastal Zone", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In sum, infrastructure development and incentives to create supply will increase demand and electricity consumption which, in turn, is intrinsically associated with the expected economic development of the country. 2.5.1. Characteristics of the Tertiary Sector. Transports. Road transport. A country s economic and social development cannot be dissociated from the growth of national transport networks that accompany this growth.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Some of the specific measures as part of the National Institutional Capacity Development for Climate Change include:. Strengthening the mandate of the cross-sectoral national climate change team to improve coordination and engagement,. Capacity development support for key non-governmental institutions in low emissions and climate resilient development planning, including national NGOs and research/educational institutions,. Development of a national climate change strategy and action plan. Promotion of sub-national capacity development for Improved adaptation planning and implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Improve effectiveness and efficiency of energy use; reducing energy consumption. Innovate technologies and apply advanced management and operation procedures for efficient and effective use of energy in production, transmission and consumption, especially in large production facilities where energy consumption is high;. Apply energy savings and efficiency, and renewable energy applications in the residential sector, trade and services;. Develop public passenger transport, especially fast modes of transit in large urban centres.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "If 20,000 hectares are successfully planted, this will generate a long-term sequestration gain of 360 tCO2eq per hectare sequestered after 30 years, corresponding to 7.2 mtCO2eq for 20,000 hectares after 30 years. Cabo Verde also aims at eliminating three stone cooking stove (35% of households still use three-stone stove) through improved low-emissions cookstoves by 2025 at the latest, and thereby substantially removing demand for firewood.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Buildings: General", + "Gas Flaring" + ], + "SectorLabel": [ + "Buildings", + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The Government of Brunei Darussalam has developed building guidelines; all buildings including commercial and housing estates, industrial and government buildings are required to set aside or to retain 10% of the land as open space or green area. Studies are being undertaken to identify measures to reduce flaring and venting during gas extraction, which in turn will reduce emissions of methane and carbon dioxide. Gas flaring and venting also wastes valuable energy resources that could be used to support economic growth. 3 Adaptation Contribution.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Land Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "While the average annual above-ground biomass growth [Gw] is of 0.854 tdm/ha/y for coppice and high forest, and 1,0 tdm/ha/y for shrubs; a higher growth factor of 2,3 tdm/ha/y, from IPCC default values relevant for the country, is used. 7.4.3.3. Improved sustainable grassland management (L6). This action is done to enhance carbon sequestration and protect biodiversity. Grassland mineral soil is improved by additional inputs from agricultural management (livestock management, more inputs, as seen in Agriculture sector).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Time frame" + ], + "SubSectorLabel": [ + "Water management", + "Water quality", + "LULUCF/Forestry: General", + "Biomass energy", + "Sustainable forest management", + "Water: General", + "Sustainable land management", + "Renewable energy", + "Health: General", + "Wastewater treatment", + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "LULUCF/Forestry", + "Energy", + "Health", + "Education", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Improving the energy efficiency of the use of wood energy through the use of improved stoves: Development of prototypes; Production and distribution. Households equipped in 2025 and 2030:Solar lighting: 5% and 50%. Solar cookers: 5% in 2025. LPG: 10% in 2030 (target: 50% female heads of household). Modernization of domestic energy: Sector study;. Pilot phase implementation. Conditional NDC. Increase charcoal production yield by 10% in 2025 and 25% in 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Livestock", + "LULUCF/Forestry: General", + "Sustainable forest management", + "Crops", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Lesotho Block Farming Initiatives. 2005 to date. Smallholder Agriculture Development Project \u2013 Livestock. 2011-2017. Land Rehabilitation Program. 2005 to date. Mechanism to Implement the Forestry Initiative for Landscape and Livelihood Improvement Program. 2015-2016. Forestry Initiative for Landscape and Livelihoods Improvement Program. 2015-2016. Strengthen the implementation of the national Community-Based Forest Resources Management Programme. 2020-2030. Support review and implementation of the National Forest Policy. 2020-2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Water management", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Water", + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Climate change. Institution responsible for actions. Linkage with ODS. Indicators. Number of training workshops. Number of people trained. Number of people participating in awareness-raising workshops. Number of information published in mass media, social networks and other alternative media.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "There is a need to increase the resourcing of adaptation and mitigation measures. Short Term (up to 2 years). Explore climate change financing modalities by 2015. Medium Term (3 to 5 years). Improve access to global financing facilities such as the Global Green Fund. There is a need to strengthen partnerships at all levels for building resilience for climate change. Short Term (up to 2 years).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DMA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Food security", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Facilitating capacity building through education, awareness and training programs on climate change risks and resiliency measures in order to strengthen capacity at the community and sectoral level, within municipalities and local authorities, and the private sector;. Promotion of Food Security through Climate Resilient Agricultural/Fisheries Development to build climate resilient communities by strengthening capacity to address climate change risks to food security associated with changing precipitation patterns;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Economy-wide: General", + "Power system planning", + "Infrastructure", + "Buildings", + "Renewable Energy: Waste", + "Renewable energy", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Transport", + "Energy", + "Economy-wide", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Another essential component of overall country resilience to climate change is recognising and planning for Critical Infrastructure, particularly roads, ports, government buildings, energy generation, and water and sewerage management systems. Building capacity in managing the country\u2019s critical infrastructure requires clear linkages between responsible Government entities, a responsive education and awareness programme targeting infrastructure users, supported by appropriate research, and followed by reflexive monitoring.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Based on national circumstances, and considering the current trends, potential for afforestation areas is estimated at 300 ha per year. In 2030, the application of this measure allows a reduction of the annual emission estimated at -7 kt CO2e compared to the BAU scenario. L3. FOLU. Improved management and monitoring to prevent wildfires. Forest land - disturbances & biomass burning. ECCS.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Explore green economy, circular economy and green innovation as a way to create new and sustainable jobs in the growing green sector (energy, water, waste, agriculture etc.), especially for young people. 4.8.2 Enhancing local adaptive capacity to climate change impacts through local climate action plans. Adaptation measures should start at the local level and then being scaled up to national levels at many areas of intervention, especially while addressing vulnerability to climate change at the level of municipalities, towns and villages.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Reforestation", + "Renewable Energy: Solar", + "Sustainable forest management" + ], + "SectorLabel": [ + "Energy", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Conditional measures, which will be implemented thanks to international support in the sectors of land use change and forestry (LUCF), energy, agriculture, industrial processes and waste (table 1). Table 1 : Conditional mitigation measures. Description of Project. Emissions avoided (Kt CO2/year avoided). Sectors impacted. Quantities avoided. National programme for advanced conversion of wood. LUCF/Energy. 500. National programme for reforestation and rehabilitation of post-exploitation areas. Energy/Agriculture/LUCF. 1000. Construction of a photovoltaic solar power plant at Bangui. 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Implementation of energy efficiency measures in public municipal companies. In accordance with the Law on Efficient Energy Use, local governments are obliged to prepare a Programme for Improving Local Government Energy Efficiency for a period of three years. The programme shall contain a proposal of energy efficiency measures for the local governments. 3. 27. 11E.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Water supply", + "Climate services", + "Water: General", + "Coastal Zone: General", + "Wastewater treatment", + "Education: General" + ], + "SectorLabel": [ + "Water", + "Transport", + "Coastal Zone", + "Education", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Production, management and dissemination of information on water resources and hydraulic/agro-hydraulic developments. Number of communication plans implemented. Strengthened climate governance. 0.06. 2021-2030. Improved access to drinking water. Number of households with access to drinking water (rural, urban). Home improvement. 0.23. 2021-2030. Improved access to sustainable waste management services and wastewater treatment. Number of households with access to sanitation services. Home improvement. 0.20. 2021-2030. Improved access to communication (roads and ICT) and opening up of vulnerable rural areas. Number of households with access to information.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Coastal management" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The solar panels installed on a high ground provide power to pump water distributed through a pipeline to the community, school and a health centre in Lasa-Dacawo Village. PROJECT COMPONENTS, IMPLEMENTATION AND COSTING. The project components, implementation and costing require further studies and consultation with government agencies and private sector involving more in depth studies of needs and potential. 2.9. Project Profile 9: Marine and Coastal Environmental Governance and Management of Somalia.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Monitoring and Evaluation System", + "Climate risk management", + "Sustainable urban planning", + "Early warning system" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "To properly lay out functional zones in cities, to make overall arrangements in developing infrastructure and to effectively safeguard city lifeline system;. To formulate contingency plan for public health under the impacts of climate change and to improve the capacity of public medical services to adapt to climate change;. To strengthen comprehensive assessment and risk management of climate change and to improve the national monitoring, early warning and communication system on climate change;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Training and qualification for local administration and communities living within Protected areas on climate change impacts. Protected areas. Very High. Table 26 Summary of planned adaptation measures and priority level for Aquaculture and Fisheries. Adaptation measures for Aquaculture and Fisheries. Sectors. Priority level. Institutional Adaptation. Strengthen the institutional framework (e.g. coordination). Institutional and organizational strengthening of central and local governmental structures (following a co-management approach) in providing interconnection between planning authorities and other inter-sectoral bodies that play a role in adapting against climate changes.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Transportation Planning", + "Public Transport", + "Transportation Fuels" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Transport Sector. Belize\u2019s contribution is to achieve at least a 20% reduction in conventional transportation fuel use by 2033 and promote energy efficiency in the transport sector through appropriate policies and investments:These improvements include:. Undertaking a traffic management study aimed at reducing traffic congestion in urban areas and along the Philip Goldson Highway into Belize City;. Improving public transportation;. Upgrading maintenance of bus fleet;. Improving scheduling;. Upgrading the industrial fleet;. Promoting the use of bio-fuels;. Sustainable Energy Plan.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthening capacities for risk prevention and reduction, effective emergency preparedness and response at all levels; enhancing livestock and disease-related early warning system, and integrating disaster risk reduction and climate change adaptation measures into recovery and rehabilitation initiatives in the livestock sector. MAFF. Environmental, social and adaptation. Promoting aquaculture production systems and practices that are more adaptive to climate change. MAFF. 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Climate-proofing of some of the existing developmental project to increase their resilience for current and future climatic changes. Planting shelterbelts, introduction of high economic value trees and rehabilitation of the Gum Arabic gardens to increase the resilience of vulnerable communities through engagement in a range of forestry activities. Rangeland and livestock.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Buildings" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Urban Settlements (Housing): \u201cIt is estimated that 700,000 houses will be built with alternative\u00a0bioconstructive\u00a0systems (wood, bamboo, bahareque), in response to losses and damages due to adverse effects of Climate Change, and to special attention to rural areas, indigenous peoples and other ecologically fragile areas.\u201d (p. 106)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Fertilizers", + "Waste: General" + ], + "SectorLabel": [ + "Agriculture", + "Waste" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Promote specific fertilizers and other organic organic inputs for sustainable soil fertility management. Large agricultural areas. 0%. 0. 100%. 0.23755. 0.23755. Waste and Sewage Sector. Develop and implement master sanitation plans;. All municipalities. 100%. 0.001. 0%. 0.216. 0.217. Promote waste management based on an increase in recovery capacity by biodegradable and non-biodegradable sector;. All municipalities. 0%. 0. 100%. 0.488372. 0.488372. Optimize waste collection systems;. All municipalities. 100%. 0.04712. 0%. 0. 0.04712. Establish a decentralized waste management system at the national level. 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Implement anti-inundation measures for large coastal cities; construct climate change resilient urban infrastructure; strengthen and build new large urban drainage infrastructure;. Consolidate, upgrade and complete crucial sea and river dykes;. Control saline water intrusion in the most severely affected areas. 3.5. The need for capacity building, technology transfer and finance for climate change adaptation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_2", + "Condition actions of the sectoral level", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Define transport demand management policies that encourage and prioritize the use of sustainable modes (more efficient private transport with hybrid and electric cars) and also lead to better management of passenger transport in the metropolitan environment with greater influx of movements. In a first phase the displacement of 100,000 units where 75% of electric vehicles and 25% hybrids and a second phase 120,000 additional units, assuming the same metric.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Downstream actions" + ], + "SubSectorLabel": [ + "Gas", + "HFCs", + "Energy: General", + "Transportation Fuels" + ], + "SectorLabel": [ + "Energy", + "Transport", + "Industries" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Under the Clean Air Act, the United States Environmental Protection Agency is developing standards to address methane emissions from landfills and the oil and gas sector. Under the Clean Air Act, the United States Environmental Protection Agency is moving to reduce the use and emissions of high-GWP HFCs through the Significant New Alternatives Policy program.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MLI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Renewable energy", + "Energy efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "capture and storage of rainwater in order to contribute to universal access to drinking water and access to water for other uses, through the creation of 20 drinking water supply systems and 200 surface water and surface water catchment works for 75,000 rural households (men and women);. of the development of renewable energies and Energy Efficiency, aiming to install more than 100 MW of renewable energy (objective: to reach the target of 10% of the energy mix on the horizon 2020, by developing photovoltaic inertia, wind, the small hydropower and biomass energy).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "OMN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Disaster preparedness" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Detailed climate simulation reveals that the Arabian Gulf and the Sultanate of Oman form a particular regional hotspot where climate change is likely to cross the survivability threshold in the absence of drastic carbon cuts. Moreover, much of Oman s population, infrastructure, and economic activity are located in coastal zones and are vulnerable to sea-level rise, salt-water intrusion, and more frequent extreme tropical cyclones.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Program Timing: 2016-2030;. Forecasted Emission Reductions: 12Gg. 9. Reduce Methane Emissions from Landfill. Dominica\u2019s existing landfill commenced operation in 2005. It is a modern, engineered landfill, with a liner, leachate collection, and capping. Methane collection vents were installed from the start, and have been venting the methane produced from the organic waste decomposition process ever since.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Energy: General", + "Economy-wide: General", + "Poverty reduction", + "Disaster preparedness", + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Energy", + "Social Development", + "Disaster Risk Management (DRM)", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Establish and support an enabling environment for improved coordination of disaster risk management /climate change adaptation in the Marshall Islands;. Public education and awareness of effective CCA and DRM from the local to national level;. Enhanced emergency preparedness and response at all levels;. Improved energy security, working towards a low carbon emission future;. Enhanced local livelihoods and community resilience for all Marshallese people; and. Integrated approach to development planning, including consideration of climate change and disaster risks.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "20%. 6063. 33%. 6063. 33%. Coal. 7940. 33%. 3620. 20%. 2120. 11%. Interconnection. -. -. 1400. 8%. 1400. 8%. Total. 23594. 100%. 18239. 100%. 18329. 100%. Due to increasing national sensitivities around social and environmental safeguards associated with large-scale hydropower infrastructure development, the government has reduced its intended expansion of this energy source from a BAU of 38% to 28% (5156MW) or 31% (5676MW) under this NDC.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SAU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Coastal management" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The project will develop the LINE, a city of a million residents with a length of 170 km that aims to preserve 95% of nature within NEOM, with zero cars, zero streets, zero carbon emissions and to be powered by 100% renewable energy and green hydrogen. 5.2 ADAPTATION UNDERTAKINGS. The following adaptation contributions are expected to support Saudi Arabia\u2019s efforts to address climate change and raise resilience to its impacts:Integrated Coastal Zone Management Planning (ICZM): Take the necessary action to develop and implement ICZM plans that would take into account the protection of coastal infrastructures such as roads, residential areas, industrial complexes, desalination plants, seaports, etc.;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "NER", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Efficient Charcoal Stoves. fireplaces. 520,000. 140,000. LPG fireplaces. fireplaces. 520,000. 500 00. Office lighting. efficient with compact fluorescent bulbs. Lamps. 253,000. 80,000. Efficient office lighting with LEDs. Lamps. 310,000. 90,000. Efficient public lighting. Lamps. 140,000. 70,000. LED solar lights. Lamps. 71,000. 40,000. Efficient refrigerators. Refrigerators. 283. 000. 113,000. Efficient Hotel Refrigerators. Refrigerators. 71. 000. 15,000. Solar Street Lights. Lamps. 40,000. 8,000. Reduction of electricity transmission and distribution losses. New high-efficiency coal-fired power plant. MW. 200. 0. Efficient electrical networks (losses avoided). GWh. 52. 0.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Unconditional part of the mitigation effort for a given sectoral target", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Health: General", + "Disease surveillance and control", + "Infrastructure" + ], + "SectorLabel": [ + "Water", + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Secure climate proof water infrastructure including through developing resilient/ climate proof WASH infrastructure to increase community resilience and boost adaptive capacity. 3.3 Health. Enhance legal, policy and institutional frameworks for health sector through. Mainstreaming climate change into the national health policy and other strategic documents. Strengthening climate-informed disease control programs and surveillance systems using climate services to target vector control. Improving and integrating the health management information system with other systems from relevant sectors to achieve a centralized Monitoring Review and Verification (MRV) system and.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Wetlands" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In addition, protected areas will be established in coastal ecosystems for wetlands, state-owned lands and use and property of the federal authorities to supplement the marine network. This contribution considers the following climate actions to be developed:. By 2030, protect at least 10% of under-represented marine eco-regions (Humboldt, Central Chile, Araucan\u00eda and Chiloe), in the framework of a participatory marine spatial planning, based on science and holding criteria to deal with the effects of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Conservation", + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Implement in-situ and ex-situ conservation measures in national plans/strategies for the conservation and enhancement of national seed and plant material in the face of climate change;. Empower interested communities and actors (women, the elderly, the youth, \u2026) to safeguard natural resources, to become foresters, conservationists or entrepreneurs in the sustainably- and locally sourced products business: teas, aromatic herbs, essential oils, soaps, rhum, mel, cheese, coffee, dies, panos etc. Lead Agency: Ministry of Agriculture and Environment. Adaptation Contributions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "UGA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Gender" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Promote and encourage the mainstreaming of gender considerations in climate change issues. The Government of Uganda will continue to commit significant resources to climate change-relevant strategies. Ugandan communities, private sector and NGOs can also contribute significantly to these climate change-related activities, for instance through public-private partnerships and payment for ecosystem services schemes. However, the full implementation of the priority adaptation and mitigation actions is conditional on the support of international stakeholders.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "To further guide the development of Timor-Leste\u2019s non- oil economy, Timor-Leste is willing to formulate a low carbon development strategy in accordance with Article 4, paragraph 19 of the Paris Agreement by 2025. Timor-Leste will undertake a range of actions in relation to and within sectors not covered as quantitative commitments.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water conservation and reuse", + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Prioritize measures and actions to raise the perception of risk and increase the level of knowledge and the degree of participation of the entire population in confronting climate change and a culture that encourages saving water. For any adaptation action considered, the potential mitigation benefits will be assessed. 3.3 Specific approaches to mitigation. Regarding mitigation, Cuba s contribution to global greenhouse gas emissions is minimal.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar: Off-Grid", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Rural solar electrification in 2025 of:. 2292 localities by mini networks;. 4356 localit\u00e9s Solar Home System (SHS) ;. i. Household fuel sub-sector. The measures for domestic fuels contribute to the preservation of the forest resource, with the substitution of fuelwood and charcoal by sustainable sources and efficient cooking equipment. Context of the sub-sector. Household fuels (mainly charcoal and fuelwood) represent nearly 35% of final household energy consumption in 2016. Fuelwood and charcoal constitute more than 75% of energy sources household cooking.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Disaster relief and recovery", + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Nepal will study and understand further loss and damage associated with climate change impacts with the support from scientific and academic communities. Nepal plans to formulate the Low Carbon Economic Development Strategy that will envision country\u2019s future plan to promote economic development through low carbon emission with particular focus on: (i) energy; (ii) agriculture and livestock; (iii) forests; (iv) industry; (v) human settlements and wastes; (vi) transport; and vii) commercial sectors.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Resilient and green city concept will be adopted to ensure future climate risks are managed efficiently. Improving Public Health Resilience. Malaysia will expand public health management of future climate risks by adopting evidence-based decision making and improve the projection models in addressing the complex causal relation pathway of climate change and health. Disease management will adopt new models that utilises climatic data to predict changes and impacts of climate-sensitive diseases.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Land and soil management", + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Mitigation:AFOLU. Adaptation:Biodiversity. Water resources. Solid waste. Health. Sanitation. Description of the goal. 2.1.1. A. Goal based on number of practices. Increase in the number of practices from a baseline of practices that are already applied in 2017, to a scenario of more practices in 2025. Implementation framework.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Cleaner Household Fuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"The government has set an unconditional target to support the replacement of traditional fuel wood cooking (assuming an average annual household consumption of 2760 kg/HH) by LPGbased cooking technologies across the 1 million households, offering a potential emission reductions of 14.94 million tCO2 (Table 14) Based on existing household adoption of electricitybased cooking technologies in Myanmar, it is expected that users will continue to use fuelwood in addition to the LPG, and may achieve a similar 48% reduction of annual fuel wood consumption (reducing consumption to 1324.8kg/HH).\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Develop standards for effluent treatment and management of solid and hazardous waste and air pollution. Yet to be implemented. Short to medium term. 7.11.4 Potential for job creation. According to the SCP-HAT data, total employment in the industrial sector grew at a compound annual growth rate of 3 percent in 2012\u20132015, with data for both men and women showing an increasing trend in employment.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster relief and recovery", + "Disaster preparedness", + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "In addition, the Seychelles National Disaster Risk Policy (2014) provides several areas for near-term action: Establishing sound, integrated and functional legal and institutional capacity for total disaster risk management in Seychelles; Improving risk identification, assessment and monitoring mechanisms in Seychelles; Reducing the underlying risk and vulnerability factors by improving disaster risk management applications at all levels; Strengthening disaster preparedness for effective response and recovery practices at all levels; and Enhancing information and knowledge management for disaster risk management. The Ministry of Agriculture and Fisheries is looking at food security issues, including nutritional issues, and has developed a Food and Nutrition Security Policy as well as an investment plan.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Watershed and river basin management", + "Water quality" + ], + "SectorLabel": [ + "Water", + "Environment" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "In the period 2018-2025 El Salvador will have implemented the second phase or phase of the Integrated Transportation System of the Metropolitan Area of \u200b\u200bSan Salvador (SITRAMSS) covering its north - south axis, developing a massive social awareness component that will ensure citizen involvement so that it reaches its maximum emission reduction potential. The Vice-Ministry of Transport will present the technical studies with the quantitative estimation of that potential.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Wastewater" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"Increase of the total industry product evolution until 2030 estimated from national data and the GDP growth rate (except for Petroleum Refineries, data provide from energy sector). The following data are respectively about 2016 and 2030. Increase of the total industry product evolution until 2030 estimated from national data and the GDP growth rate (except for Petroleum Refineries, data provide from energy sector). The following data are respectively about 2016 and 2030.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UZB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy", + "Energy: General", + "Economy-wide: General" + ], + "SectorLabel": [ + "Energy", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Following are the main of these documents:Strategy for Transition of the Republic of Uzbekistan to a Green Economy for 2019-2030 (Presidential Decree No. 4477 dated 04.10.2019) is aimed at achieving sustainable economic progress through the integration of green economy principles into the ongoing structural reforms.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Waste management" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Waste (action): \u201cProvide technical/logistical support for 1) Reduce risk of waste bags sitting at the curbside for too long and being carried away into streets or waterways by heavy rainfall, heavy wind or landslides or snow by implementing frequent collection at scheduled times (based on extreme weather forecasts)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Urban Transport", + "Vehicle Fleet", + "Public Transport", + "Transportation Fuels" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Design of a strategy and assembly of a pilot of 130 buses with improved standards in parks of public and private entities for natural gas buses. The estimated cost evaluated for 130 rigid buses (155,000.00 USD/Bus) to low consumption natural gas power, with complimentary Wi-Fi, mobile ticketing, and vehicle arrival information.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate risk management", + "Tourism: General" + ], + "SectorLabel": [ + "Tourism", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Provision of watering points at strategic locations of national park/ game reserve and. Upscaling of measures for controlling the extinction of plant and animal species and degeneration of ecosystems/habitats. Develop and implement invasive alien species management plan and. Management of elephant population and implementation of diseases control programmes. Promotion of resilient eco-tourism. Development and implementation of tourism support infrastructure plan. Development of a tourism crisis management strategy and plan, including emergency situations.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ISL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The government supports sustainable land use practices, and nature-based solutions such as restoration of woodlands, wetlands and other native ecosystems in addition to afforestation and revegetation practices. Also, the government discourages further wetlands draining and unsustainable land use practices. Iceland provides only partial information in LULUCF accounting to the Convention, as sufficient knowledge on carbon budgets for all land types is not available.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ERI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Sustainable land management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "\u2022 Second National Communication (SNC). 2012. Land Degradation. \u2022 Land Proclamation No.58. 1994. \u2022 Land Use Planning Regulatory Framework. 1999. \u2022 National Action Program. 2002. \u2022 Five Year Action Plan for The Great Green Wall Initiative (Draft). 2011-2015. 2. National Development Goals and Priorities.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation." + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "FJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Time frame" + ], + "SubSectorLabel": [ + "Mangroves", + "Coastal management", + "Disaster Risk Management (DRM): General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Coastal Zone", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Development of a Local Government Self-Assessment Tool for Climate Change Resilience by 2016. Review the town plan regulations to facilitate the enforcement of zoning and buffer zones for coastal areas, rivers banks, high risk areas and mangrove areas. Review to be completed by 2016. There is a need for greater understanding of the impacts of climate change in order to better plan for long term development. Short Term (up to 2 years).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ZMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Capacity building in Climate Smart Agriculture (CSA), Sustainable Forest Management (SFM), Sustainable Fisheries and Aquaculture (SFA), Renewable Energy Technologies (RET), and Early Warning Systems (EWS): \u201cConduct public awareness campaigns on climate change, CSA, SFM, SFA, RET and EWS.\u201d (p. 9-10)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "diversification to increase food security, access to healthy food and diversified income opportunities resilient to climate change. Baseline: 70% in 2020. Target: Increased supply of vegetable 2% /year to local market. 47.1% of youth who involved in agriculture sectors, will be provided capacity development, technology transfer in various form of sustainable. agriculture including Climate Smart. Agriculture (CSA),. Sustainable Rice. Platform (SRP) and Good Agriculture Practice (GAP). Youth will be strongly involved in pre and post-harvest technology, and Agriculture.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "HFCs" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "HFCs were introduced in The Gambia as a substitute for CFCs, which are ozonedepleting substances regulated under the Montreal Protocol. HFCs are used in refrigeration, air conditioning (311,000 tCO2e) and in aerosols (308,000 tCO2e) and as fire retardants (8,000 tCO2e). The United Nations Industrial Development Organization supports The Gambia in its efforts to reduce HFC emissions. The agency\u2019s activities aim at end the use of HFCs and substitute them with hydrocarbons. It does this by: \u2022 redesigning products to phase out both ozone-depleting substances and GHG", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Reforestation", + "Sustainable Forest Management", + "REDD+", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Reduce the areas burned due to late fires by 5% and those due to controlled fires by 10% compared to 2015. Strategic actions of the CDN +. Defend 500,000 ha of forests,. Reforest and restore 4,000 ha / year of mangroves,. Create 500,000 ha of various plantations. Reduce, by around 90%, the areas burned by bush fires, from the fifth year of implementation of the development plans.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "High. High. Very high. Support for adaptation for some important species (fir, Scot pine, silver birch etc.). High. Medium. Medium. High. High. Very high. Implement national strategy and action plan for climate changes. High. High. Medium. High. High. Very high. Support for increasing forestry area. High. High. High. High. High. Very high. Improve of politics and financial instruments to make the forestry sector efficient. High. High. High. High. High. Very high. Draft a national plan for afforestation based on ecologic settings. High. High. Medium.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "LULUCF/Forestry: General", + "Transport: General" + ], + "SectorLabel": [ + "Transport", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Declaration of General Governmental Policy on the Restructuring of the Transport Sectorof 29 May 1996, made operational in 2013 through the definition of theNational Strategy for the Development of Transport in Togo (not yet adopted). Revision of current national transport policy; adoption and application of the measures within the national strategy, especially the sections limiting the age and setting standards for the quality of imported used vehicles. Land Use and Forestry. National Forest Action Plan (PAFN) 1994, updated in November 2011.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Conservation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promote sustainable production and consumption practices, the conservation of genetic resources and the recovery of biocultural landscapes. B2. Incorporate the risk of climate change within the value chains and investment plans of the productive sectors. B3. Contribute to the prevention and care of pests and diseases of domesticated animal species and plant crops, facilitated and exacerbated by climate change. B4.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Through consultations carried out to develop the INDC, the development of MRV and M&E systems has been identified as a priority. Though, as explained above the work has already been initiated, more work is needed to develop the MRV based on identified indicators. Cambodia has developed technology needs assessment for adaptation and mitigation, and technology needs also feature prominently in the sectoral climate change action plans.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Mangroves", + "Landscape management", + "Wetlands", + "Economy-wide: General", + "Power system planning", + "Disaster preparedness", + "Coastal Zone: General", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "LULUCF/Forestry", + "Coastal Zone", + "Energy", + "Economy-wide", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Inputs are generated for\u00a0climate change management, especially inventories of climate change adaptation measures within which measures with nature-based solutions (NBS) can be prioritized. 30. MinAmbient. Disaster Risk Management, Climate Change and Forests. Technical assistance and capacity building at local and regional levels for the application of the strategies proposed in the goal of forest fires through technology transfer and the development of\u00a0procedures and protocols.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Furthermore, the country commits to reducing land degradation (including in mountain ecosystems) through restoration including tree planting and improving livelihoods through better livestock management. The country aims to plant 10 million trees. (e) Information on sources of data used in quantifying the reference point:. The major source of GHG data used for the projections are 2018 inventory and 2020 GHG inventory reports prepared for energy, waste, IPPU and AFOLU sectors.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Gender (Rural Women): \u201cReduction of vulnerability to the effects of climate change and increased resilience of rural women\u201d (p. 119-120).\u00a0Action Description: \u201cAgreement with the Food and Agriculture Organization of the United Nations (FAO), to develop the project \u2018Reducing vulnerability due to climate change effects and increasing the resilience of\u00a0rural\u00a0women\u2019, with the aim of increasing the resilience capacities of\u00a0rural\u00a0women, producers and organizations to face climate change through the implementation of sustainable and gender-sensitive socio-productive strategies, in the states of M\u00e9rida, Trujillo and Portuguesa. Likewise, the training that the project will carry out for women agricultural producers and their organizations will favor in them the knowledge and exercise of their rights, and the development of their leadership and oversight in relation to the management of gender-sensitive agroclimatic risk by the State. In 2021, it is estimated to benefit a total of 1,500 rural women and 150 agricultural organizations. To date, it has been possible to identify gender-sensitive needs, capacities, roles and actions to be carried out in the field of disaster risk management and agroclimatic with rural women producers.\u201d (p. 120)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure", + "Water supply", + "Climate services", + "Disaster preparedness", + "Disease surveillance and control", + "Irrigation", + "Disaster relief and recovery", + "Early warning system" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Health", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthening research and monitoring capacity for climate change; improving natural disaster forecast and warning capacity; updating climate change and sea level rise scenarios; consolidating and renovating the hydro-meteorological observation network towards integration and automation; strengthening forecast and warning capacity for diseases under climate change conditions;. Consolidating rural and irrigation infrastructure, developing and expanding clean water supply systems in rural areas; conducting natural disaster prevention and control in rural areas; supporting residents in areas that are prone to floods and landslides; formulating plans to relocate and resettle residents in areas frequently hit by floods and typhoons and areas prone to flash floods and landslides; adjusting production plans and infrastructure to adapt to and limit the negative impacts of climate change;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Urban Transport", + "Transportation Infrastructure" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "China will quicken the construction of large-capacity public transport infrastructure including urban railways, special traffic lanes and bus rapid transit systems, and strengthen the construction of urban slow traffic systems, namely, special bicycle lanes, pedestrian walkways, etc. By making comprehensive use of legal, economic, administrative and other management measures, China will put particular emphasis on combating urban traffic congestion. 8. Press for emissions reduction and efficiency improvement in agriculture.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TCD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Inadequate sanitation networks. Extension and multiplication of flood zones. Destruction and loss of territories, habitats, community resources and associated income. Disturbance of certain natural and productive ecosystems, and associated revenues. Loss of pasture. Crop losses. Loss of public and private infrastructure. Diseases. Loss of human life. Strong winds. Breeding. Agriculture. Health/Nutrition. Environment. Fishing. Social. Water and Sanitation, Trade. Infrastructure and housing. Transportation. Tourism. Degradation of forest and plant cover. Inadequate infrastructure. Destruction and degradation of infrastructure. Loss of livestock. Silting of wells and ponds,.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Buildings", + "Sustainable urban planning", + "Water: General", + "Buildings: General" + ], + "SectorLabel": [ + "Water", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Forge linkages with other on-going initiatives;. Make tools and approaches available to national partners; and. Share lessons learned and knowledge. Climate-proofing of the Urban and peri-urban infrastructure in the Brikama and Greater Banjul Areas to be implemented in phases and divided into:Component 1: Water supply, Sanitation and Waste Management;. Component 2: Public works infrastructure (roads, bridges, communication, etc.) in Brikama and Greater Banjul Areas;. Component 3: Climate Resilience of Public and Commercial Buildings in Brikama and Greater Banjul Area;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Urban: General", + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "(Constant 2015 cost). ROI for national economy (%). Unit. 2020. 2025. 2030. 2020. 2025. 2030. Housing and urban development. 757,709,778. 1,019,351,592. 1,178,447,326. Mapping and marking of flood risk areas in population centres with more than 5000 inhabitants as an adaptation to climate change. Population centre. 149. 250. 300,000. All population centres of urban and rural communes of Burkina Faso. 14,016,646. 0. 62,580,000. 105,000,000.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SRB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "New irrigation systems construction and efficient use of existing ones. Multipurpose small accumulation lakes, ponds and reservoirs for water supply, irrigation, erosion control, ecosystem services. Adaptation of the technologies of agricultural plant and animal production (selection of species and agro-technical measures, increasing the quality of soil and rational use of fertilizers, adaptation of crop rotation, adaptation of zootechnical conditions in animal husbandry facilities). Appropriate selection of species might reduce water and nutrient supply, therefore, reducing GHG emissions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GNB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Water management", + "Infrastructure and roads", + "Ecosystem and biodiversity", + "Livestock", + "Economy-wide: General", + "Climate risk management", + "Climate smart agriculture", + "Sea-level rise protection", + "Agriculture: General", + "Fisheries and aquaculture", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Agriculture", + "Water", + "Transport", + "Coastal Zone", + "Economy-wide", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Strengthen the existing capacity to participate in the REDD+ mechanism and consequently raise the national effort to combat the adverse impacts of climate change. Increase the adaptation capacity of national ecosystems through soil protection against water and wind erosion, and protecting the coast against rising sea levels and other types of erosion. In the medium and long term Guinea-Bissau undertakes, provided there is financial, technological and capacity building support from the international community starting from the new climate agreement and green fund, to:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The project is being implemented near Imatong catchment of the Kinety River, however, there has been no progress due to lack of financial resources. Short to medium term. Identify suitable tree species and plant these species in predetermined water catchments. Short to medium term. Plant trees in urban spaces. Trees will also be planted outside the forest areas, such as in cities and towns. Map urban areas for tree planting. This project is in its initial stage; minimal work has been done.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "19)\u00a0Electric Mobility (MoVE):\u00a0Creation of a regulatory and financial environment that allows accelerating the transition towards electric mobility, in order to establish regulatory and technical standards for the commercialization and operation of electric vehicles.\u00a0In addition, implement communication strategies and capacity development, define an electricity tariff scheme for transportation, and establish technology parity in order to generate demand in the market. 600,000 electric vehicles\u00a0of the categories: taxi, passenger vehicles, light vehicles, light trucks, official vehicles. 4.04 Mt CO2 eq. Transport. Mines and energy.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Solid Waste" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"1.1 Prevent, avoid or reduce MSW generation by reducing the growth by 10 % and also by reducing generation growth of industry solid waste and effluent...1.3 Improve MSW collection and transportation system (Up to 75% on generation basis in Western Province and 60% in other provinces) 1.4 Improve waste recycling to 7% on collection basis in Western Province (WP) and 5.0% in other provinces\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Disaster Risk Reduction [associated measure]:\u00a0\u201cBy 2023, adopt a municipal risk disaster and resilience reduction plan for all 22 municipalities, based on the ENRRD and the designate risk areas in spatial planning, with focus on emergency response and climate risk prevention and management on hot spot areas affected by heavy losses", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "HND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro", + "Infrastructure and roads", + "Infrastructure" + ], + "SectorLabel": [ + "Water", + "Energy", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The devastating impact of Hurricane and Tropical Storm Mitch in October 1998 led to the loss of more than 14,000 lives, more than half a million victims, the loss of 20 years of investments in road and water infrastructure, 3.8 billion (Equivalent to 70% of the GDP of that year) and the fall of the productive apparatus of the country, plunging the Republic of Honduras into a crisis whose sequels persist until the present. Although extreme phenomena such as Mitch and Hurricane Fifi in 1974 are the referents of the physical, environmental, economic and social vulnerability of the country, the high incidence of recurrent phenomena that, year after year, Causing the loss of lives, housing, infrastructure and means of production.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NZL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Accounting for harvested wood products will be based on the production approach. New Zealand\u2019s forestry and other land use approach builds on experience with accounting under the Kyoto Protocol to recognise and focus on additional action, and will create incentives for the establishment of new forests, recognise permanent, long-term enhancements of carbon sinks resulting from management, and take responsibility for deforestation, while accommodating the long-term cycles in net emissions and removals that arise from sustainable forest management of production forests.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Water supply", + "Water management" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Table 7 below identifies the key adaptation actions to be implemented by Cabo Verde with a view to achieve the above stated priorities. Financing needs and flows for implementing the proposed adaptation activities still need to be assessed and determined. Table 7 - Cabo Verde\u00b4s proposed adaptation goals and measures. Adaptation sector. Proposed measures. Water and sanitation management. Seek to ensure by 2030:that every citizen has safe access to a minimum of 40l potable water per day;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Funders for Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Mangroves" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Mapping and demarcation of coastal hazard lines for development of emergency response plans is being carried out in all the coastal states and union territories. Another initiative to protect coastal livelihood is \u2018Mangroves for the Future (MFF)\u2019 coordinated by International Union for Conservation of Nature (IUCN) in India. Similar to Small Island Developing States, the 1,238 Indian islands are vulnerable to loss of coastal wetlands including mangroves and salt water intrusion in fresh water aquifers.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The funders for sectoral unconditional actions", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VUT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Water supply", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Indicator Wa1.8: Proportion of men and women with adequate access to water in each of the six provinces in normal and (climate, disaster and environmentally) stressed times. [ECO 3.4.2; ECO 4.2.1]. Indicator Wa1.9: Percentage of water-climate vulnerable rural communities in the six provinces covered by water insurance. Indicator Wa1.9: Number of water-climate vulnerable rural communities with at least 5 individuals who have been trained on climateresilient water management. SOC 4.1.1 Proportion of government departments with gender responsive policies, legislation and programs.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "1, 2, 3, 9, 10 and 11. Key activities. Conduct a multi-hazard risk assessment;. Update/revisit flood, fire and drought risk maps;. Upgrade and develop an early warning platform for multi-hazards;. Coordinate the updating of the National Forest fire management strategy. 6. Support Needed for NDC Implementation and Achievement. The NDC\u2019s implementation depends on adequate and predictable climate and sustainable development finance, as well as economic and political stability, and the enhanced capacity of Lebanese institutions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "This will enable farmers to respond to climate hazards, improve food security and productivity, and increase ecological and economic resilience while mitigating climate change effects. Baseline: Departments of GDA and 12 Seed farms, research stations and development and training centers, selected Agricultural Cooperatives.Targets: Increasing resilience to climate change and natural disasters, and improving resilience facilities, tools and technologies. Increasing resilience to climate change and natural disasters, and improving resilience facilities, tools and technologies. 69,562,000.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Geothermal", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "To promote the emission reduction goals in the Energy Sector of El Salvador and, particularly, in the generation of electrical energy through a growth in generation with renewable energy (Goal 1.1.1.), and the implementation of efficiency actions energy ( Goal 1.1.2.) the following financial support is required:3.2.1. Pilot Project in the Dairy Agroindustrial sector, by changing technology to save the use of electricity and replace the use of Liquefied Petroleum Gas (LPG) with renewable energies (solar and thermal).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Landscape management", + "Social Development: General" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\"Community-based adaptation: Conscious that adaptation should be a process led by communities and based on their priorities, needs and capacities, and seeking to empower the population to face the impacts of climate change, together with the need to improve productive efficiency, the environment and the adaptation capacity of agricultural producers, as well as the adaptation and development of water resources as the local level, the country commits to promote the Inclusive Green Development Strategy (DVI), which preferentially funds sustainable production systems, in rural landscapes with low levels of human development and vulnerable to climate change, through a DVI 2016-2026 strategy in productive landscapes\" (17).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Establish an inter-ministerial national task force on integrated land-use planning for urban areas and green corridors, forests, coastal zones, wildlife, and agriculture by 2030. Develop an integrated spatial data management system for sustainable land use management by 2025. Establish a Natural Capital Accounting system for coastal zones and forests by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "REDD+" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Draft Fourth National Communication on Climate Change & Second Updated Biennial Report of Togo, 117 p. Communication Strategy of the REDD+ Preparedness Support Project, July Communication Strategy of the REDD+ Preparedness Support Project, July Communication Strategy on Climate Change and the Transition to the Green Economy in Togo, November 2012 National Information, Education and Communication (IEC) Strategy on the Environment in Togo (2011 \u2013 2015) Environment Management Capacity Building Programme, October 2010 National Strategy for Reducing Emissions from Deforestation and Forest Degradation (REDD+) 2020-2029, Final Version, October 2019 Annexes Annex 1: Long-term Mitigation Measures Sector Measures and Priorities Description Energy Establishment of the Togolese Agency for Rural Electrification and Renewable Energy by Decre", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Land and soil management", + "Crops", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Adaptive capacity of agro- silvo- pastoral production and promotion of blue economy. Seek to disseminate more efficient small-scale irrigation techniques and promote soil conservation schemes for farmers and rural producers; Seek to diversify income generating activities in rural areas by promoting artisanal fishing activities (providing training, equipment, micro-credit) in coastal areas; Seek to promote Cabo Verde\u00b4s ocean-based (\u201cblue\u201d) economy by, among others, supporting new techniques of aquaculture, improving quality of fishery products through ecolabelling, and promoting sustainable coastal and maritime tourism and sports; Seek to strengthen governance, strategy development and capacity building by, among others:promoting workshops in order to introduce crop varieties and species more adaptable to climatic conditions;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"This cross-cutting support (mitigation and adaptation) offered by the IDB with an amount of USD$ 150,000 aims to contribute to the promotion of safe, inclusive and productive mobility in El Salvador based on the use of innovative technologies and tools that improve access to employment, entrepreneurship and education opportunities. The purpose is to improve the conditions of transitability in priority sectors (urban and rural) defined in coordination with the Ministry of Public Works and Transport (MOPT) and the Vice Ministry of Transport (VMT).\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Upstream policies on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency", + "Transportation Fuels" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Electricity: The United States has set a goal to reach 100 percent carbon pollution-free electricity by 2035, which could be achieved through multiple cost-effective technology and investment pathways, each resulting in meaningful emissions reductions in this decade. Eliminating greenhouse gases from the electricity sector will also reduce air and water pollution, improving public health while supporting good jobs building modern infrastructure. 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Adaptation generates larger benefits to small islands when delivered in conjunction with other development activities. At the same time, there is often no clear boundary between adaptation and mitigation, which can overlap and which should be ideally mutually beneficial. This is why Cabo Verde favours, where possible, \u201cgreen\u201d nature-based solutions (NbS) over \u201cgrey\u201d, engineered, solutions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Fisheries and Aquaculture", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "AFOLU Sector/Agriculture. In the regulatory framework for compliance with the updated NDC in the AFOLU/Agriculture sector, the following is proposed:. Update of the Policy, Plan and Strategy framework on climate change for the Agricultural, Forestry, Fisheries and Aquaculture Sector of El Salvador. It includes the elaboration and implementation of the Agricultural Rescue Master Plan; preparation of the National Agricultural Policy; updating of the Forestry Law and its regulations; review, adjustment and approval of the draft Forestry Incentives Law.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UZB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Energy efficiency", + "Water conservation and reuse", + "Water efficiency", + "Irrigation", + "Agriculture: General", + "Crops" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "upgrade, modernize and automate water management facilities;. widely apply energy-efficient and water-saving technologies for crop irrigation, information and communication technologies and innovations in water management;. improve incentives for water conservation and development of sustainable water management mechanisms. Adaptation in agriculture. crop diversification (expansion of perennial tree plantations and perennial grasses);. crop reseeding to ensure consistent coverage of arable land;. attract investments in production and processing, as well as creating value chains for agricultural and food products;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BHR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Gas", + "Supply-side Efficiency: Power generation efficiency improvement: Gas-powered combined cycle", + "Gas Flaring" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Bahrain National Gas Company (Banagas) has completed a retrofit project of gas turbines which involves replacement of existing high NOx combustion liners resulting in an average reduction of 44% NOx emissions from the power generation station. Tatweer Petroleum efficiency projects include manifold flare projects, associated gas compression projects, oilfield electrification projects and rental compressor stations projects have contributed to the reduction of CO2 emissions. The Motor Vehicles Standards and technical regulations are adopted to reduce the emissions from gasoline and diesel engine vehicles.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TZA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Climate smart agriculture", + "Land and soil management", + "Irrigation", + "Safety net", + "Crops" + ], + "SectorLabel": [ + "Agriculture", + "Social Development" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Access to clean and safe water will be increased from 60% to 75% and, based on a conservative and a worst-case scenario of 50cm and 1m sea-level rise, the contributions will verifiably reduce the impacts of sea level rise to the island and coastal communities, infrastructure and ecosystems. Sector. Intended Contributions. Agriculture. Up-scaling the level of improvement of agricultural land and water management. Increasing yields through inter alia climate smart agriculture. Protecting smallholder farmers against climate related shocks, including through crop insurance.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "LULUCF/Forestry: General", + "Land and soil management", + "Agriculture: General", + "Sustainable urban planning", + "Land degradation", + "Early warning system", + "Sustainable forest management", + "Crops" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Agriculture", + "LULUCF/Forestry", + "Economy-wide", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Objective 4. Study the resilience mechanisms of the agricultural, forestry and animal husbandry systems. Objective 5. Establish an early warning system. Adaptation option 3: Sustainable management of the agricultural, forestry and animal husbandry systems. Objective 6. Introduce varieties that are adapted to climate extremes. Objective 7. Diversify agricultural systems by including several types of crops and diversifying varieties. Objective 8. Diversify means of livelihood and systems of production (fishing, aquaculture, agriculture, animal husbandry, hunting and forests). Objective 9. Establish a seed bank (animal and plant).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ISR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Limit the increase in greenhouse gas emissions from transportation by 2030, so that the total increase in emissions will be only 3.3% compared to emissions measured in 2015, which were 17.6 MtCO2e. Limit the amount of greenhouse gas emissions from new vehicles, weighing up to 3.5 tonnes, registered from 2030, to an amount equal to 5% of the average greenhouse gas emissions for a new vehicle, weighing up to 3.5 tonnes, registered in 2020.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Before COP 22, the electricity generation sector will define and commit to a target of increasing renewable energy by no less than 12% of the total electricity generated in the country in 2014.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Social Development: General", + "Gender", + "Safety net" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Increasing and strengthening the delivery of Micro finance, Public Works Programmes, school meals Programmes, Social cash transfer and Village and Savings and Loans (VSL) schemes. Development of long-term workforce development plan and strategic livelihoods plans to help people move up and out into sound employment opportunities, and plan for managed urban migration. Establishment of Social Support Fund for predictable, timely response (Climatic shock related Social Protection services). Promotion of gender mainstreaming in policies, programmes and projects.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SGP", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "For industry, Singapore has enhanced its grant schemes to help individual companies improve their energy efficiency, and have sought to bring companies within a sector together to achieve systems-level efficiency gains across the sector;. Singapore\u2019s climate vulnerabilities will require comprehensive adaptation efforts. As a small, low-lying island state, Singapore\u2019s vulnerabilities to the effects of climate change require it to pursue a comprehensive adaptation programme to protect its coasts, low-lying areas and communities (see Annex for details of Singapore\u2019s adaptation vulnerabilities and strategies).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Landscape management", + "Sustainable forest management", + "Sustainable land management" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "MoE/ MINAGRI / MINALOC, (RAB, REMA, RFA, RLUMA, Private sector, Civil society). \u2714. \u2714. B. 8.1 million USD. Improved GHG sink capacity/ reduced emissions. Number of Ha of forest plantation whose management is transferred to the private operators. \u2714. \u2714. B. Change in Forest area degraded/ rehabilitated. \u2714. \u2714. B. 13. Integrated approach to planning and monitoring for sustainable land management. National land use. development master plan (NLUDMP) that includes comprehensive measures and procedures for sustainable land use practices.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Conservation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "Annually, mangroves sequester 1,073,696 tonnes of CO2 in the UAE. To enhance natural carbon sinks, the UAE intends to plant 30 million mangrove seedlings by 2030. Further, as part of its efforts to improve implementation of in-situ conservation and to build a network of protected areas between 2021 and 2025, the Emirate of Abu Dhabi targets the inclusion of a minimum of 20% of marine Blue Carbon habitats within Protected Areas. 4.2 Agriculture & Food Security.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "OMN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The Second Nationally Determined Contribution (NDC) is rooted in the Oman vision 2040 and the National Energy Strategy to support a gradual transition to a low carbon economy and an energy matrix significantly lower in carbon emissions. The deployment of renewable energy and the deepening of energy efficiency actions are the 2030 carbon control plan pillars. They would enable the Sultanate of Oman to slow GHG emission growth and reduce them by 7% in 2030, compared to the Business-As-Usual (BAU) scenario, which is predicted at about 125.254 MTCO2e.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Social Development: General", + "Sustainable urban planning" + ], + "SectorLabel": [ + "Social Development", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Increase the density of green areas per inhabitant, through the construction of parks and natural socialization spaces. 5.1.5.4.\u00a0Promote non-polluting construction systems and eco-efficient housing systems. 5.1.5.5.\u00a0Establish ferrous and non-ferrous scrap as an input of national interest for the production process, in order to meet the cost structure of the products and the care of the environment as well as energy efficiency. 5.1.6.\u00a0Promote the generation of clean energies, increasing their participation in the national energy matrix and promoting technological sovereignty. 5.1.6.1.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Agriculture: General", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Establishment of an integrated national monitoring center for climate information and data based linking weather and climate information from all deployed centers. The pre-2020 information of portion of fund secured by involved sector\u2019s (government) own means shows that the GoJ spent about USD 160,000,000 on adaptation projects and activities in the agriculture and food security sectors in the country from its own means.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\u201c-Produce numbers of educational spots - Numbers of Roundtable discussion session being conducted -Featuring/ Reporting news related to climate change - Produce numbers of songs, and other entertainment. National Radio Cambodia (RNK) plan to produce - 120 topics of news feature related to climate change and 60 Hours of Airing - 120 topics on Climate Change to be discuss at \u201cSuntanea Matik\u201d Talk Show and 240 Hours of Airing - Cover 360 news article on Climate Change and 18 Hours of Airing\u201d (p. 125)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Sustainable Land Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "In the sector of agriculture, forestry and other land use (AFOLU), among other measures, Law No. 26,331 for the Environmental Protection of Native Forests established minimum budgets for environmental protection for the enrichment, restoration, conservation, harvesting and sustainable management of native forests, and for the environmental services that these provide to society.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Health services and assessment", + "Infrastructure", + "Disease surveillance and control", + "Awareness raising and behavior change", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Health", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Support an expanded programme of constructing multipurpose dams to enhance water storage. \u2714. \u2714. \u2714. \u2714. Support the revision of water related policies and strategies (including LHDA). \u2714. \u2714. \u2714. \u2714. Establish a national integrated water resource management framework that incorporates district and community-based catchment management;. \u2714. \u2714. \u2714. \u2714. Human Health. Build capacity to diagnose, prevent and control climate-sensitive diseases such as diarrheal diseases and malnutrition. \u2714. \u2714. \u2714. \u2714. Enhance public awareness about water, sanitation and hygiene practices; and enhance health surveillance. \u2714.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The FOLU NDC Scenario 2: Reduction 50% of historical emission by 2030 (REDD+ programme); This target is based on the REDD+ national strategy which was included due to the suggestions of REDD+ Technical Secretariat (RTS) and the Department of Climate Change. The main assumption of the calculation was to reduce historical emissions from the forest sector by half (76.3 million tCO2e) by 2030 (38.1 million tCO2e), with an average annual reduction of 21 million tCO2e/year.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TZA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promoting acquisition and installation of appropriate technology for across sectors for climate-resilient production. Promoting transfer of technologies through South-South and North-South cooperation and triangulation. 4.2 Mitigation Contributions. The United Republic of Tanzania puts forward four priority sectors for climate change mitigation in this NDC due to their significant potential in greenhouse gas emissions reduction. Box 2 below summarizes estimated lower and upper targets of GHG reduction from business as usual (BAU).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Buildings: General", + "Industries: General", + "Transport: General" + ], + "SectorLabel": [ + "Buildings", + "Transport", + "Industries" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The National Energy Efficiency & Conservation Policy, and the Energy Efficiency Roadmap 2030 covering the sectors of buildings, transport and industry were launched in 2019. The policy and roadmap aim to facilitate improvements in productivity and energy efficiency while contributing to Bhutan\u2019s efforts to remain carbon neutral. Few of the measures are now being implemented while support is required for full implementation.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Expanding the use of solar cooling in commercial and industrial facilities: Jordan has been experimenting the application of solar cooling technologies for use in commercial buildings and industrial process to help in introducing sustainable energy systems and reducing GHG emissions from the cooling sector. Successful attempts have been documented and the country is now ready for an expanded and upscale introduction of solar cooling technologies. ii. Transport Sector. iii.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Myanmar developed its Climate-Smart Agriculture Strategy 2014 (CSA) 41 to promote technologies that could increase agricultural productivity while also enhancing resilience of the agricultural systems and reducing GHG emissions (or increasing carbon sequestration potential). The mitigation pillars in the CSA where agroforestry can contribute are: 1) watershed and land management", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Irrigation", + "Agriculture: General", + "Renewable Energy: Solar", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promotion of circular-economies technologies for reuse of agricultural residues and livestock/aquaculture byproducts, such as bio-fertilizer and biochar production. Promotion of solar powered pumping/drip irrigation technologies in cash crop production, plantations, and aquaculture. Implementing GAP (Good Agriculture Practices), GAqP (Good Aquaculture Practices), and GAHP (Good Animal Husbandry Practices). Protecting and upgrading native agricultural varieties, and support for upgrading rainfed agriculture technology. Protecting and genetic upgrading of indigenous livestock breeds, and support for Artificial Insemination Services.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Fertilizers", + "Renewable energy: Hydro" + ], + "SectorLabel": [ + "Agriculture", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "There is additional potential in the hydrogen value by using its derivatives, in particular ammonia. This is relevant for Jordan\u2019s fertiliser industry. While currently no quantification of the hydrogen potential in Jordan is available, several public and private sector entities are in the process of providing such analyses which are expected to be available latest in the second quarter of 2022. Urban systems. Adopting a \u201ccompact city\u201d planning approach (e.g. developing within the urban boundaries (i.e.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GUY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Capacity Building Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Sustainable forest management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Implement policies to institute mandatory, nation-wide land reclamation and reforestation of mined areas. Forest Governance. Guyana has made significant progress in complying with EU-FLEGT for our timber exports to the European Union. Additional resources are required to build institutional and private sector capacity to meet other trade and supply conditions such as the Lacey Act, FSC certification and other procurement requirements. MRVS. A comprehensive and robust MRV system, one of the most advanced of its kind, has been developed under Guyana\u201fs REDD+ programme.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needs for Sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BDI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Economy-wide: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Economy-wide" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Enhancement of data and information management and distribution mechanisms. Reinforcement of climate change impact tracking systems by means of observations and investigations. Improvement of scientific and technological research on adapting to climate change, supported by climate observations. Improvement of the legislative and regulatory framework for handling climate change as part of investment programmes and the promotion of public-private partnerships. Strengthening of the information and data communication and exchange system. 2.5. Current initiatives to support adaptation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Fisheries and Aquaculture", + "Agriculture: General", + "REDD+" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "It includes the elaboration and implementation of the Agricultural Rescue Master Plan; preparation of the National Agricultural Policy; updating of the Forestry Law and its regulations; review, adjustment and approval of the draft Forestry Incentives Law. Update of the Action Plan for the Restoration of Ecosystems and Landscapes with an MbA approach, 2018-2022. Execution of the Plan to Fight Deforestation, Erosion and Desertification, in line with the United Nations Convention against the fight against diversification.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Biomass energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The main identified technology transfer needs are in the agriculture / forestry, energy, waste and transport sectors (Table 3). Table 3: Needs for technology transfer. Energy Sector. Agroforestry sector. Waste Sector. Transportation sector. Low consumption vehicle and generator motor. Energy efficient fireplace and pressure cooker. Butane gas and associated equipment;. Promotion of renewable energies. Promotion of energy efficiency (residential and industrial sectors). Agroforestry. Production of biogas. Densification of residues and agricultural waste in briquettes. rops with a short cycle and less demanding water.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promote gender equality in terms of climate change adaptation Promote gender equality in decision making on climate change policies on central levels of policymaking and strengthen capacities of institutions to integrate gender considerations in climate change policies, including through the use of gender-responsive budgeting. Very high. Conduct gender analysis at sectoral level and integrate their findings and recommendation by updating the relevant national and local strategic documents in order to integrate best practices and information with gender and climate change issues taken into consideration.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "However, uncertainty in land use data, combined with paucity of information regarding assumptions and methodologies used to calculate GHG emissions and carbon sequestration from living biomass undermines the reliability of the estimate for the AFOLU sector. Tonga wishes to communicate the following targets for reducing greenhouse gas emissions (table 1):. Energy: 13% (16 Gg) reduction in GHG emissions by 2030 compared to 2006,. Industrial processes and product use (IPPU): no target,.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The JNAP is an important and integral supportive element towards the achievement of RMI\u2019s sustainable national development imperatives. The JNAP\u2019s strategic goals, which are a combination of those addressed in the DRM NAP and the National Climate Change Policy Framework (NCCPF), are as follows:. Establish and support an enabling environment for improved coordination of disaster risk management /climate change adaptation in the Marshall Islands;. Public education and awareness of effective CCA and DRM from the local to national level;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "OMN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Gas" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "Shifting to renewable energy as a power source. Sinfnficantly reduce gas flaring. Improving the efficiency in the existing facilities. Reducing methane and fugitive emissions. Electrifying equipment. The upstream oil and gas sector in Oman is evaluating ambitious target of zero emissions by 2050. 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Unconditional Contribution. Develop Land Use & Restoration Plan and begin implementation. 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Action. Revise and streamline current legislation and policies that relate to the management of the coastal zone to eliminate overlaps and close existing gaps and develop a national policy for resilient coastal habitation based on vulnerabilities. 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There are multiple possibilities to promote a circular and efficient national industry, which contemplates collaborations and innovations of international scope, to generate greater competitiveness and a more sustainable use of materials, water and energy, with co-benefits in the reduction of emissions.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Buildings: General", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "Buildings", + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Reducing the consumption of primary energy sources of new and existing buildings by means of design, technological equipment, building materials, development of channels that promote the use of renewable energy sources (loans, tax reduction, etc.). Dissemination of Green Building, passive energy, zero-energy house design in order to minimize the energy demand and to ensure local production of energy. Agriculture. Fuel savings by land consolidation in agricultural areas. Rehabilitation of grazing lands. Controlling the use of fertilizers and implementing modern agricultural practices.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Conservation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Conditional Objectives for the LULUCF Sector:- reduction of cumulative emissions due to the UTCAFT sector of 88 Mt E CO2 during the period 2021-2030 through the reduction of the annual deforestation rate of 20,000 ha / year. - increased sequestration of natural forests during the 2021-2030 period by 24.5 Mt CO2 through the reduction of the annual deforestation rate of 20,000 ha / year (19.1 Mt CO2 ) and the creation of 10,000 ha of forest plantations per year (5.4 Mt CO2 ).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Water supply", + "Water: General", + "Early warning system", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "2030. 5.5 Strengthening interagency coordination in early warning of salinity intrusion and allocation of water for flushing as a priority when needed. 2030. NDC 6. Capacity building for water sector personnel and public awareness on building resilience to climate change. 2030. 6.1 Capacity needs assessment of the water sector institutions and the personnel on climate resilience building. 2022. 6.2 Prepare plans for building capacity in each institution to effectively implement the sector NDCs including that of community water supply schemes.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Climate risk management", + "Conservation", + "Disaster relief and recovery", + "Early warning system", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "LULUCF/Forestry", + "Health", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Target 7: Develop simplified and standardised early warning and monitoring systems, and prioritise naturebased solutions to mitigate the impact of flooding and cyclones. Target 8: Relocate highly vulnerable communities, and implement the concept of \u2018build back better\u2019. Target 9: Build strong healthcare system by implementing the \u2018Guidelines for climate-resilient and environmentally sustainable health care facilities in Fiji\u2019. Target 10: To conserve natural environment and biodiversity wealth enabling sustainable long-term provision of ecosystem services, including carbon sequestration potential.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Funders for Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves", + "Coastal management", + "Water conservation and reuse" + ], + "SectorLabel": [ + "Coastal Zone", + "Water" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Improving access to water;. Protecting biodiversity;. Reinforcing the resilience of rural populations. Strategy and planning. Funded adaptation measures. Global Climate Change Alliance project. Two projects have been carried out by means of the GCCA\u2019s Intra-ACP (Africa, Caribbean and Pacific) programme. They involved the mapping and implementation of a reuse plan for the water treated in Douda, as well as a study on the emission factor for the electrical power grid. Funding:\u00a0GCCA donors. Support programme to reduce vulnerability in coastal fishing areas (PRAREV-P\u00caCHE).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "The funders for sectoral unconditional actions", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "DJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings", + "Air Conditioners and Refrigerators" + ], + "SectorLabel": [ + "Energy", + "Industries" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Diagnostic review of the lighting and air conditioning systems used in different administrative buildings. Reduction of energy consumption by public buildings. Improvements to the energy efficiency of the old Cit\u00e9 Minist\u00e9rielle building and installation of a photovoltaic solar park on the roof. Reforestation with silvopasture practices. Reforestation of 1,000 hectares with the set-up of a silvopasture agricultural system. Reduction of fuel wood consumption for cooking.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Land and soil management", + "Early warning system", + "Food security", + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Agriculture", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "However the government currently has neither the institution itself - in the form of a national disaster risks management authority - or the human resource or intuitional capacity to address reducing risks to populations. Developing and implementing an early warning system will be a core component of this project. IMPLEMENTATION. Project Duration: 4 years. Lead Agency: Somalia Federal Government (SFG) Ministry of State for Environment, at the Office of the Prime Minister.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Power generation efficiency improvement: Cogeneration plants", + "Demand-side Efficiency: Buildings", + "Renewable Energy: Hydro", + "Demand-side Efficiency: Appliances", + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Mitigation scenario (with existing measures, WEM):Mitigation policies and measures. Energy supply. Reducing distribution losses. Large hydro power plants. Small hydro power plants. Solar power plants. Wind power plants. Biogas power plants. Cogeneration biomass power plants. Central heating in Bitola. Solar thermal collectors. Biofuels 5%. Buildings. Labeling of appliances. Public awareness campaigns, Energy Efficiency info centers. Refurbishment of buildings (in line with the Rulebook on Energy Performance of Buildings and Directive 2010/31/EU).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Gas", + "Industries: General", + "Renewable energy: Solar" + ], + "SectorLabel": [ + "Energy", + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Introduction of concentrated solar power (CSP) of 100 MW and CSP 300 MW. Energy/Renewable Energy. 1,764,000,000. 2,921. Measures in Residential sector:. Natural gas distribution in the main cities ( Amman , Zarqa , Aqaba ). Solar water Heaters (SWH) Project FOR 90,000 Houses. Energy. 13, 000,000. 65,000,000. 988. 500. Energy Efficiency Projects in industry:. Returning Un-Returned Condensate to the Feed Water Tanks in Food Industry. Insulating the un-insulated pipes, fittings and tanks in food industries.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Papua New Guinea Climate Change and Development Authority. (2020). Papua New Guinea and the Green Climate Fund. Country Programme. Papua New Guinea Climate Change and Development Authority. (2015). Papua New Guinea\u2019s Nationally Determined Contribution. Port Moresby: Climate Change and Development Authority. Papua New Guinea Climate Change and Development Authority. (2020). Papua New Guinea\u2019s Sustainable Development Goal 13 Roadmap. Port Moresby: Climate Change and Development Authority. Papua New Guinea Climate Change and Development Authority. (2020). REDD+ Investment Finance and Investment Prospectus (RFIP).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SUR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Mangroves", + "Water management", + "Ecosystem and biodiversity", + "Infrastructure", + "Sea-level rise protection", + "Economy-wide: General", + "Land and soil management", + "Watershed and river basin management", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Agriculture", + "Water", + "Social Development", + "Coastal Zone", + "Economy-wide", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The period covered by Suriname\u2019s INDC, as proposed, is up to 2025. COVERAGE. Suriname\u2019s INDC is based on national-scale coverage. SCOPE OF GASES. The GHGs to be accounted for in this INDC are carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O). METHODOLOGY. The methodology and metrics are generally consistent with the guidance provided by the IPCC. USE OF MARKETS.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Watershed and river basin management", + "Coastal management", + "Sustainable forest management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Environment", + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "In order to build climate resilience, Indonesia must protect and sustain these environmental services by taking an integrated, landscape-based approach in managing its terrestrial, coastal and marine ecosystems. The following are enhanced actions to support ecosystem and landscape resilience:. Ecosystem conservation and restoration. Social forestry. Coastal zone protection. Integrated watershed management. Climate resilient cities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "30)\u00a0Promotion of thermal districts for the replacement of cooling systems in cities: (Energy efficiency):\u00a0Reduction of GHG emissions associated with energy savings resulting from the replacement of old and inefficient air conditioning equipment, centralization of energy generation and distribution thermal (heat / cold), uses of residual energy, renewable or\u00a0direct available\u00a0thermal sources\u00a0, among others. Promotion of\u00a0at least 8 thermal districts\u00a0in different cities of the country (5 main cities and 3 intermediate cities). 0.02 MtCO2 eq. Intersectoral.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Water management", + "Monitoring and Evaluation System", + "Infrastructure and roads", + "Infrastructure", + "Power system planning", + "Sustainable transport planning", + "Disaster Risk Management (DRM): General", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Water", + "Transport", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Ministry of Housing, City and Territory. Vice Ministry of Water and Basic Sanitation. Implementation of climate resilient technology and infrastructure. Identify, promote and develop mechanisms aimed at increasing investments in structural actions\u00a0for adaptation to climate change for the water and basic sanitation sector. 10. years. X. Infrastructure. Increase the implementation of sustainable infrastructure in the provision of water,\u00a0sewerage and climate-resilient\u00a0public services. 6. MinHealth. Health. Design and implementation of an early warning system (EWS) for the health sector associated with climate variability.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "LAO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Climate Change of the Ministry of Natural Resources and Environment using data provided by the Ministry of Public Works and Transport. Comments. Ex-ante estimate is based on 3.4 million passenger-kilometers and 1 million ton-kilometers freight per day. Conditional measures. Measure. Increased forest cover to 70% of land area (i.e. to 16.58 million hectares) through reduced emissions from deforestation and forest degradation, foster conservation, sustainable management of forests, buffer zones of national parks and other preserves, and enhancement of forest carbon stocks. Sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The installation of LED technology with the distribution of 13 million lamps in the residential sector and 250 thousand luminaires for public lighting. The replacement of 2 million electric resistance cookers by induction cookers. The development and linking of the national industry with these programs is an essential objective of the policy for the assimilation, development and production of equipment and means for the use of renewable sources and the elevation of energy efficiency. Kind of. contribution.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Non-motorized Transport" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Emphasis will also be placed on the introduction of solar equipment in households and on capacity-building for the various actors concerned. In terms of road transport, the planned actions aim to reduce the consumption of fossil fuels in Togo by 20% over the course of the period under review, by improving the road system, promoting the use of public transport, reducing the average age of imported vehicles (to 5-7 years) and promoting active modes of transport (bicycles, walking, bike paths). Cost: US$460 million.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Energy: General", + "Economy-wide: General", + "Disease surveillance and control", + "Renewable Energy: Hydro", + "Biomass energy", + "Waste management", + "Renewable Energy: Waste", + "Renewable energy" + ], + "SectorLabel": [ + "Health", + "Energy", + "Economy-wide", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Objective 16. Develop structures adapted to climate change. Adaptation option 6: Guarantee energy security. Objective 17. Diversity energy sources. Objective 18. Develop hydroelectric installations (including micro-dams). Objective 19. Promote the use of wood waste as fuel for forestry companies. Objective 20. Promote the use of improved cook stoves. Adaptation option 7: Improve public health systems. Objective 21. Develop a system for monitoring, preventing and effectively responding to the human diseases associated with climate change. Objective 22. Establish a waste management plan. Objective 23.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "NGA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Energy: General", + "Power system planning", + "Climate risk management", + "Energy access", + "Education: General", + "Transport: General" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Transport", + "Education", + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Include increased protective margins in construction and placement of energy infrastructure (i.e. higher standards and specifications). Undertake risk assessment & risk reduction measures to increase resilience of the energy sector. Strengthen existing energy infrastructure, in part through early efforts to identify and implement all possible \u2018no regrets\u2019 actions. Develop and diversify secure energy backup systems to ensure both civil society and security forces have access to emergency energy supply.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Air Conditioners and Refrigerators" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "-Project: MADES Sustainable and Climate-Friendly Elimination of Ozone Layer Depleting Substances (SPODS). Applied. Leader: MADES,. Implementers: Association of Refrigeration Technicians of Paraguay (TRAP) and Alto Paran\u00e1 (ASOTRAP). Mitigation potential: Not Estimated (NE). GHG mitigated: HCFC, HFC and CFC. IP.6. Implementation of the project for the destruction of refrigerant gases in cement kilns. It consists of a feasibility analysis measure for the correct destruction of refrigerant gases from the Recovery, Recycling and Storage Centers, TRAP and ASOTRAP, by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "By mid-2016, a draft Low Emission Development Strategy (LEDS) of the Republic of Moldova for the period up to 2030 will be developed. After consultations at the national level, the Low Emission Development Strategy of the Republic of Moldova until 2030 will be subject to approval by the Government by end of 2016.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MCO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"It should be noted that the Principality of Monaco has a strong interest in \"blue energy\" and in particular thalassothermy in order to replace fossil fuels. With its coastline and significant bathymetry near the coast, this technology is particularly adapted to the territory. The studies carried out have also demonstrated a zero environmental impact of water discharge on biodiversity.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "HFCs" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Phasing out the use of HFC Eswatini is required to freeze HFC production and use in 2024, based on an average of HFC consumption of 2019, 2020 and 2021 levels. Servicing best practices that allow recovery and reuse of refrigerants and. Recovery and reuse of refrigerants contained in disposed equipment. 4.4 AFOLU. In the AFOLU sector Eswatini commits to move from Tier 1 to Tier 2 16GHG inventory and improve data collection and institutional arrangements by 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Crops", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Improvement of support services and capacity building to crop production resilient to climate change by promoting research, trials and up-scaling climate-smart farming systems that increase resilience to CC and. extreme weather events. MAFF. Increasing resilience to climate change and natural disasters, and improving resilience facilities, tools and technologies. Building climate change resilience on cassava production and processing. MAFF. Mitigation: reduce pollution from processing. Environmental: Prevent soil erosion. Social: healthy living conditions for people in the cassava production areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "Social Development", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "; village agroforestry; recovery of vegetable waste; development of in situ transformations ; biodiversity conservation; trafficking and poaching management; bushfire management. 150. 8%. MINFOF and MINEPDED. Water Management / Health / Social. Program 10: Adaptation of the National Gender Policy and Reduction of Vulnerability to Climate Change. 300. 16.5%. MINAS and MINPROF.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Water management", + "Infrastructure", + "Water supply", + "Irrigation", + "Watershed and river basin management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Agriculture", + "Health", + "Environment", + "Water" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Fully implemented Seychelles Biodiversity Strategy and Action Plan ;. Fully implemented and enforced Biodiversity Law ;. Fully bio-secure border. 15.00. Water Security. Fully integrated approach to water security that addresses issues such as ecosystem health, waste management, water treatment and supply, sewage, agriculture, etc ;. Increase strorage capacity by building a dam ;. Improving water resource management:. 85.00. Health. Health sector able to respond to population increase and its additional climate-related health burden e.g dengue fever,lestopirosis etc\u2026. Exploration of relevant potential science and technology innovation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Grid/energy loss reduction" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "As an important general point, the investments required to deliver a resilient future for Tonga in the face of climate change will be very significantly larger than just those addressing investments in the energy sector. Item. Planned period of implementation. Conditional on additional support?. Support partner(s) identified?. Notes. Y. N. Y. N. Priority enabling activities:. Smart Grid (SCADA Upgrade | Central Control | GIS Enhancement). 2016-2017. \u221a. \u221a. Smart Prepay Metering already funded to $4.2m TOP. Ring Distribution Network Topology. 2016-2017. \u221a. \u221a.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral downstream action", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Ecosystem and biodiversity", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Cross-Cutting Area", + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Set up an initiative to explore innovative financing models for ecosystem-based adaptation in forests, coastal zones, and urban green corridors, as well as climate-resilient practices for agriculture, fisheries, and aquaculture by 2025 (Linked to Mitigation target). Integrate gender-sensitive considerations into existing climate change policies by 2025. 4.0 MONITORING, REPORTING AND VERIFICATION (MRV). As a means of showing its commitment to the Paris Agreement, Liberia has developed a national MRV system to measure, verify and report progress for emissions, reductions, and removals.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "By 2030, this objective requires the installation of approximately 2,500 MW of renewable production (all sources combined). 21. to absorb the demand for electricity without increasing new thermal capacities. Reaching 80% of electricity production from renewable sources has an emission reduction potential of 5,074 ktCO2 eq / year by 2030 for household electricity consumption. Considerable reductions are also envisaged in the mining sector thanks to the connection to the network of currently isolated mining sites and are specified below.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Reforestation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In the first phase of the Forest Campaign from 2015 to 2017,603,000 hectares have already been reforested in the DPRK and more than 1,000,000 hectares of mountain areas are planned to be forested and and the successful\fimplementation of the commitment to providing assistance to developing countries in conformity with the Paris Agreement. If it is done so, the GHG reduction rate will increase by 36% through international cooperation compared to 32% in the NDC submitted in 2016 and the total GHG reduction ceiling will be over 52%.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Wetlands" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"Building on the 12,827 hectares of mangroves currently under protection, protect at least a further 6,000 hectares of mangroves by 2025, with an additional 6,000 hectares by 2030. This includes the establishment of new and/or improvement of existing public conservation measures to cover 100% of publicly owned areas identified in the Government\u2019s mangrove priority areas from the Forests (Protection of Mangroves) Regulations 2018", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthening the resilience of the energy sector to the impacts of climate change in Benin (PANA Energie) Introduction of sustainable land and forest management practices to strengthen the resilience of wood-energy production areas Promotion of sustainable production of biomass electricity in Benin.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Created by Presidential Decree No. 2016 \u2013 064/PR of 11 May 2016, the Togolese Agency for Rural Electrification and Renewable Energies (AT2ER) is a public institution with financial autonomy. The agency is responsible for implementing the country\u2019s rural electrification policy, promoting and enhancing renewable energies. 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The main effort in the near-term is to build the capacity needed to mainstream adaptation to climate change into all public and private development initiatives. These efforts will build on existing good practices in order to mainstream and scale up these interventions. Medium and long-term actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Tourism: General" + ], + "SectorLabel": [ + "Tourism" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "To develop and mainstream policies and plans for protection and climate-change adaptation of intangible cultural heritage and for the support of local communities whose livelihoods and wellbeing depend on cultural heritage resources;. To exploit the opportunities for built and. archaeological heritage and for. intangible heritage to demonstrate value and secure resources.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "It is important to recognize green and fair jobs through government bodies that regulate the workplace. Component 6. Climate governance. Climate change requires action in all sectors of the economy and society, which requires coordinated action between multiple governmental and non-governmental stakeholders. The extended time frame over which climate impacts will unfold requires the ability to plan, implement, and maintain a credible commitment to increasingly ambitious policies across multiple political cycles.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Energy: General", + "Transport: General" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "For the DRC, this increase will be of the order of 60-70 cm for the scenarios of 2 \u00b0 C of temperature rise (RCP 2.6). The five major climate risks (intense rains, coastal erosion, floods, heat seizures, and seasonal droughts) with high impact that threaten the daily lives of populations, including loss of life, destruction of infrastructure, erosion, destruction Especially the urban poor, and increase vulnerability due to water-borne diseases. Seasonal droughts cause serious disturbances in agricultural calendars. 2.3.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Watershed and river basin management", + "Water conservation and reuse" + ], + "SectorLabel": [ + "Water", + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Identifying technological solutions to reduce climate-change induced evaporation of major surface water basins. 4.1.7 Supporting watershed and basin level management of water resources including transboundary water. As climate change impacts are witnessed at ecosystem levels especially targeting the most vulnerable ones, it is imperative that water adaptation plans in Jordan are based on a watershed or water basin management unit to integrate all elements of ecosystem management.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "FSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "States Unconditional Adaptation Co-benefits \u2022 Increased resilience to climate change impacts on local food production, including sea-level rise, saltwater intrusion into freshwater lens, and changes in precipitation patterns \u2022 Increased resilience to price spikes and shortages of key food imports caused by climate change impacts on the global food system Mitigation Co-benefits \u2022 Reduced shipping emissions due to a decreased reliance on food imports \u2022 Potential for increased production of coconut-derived biofuels to replace certain uses of fossil fuels By 2030, establish and support state-level farmer associations to provide training in climate-smart agriculture practices, and establish local seed banks Unconditional By 2030, improve market access for farmers by facilitating development of commercial agreements with local purchasers Unconditional By 2030, increase annual production of coconuts and coconut-based products to improve resilience of the food system to climate change impacts Conditional on access to means of implementation !", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "CCS" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "This target is supported by a set of comprehensive sustainability goals including renewed ambition on resource efficiency, zero-flaring policy, and carbon capture, utilization and storage. The UAE has developed the region\u2019s first commercial-scale network for carbon capture, use and storage. Inaugurated in 2016, the Al Reyadah project, captures CO2 at an Emirates Steel facility, and compresses, dehydrates and transports it through a pipeline for injection into oil wells for enhanced oil recovery applications.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Early warning system" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "It will therefore be necessary to strengthen climate risk and early warning systems for food security in vulnerable agro-ecological zones, to increase the availability of water resources, especially during dry periods, to protect the coastal zone facing Sea level rise and contribute to the financing of adaptation at the local government level through the strengthening of local governance in the planning and budgeting of activities. In order to realize its ambitions to mitigate Greenhouse Gas (GHG) and adapt to the adverse effects of Climate Change, the Republic of Benin will need a global financial envelope of around 30 billion US dollars of which 2.32 billion as contribution of the Government of Benin over the period from 2021 to 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy: Biofuels", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": false, + "Context": "The programmes, plans and schemes directly related to mitigation include the National Target Programme on Energy-saving and Energy Efficiency (2006), the Scheme on Development of Biofuel up to 2015 with a vision to 2025 (2007), the 2012-2020 National Action Plan on Climate Change (2012); the 2013-2020 National Plan on Urban Development of Viet Nam in Response to Climate Change (2013); the National System for GHG inventory (2015), the National Power Development Plan for the period 2011- 2020 with a vision to 2030 (2016), the Plan for Implementation of the Paris Agreement (2016); the Support Programme in response to Climate Change (SP-RCC); the 2011- 2015 National Target Programme to Respond to Climate Change, the 2016-2020 Target Programme on Climate Change Response and Green Growth for the (2017) and the 2011-2020 National Action Programme on Reduction of GHG Emissions through Efforts to Reduce Deforestation and Forest Degradation, Sustainable Management of Forest Resources,", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Water supply", + "Water efficiency" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "7 MCM of rainwater in the West Bank is harvested by 2032. 36,789,000. 23,186,000. Non-revenue water is reduced by 15% by 2032. 35,032,000. 32,442,000. 5% of rainwater in priority urban areas is drained and collected by 2032. 35,494,000. 35,000,000. 100% of identified wells and springs are rehabilitated by 2030. 25,000,000. 24,674,000. Construction of a desalination plant in the Gaza Strip by 2025 to provide 55 million m3 of quality fresh drinking water per year. 700,000,000. 042. Other needs not included as NDC actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Develop and implement training and re-training programmes for officials on climate change; develop training curricula, update knowledge on climate change; communicate and raise awareness about climate change. 3) Mitigation tasks. The objective of ensuring national energy security still faces various challenges: the domestic supply is not enough to meet the requirements; energy exploitation and use efficiency is still low; technology level in some areas of the energy industry is slowly improved; Competitive energy market has not developed synchronously.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Energy: General" + ], + "SectorLabel": [ + "Agriculture", + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "59% reduction in CH4 emissions intensity per GDP unit. Energy, Agriculture, including Cattle Raising, Waste and Industrial Processes43.2% of GHG emissions, NGHGI 2012 in AR2 GWP100. N2O. 48% reduction in N2O emissions intensity per GDP unit. 52% reduction in N2O emissions intensity per GDP unit. Energy, Agriculture, including Cattle Raising, Waste and Industrial Processes34.0% of GHG emissions, NGHGI 2012 in AR2 GWP100. I.ii.\tSpecific objectives for GHG emission intensity regarding food production:They cover 51.1% of GHG emissions (AR2 GWP100) for NGHGI 2012:. GHG.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Conservation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "\"Monitoring of coral reefs, deployment of artificial reefs, and rehabilitation and cultivation of reefs is being undertaken at various locations. More than 3,000 coral fragments have been transplanted, and it is expected that over 10,000 more will be transplanted in the next 10 years. The Fujairah Cultured Coral Reef Gardens project was initiated in 2019 and targets the cultivation of 1.5 million coral reef colonies over five years. The UAE has deployed 4,500 artificial reefs across its marine and coastal zones, and these are being monitored for improved marine life and fish stocks. Additionally, natural rock barriers are being installed in coastal areas across the country in order to recreate natural habitats and breeding grounds for marine species.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "HTI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Increase the resilience of public investment by improving the understanding and assessment of the risks posed by climate threats. 2th National Communication on Climate Change (2013)\u21a9. In the Second National Communication of Haiti, the emissions related to the energy sector of 1994, the year of embargo on petroleum products, were approximated from the 1995 data. Therefore, 1994 is not considered in GHG growth analysis\u21a9. Maplecrof Atlas of Climate Change and Environmental Risks\u21a9. 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Malaysia plans to increase diversification and exploration of alternative water sources such as urban scale rainwater harvesting system, groundwater, recycled and reclaimed water for conjunctive use. 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Action. Promote local practices in tourism industry that support climate resilience and adaptation. These actions are presented as conditional based on support for 1) technical assistance to identify vulnerabilities and adaptation strategies and 2) financial support for infrastructure to assist the sector in responding to the impacts of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthening of the network of meteorological observation stations (currently 200 in number) by acquiring new stations and setting up a national meteorological network by integrating the stations of other partners, to arrive at a unique network of 1000 stations. Extend meteorological radar coverage from 7 radars in 2019 to 12 radars. Deepen the development of numerical weather and climate prediction at finer spatial and temporal scales (going from a resolution of 10 km to a resolution of less than one kilometer).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Waste-to-Energy" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "water, sanitation, hygiene, solid waste management and plantation Encourage turning animal waste (cow-dung) to methane for use as fuel for rural household and urban transportation projects as in Karachi BRT. Promote reuse and source reduction of waste 4.3 CONTRIBUTION TO MITIGATION While reviewing mitigation options and devising any low-carbon growth strategies, the following overarching sectoral considerations need to be adequately addressed 1.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In addition to improving the energy conservation regulations and standards, management systems such as energy budgets have been established and improved, the construction of national energy utilization rights trading market have been accelerated. Key energy-consuming organizations have strengthened energy-saving management. The implementation of key energy-saving and carbon emission reduction projects have been quickened, further promoting energy-saving and consumption reduction in key areas such as industry, construction, transportation, and public institutions, and enhancing energy efficiency and carbon emission reduction of new infrastructure.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Funders for Sectoral Unconditional Actions", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Water supply" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "A further loan and grant of about EUR 20 M from the African Development Bank will help the Government to finance part of the Mah\u00e9 Sustainable Water Augmentation Project and meet targets as set out in the 2008-2030 Water Development Plan supported by the African Water Facility. The project will address water supply to the residential, commercial and tourism sectors;.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation.", + "The funders for sectoral unconditional actions", + "Unconditional sectoral actions" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock", + "Land and soil management", + "LULUCF/Forestry: General", + "Afforestation", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Planting shelterbelts, introduction of high economic value trees and rehabilitation of the Gum Arabic gardens to increase the resilience of vulnerable communities through engagement in a range of forestry activities. Rangeland and livestock. Regular surveillance of animal diseases through improved monitoring. Establishment of range\u2019s enclosures/ranches to increase resilience of vulnerable communities. Advance research on various areas related to climate change impacts on rangelands (e.g. plants and animals species, communities etc.) and measures to address that.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Target: MoInfo will seek and work with relevant stakeholders agencies including government and nongovernment institutions and accelerate the strategic plan implementation. -GHG Mitigation Environmental protection. -Forest protection. -Biodiversity conservation. 100000. Strengthen bond of cooperation between. Ministry of Information and stakeholders. The latest cooperation. Moinfo implemented a project on Climate Change knowledge and Capacity building through TV/. Radio and Media, supported by NCSD / CCCA (2017-2019). -TV. -Radio. -Website. -App. -Social Media. Target: 30% are female. Conditional. Collaboration with private media organizations. 5, 13. 70.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Sustainable land management" + ], + "SectorLabel": [ + "Economy-wide", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Rainwater harvesting will also be mandatory and will be made an integral part building codes by 2030. Land use. Programme of action. Actions. Description and goals/targets. Mitigation benefits. 6.Integrated approach to Sustainable Land Use Planning and Management. 6.1 Employ an integrated approach to planning and sustainable land use management;. Given the size of the country and its very high demographic pressure, competition for land will continue to grow with increasing pressures from agriculture and livestock making land resources more vulnerable to climate change impacts.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster relief and recovery", + "Gender", + "Social Development: General", + "Economy-wide: General" + ], + "SectorLabel": [ + "Social Development", + "Disaster Risk Management (DRM)", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Developing emergency and fast response plan to providing emergency relief and aid to those affected by impacts of seasonal severe cold (mainly during snow storms) and hot conditions and support programs for incomes of families impacted by drought;. Integrating gender considerations and the interest of vulnerable group in climate change policies and strategies in all relevant sectors particularly in national strategies for social development, poverty eradication, childhood and early childhood development in Jordan and develop, compile, and share practical tools, information, and methodologies to facilitate the integration of gender into policy and programming;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Waste: General", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\u2713. \u2713. Modernise (replacement of working equipment) 70% of the collection system by 2030 and by 100% by 2040. \u2713. \u2713. 30% reduction of methane emissions from landfill sites by 2030 and 70% reduction by 2040. \u2713. \u2713. 80MW of electricity produced from combustion of solid waste and methane at landfill sites in the West Bank and the Gaza Strip by 2030 and 140MW by 2040. \u2713. \u2713. Water.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BLZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Time frame", + "Downstream actions" + ], + "SubSectorLabel": [ + "Mangroves", + "Wetlands", + "Sea-level rise protection", + "Climate smart agriculture", + "Coastal Zone: General", + "Early warning system", + "Food security", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "LULUCF/Forestry", + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "This is a non-CO2e commitment, since baseline mangrove loss has been negligible over the 20-year period from 2001 to 2020. Action. Restore at least 2,000 hectares of mangroves, including within local communities, by 2025, with an additional 2,000 hectares by 2030. Action. Halt and reverse net mangrove loss by 2025 through public measures and partnerships with private landowners local communities, and other relevant stakeholders. Action.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BOL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Infrastructure", + "Renewable Energy: Hydro", + "Irrigation", + "Wastewater treatment", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Environment", + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Increase in irrigated area through revitalized irrigation systems, irrigation technology, irrigation dams, water harvesting, and multipurpose water reuse projects. Construction of multipurpose hydropower to expand the water storage capacity. Treatment plants for domestic and industrial wastewater including from mining and other activities. Strengthening community management, union and local capacities for adaptation to climate change, including community irrigation management and collective management of water services. Implementation of ancestral practices and knowledge, in the context of integrated water management.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Wastewater", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promoting community-based afforestation and reforestation ensuring these activities protect and enhance water systems and endemic biodiversity. ii) Protection of Environmental Quality to support health and livelihoods, including actions like:. Undertaking effective wastewater treatment. Demonstrating and encouraging domestic wastewater management bringing in recycling capabilities for wastewater and solids use in agriculture and other water demand sectors. Protecting over consumption of groundwater but promoting other alternatives. Address overuse of inorganic fertilizers and poor waste management through support for bio-composting and bio-charring.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology needs", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Promotion of a culture of sustainable forest management and international trade in carbon emission reduction: Establishment of the International Implementation Center for Reducing Emissions from Deforestation and Degradation of Forests ICIREDD. 10. Financing. Support for the implementation of mitigation and adaptation policies and projects around the world: Donation to the Green Climate Fund (GCF). 3.1. Level of Contribution Ambition.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Technology needed for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NER", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Revival of the livestock-meat sector. Support for the organization of professionals in the livestock sector. Support for the privatization of the zoo-veterinary profession. Fight against epizootics and implementation of health surveillance. Promotion of dairies and support for peri-urban livestock farming. Support for veterinary and zootechnical research. Promotion of non-conventional breeding. Support for the implementation of the action plan for the revival of livestock farming in Niger and accompanying measures. Promotion of fodder crops. Water resources. Floods (torrential rains). Violent wind, sandstorm. Extreme temperature. Droughts.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The government\u2019s commitment to a fossil fuel-free energy system extends to the transport sector, starting with public buses and light duty/passenger vehicles. Effective April 2021, the government s procurement policy is to prioritize the purchase of electric or hybrid vehicles, where possible. The government-owned transport fleet is currently operating 35 EV buses. The Barbados Transport Board\u2019s intention is to operate a fully-electrified fleet by 2030. The Transport Board competes with other private operators using minibuses and minivans on the same routes and for the same users.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "\"By 2030, the increase in total grain production will occur thanks to the increase in agricultural yields and without this implying a significant increase in the effective agricultural area. To this end, public policy instruments will be put into operation that generate incentives for innovative agricultural intensification, promoting the implementation of new technologies and practices, and the diversification of productive systems will be promoted in order to consolidate a resilient and sustainable food system.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Furthermore, in the forestry sector, a programme is underway to develop a detailed inventory along with the identification of mitigation options. In future communications, Mongolia intends to include actions for mitigation in the forestry sector to reduce GHG emissions from deforestation and forest degradation by 2% by 2020 and 5% by 2030 (according to State policy on forest, 2015). 4. Sectors. The INDC of Mongolia includes proposed measures and additional actions for energy (including transport), industrial processes, agriculture and waste.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Watershed and river basin management" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Develop an integrated action plan to prevent and reduce the consequences of floods;. -. Assess the danger of floods, droughts and water scarcity in the river basins under different climate scenarios;. -. Implement flood risk management plans for river basin districts (Dniester / DanubePrut Rivers and the Black Sea);. -. Implement drought management plans for river basins (Dniester, Danube-Prut Rivers and the Black Sea);. -.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential", + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Urban Transport", + "Renewable Energy: Waste-to-Energy", + "Transportation Planning", + "Public Transport", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Energy", + "Transport", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Production of Refuse-Derived Fuel (RDF) from either a) fresh MSW or b) old MSW mined from the Dangkor landfill. GHG ER from RDF + anaerobic digestion up to 0.2 MtCO2e/year. MoE. Cement sector. Waste _MSW. 13. Implementation of National 3R strategy. MoE. Waste -MSW. 14. Enhance maintenance and inspection of vehicle (Piloting maintenance and emission inspections of vehicles). 30 vehicle inspection centres in operation by 2030. MPWT. Passenger transport. 15. Promote integrated public transport systems in main cities. MPWT. Passenger transport. 16.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans", + "Targets at the sectoral level", + "Emission reduction potential for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water supply" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Management of Water Resources and Security: \u201cMalaysia continues to ensure water security against the impact of prolonged dry spell by increasing water supply reserve margin with the reduction of non-revenue water and implementation of the off-river storage structural forms. Malaysia plans to increase diversification and exploration of alternative water sources such as urban scale rainwater harvesting system, groundwater, recycled and reclaimed water for conjunctive use. Prioritisation of water demand management to reduce stress on water supply is high on the agenda.\u201d (p. 10)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Ministry of Energy and Mineral Resources has recently published the National Energy Sector Strategy (2020-2030). It is a ten years plan aims to place the roadmap to increase self-sufficiency through utilization of domestic natural and renewable resources, as well as expansion of existing energy developments thus reducing reliance on costly foreign imports that burden the country\u2019s economy.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Hydropower contributes about 46.1 GW to current portfolio of installed capacity, of which 4.1 GW is small hydro (upto 25 MW) and 41.99 GW is large hydro (more than 25 MW). Special programmes to promote small and mini hydel projects, new and efficient designs of water mills have been introduced for electrification of remote villages. With a vast potential of more than 100 GW, a number of policy initiatives and actions are being undertaken to aggressively pursue development of country\u2019s vast hydro potential.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Mangroves", + "Water management", + "Poverty reduction", + "Livestock", + "Sea-level rise protection", + "Climate smart agriculture", + "Climate risk management", + "Infrastructure", + "Land and soil management", + "Water supply", + "Capacity building and knowledge transfer", + "Renewable Energy: Solar", + "Renewable Energy: Wind", + "Water sanitation", + "Coastal management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Agriculture", + "Water", + "Social Development", + "Coastal Zone", + "Energy", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Likewise, in respect of marine ecosystems, more than half the coral cover is likely to disappear in the years to come. This deterioration could have a profound effect on the local populations that are dependent on those resources and who already live in poverty. The various impacts of climate change engender major financial and human losses, primarily in the nation\u2019s capital but also in the rest of the country. As a result, national adaptation priorities have been defined for 2035, broken down into multiple strategies.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "household solar photovoltaics) to provide modern energy access and build resilience (adaptation co-benefits) for low-income households, with an initial target of retrofitting 3,000 low-income homes with solar PV by 2030 under the Roofs to Reefs Program. As one of the most densely populated countries in the world (669 people/km2) and one of the most water scarce (< 305 m3 of renewable freshwater per capita per year), and facing a predicted, climate change induced, 15-30% reduction in rainfall, Barbados\u2019 race to completely decarbonize its economy must be accompanied by strategies to enhance food and water security and protect vital coastal ecosystems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Water", + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "With international support, the Myanmar government would like to engage with local governments, CSOs, INGOs, the private sector, CBOs, Women s\u201f group, youth groups, national races, indigenous/ ethnic groups, national and international experts, academia, etc. on issues such as:i) Protection of Critical Watershed Hydrological Services, including actions like:. Analyzing and sharing of actual water quantity that may be discharged from reservoirs. Protecting and conserving natural waterholes, springs, spouts, and supporting water purifying technology in remote villages of Myanmar.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "To have, by 2025, a radar network in the country \u2013to complement the existing regional network\u2013, a radio sounding station and a national telemetric rain gauge network that will help monitor flash floods, among other events. The above chart contains a not exhaustive list of undergoing measures, and also those that are expected to develop, under each area and sector. Section IV. Context and key measures relative to capacity building and knowledge creation. IV.i.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Gas", + "Economy-wide: General" + ], + "SectorLabel": [ + "Energy", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "It seeks to implement measures to reduce emissions of gases, using some of the approved equivalent methods, such as exhaust gas cleaning systems that help clean up emissions before they are released into the atmosphere, and to implement effective policies and measures to address climate change, in order to ensure global benefits at the lowest possible cost, enabling the construction of relevant greenhouse gas sinks and reservoirs, and covering all economic sectors.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "; promote efficient irrigation systems; promote the diversity and resilience of agricultural crops; greater food security; promote integrated food, water and energy systems in smart agriculture that is resilient to climate change. Water resources: valuation of resource assessment, increase of supply and efficient management of water demand, taking into account social and gender issues; management of extreme events (floods, droughts); efficient treatment and reuse of water.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Economy-wide: General" + ], + "SectorLabel": [ + "Social Development", + "Economy-wide" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Post-2020: \"Integrating gender considerations and the interest of vulnerable group in climate change policies and strategies in all relevant sectors particularly in national strategies for social development, poverty eradication, childhood and early childhood development in Jordan and develop, compile, and share practical tools, information, and methodologies to facilitate the integration of gender into policy and programming", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Energy efficiency", + "Food security", + "Tourism: General", + "Water efficiency", + "Social Development: General" + ], + "SectorLabel": [ + "Tourism", + "Agriculture", + "Water", + "Social Development", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Climate change adaptation targets Based on existing strategies, plans and programs, key sectoral climate change adaptation targets are defined for the time horizons 2025, 2030 and are set out in Table 8. 3.3.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TLS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Timor-Leste is also in the process of drafting a Renewable Energy Decree Law to establish a national renewable energy system and a Renewable Energy Plan. In Timor-Leste, 95% of households use firewood for cooking and 83% households cook over open fire16. MClE through the Directorate General for Environment has signed a MoU on the 5th of July 2016 with Mercy Corps on the promotion of clean cookstoves in Timor-Leste.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Disaster preparedness" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "To reduce the risk and vulnerabilities of the country and communities, the proposed activity will:. Integrate disaster risk reduction with climate change adaptation;. Strengthen disaster risk reduction institutions through institutional strengthening and capacity building;. Strengthen disaster risk reduction at the local level;. Improve and reinforce proper building codes and land use planning;. Integrate disaster risk reduction into the formal and informal education system and health sector;. Harmonize and re-align partner interventions towards disaster risk reduction;. Strengthen the climate change early warning systems; and.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Buildings: General", + "Demand-side Efficiency: Buildings", + "Demand-side Efficiency: Cities" + ], + "SectorLabel": [ + "Buildings", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Efficient lighting installation of 20 million compact fluorescent bulbs. 195. Efficient lighting with LED. Efficient lighting installation of 20 million LED bulbs. 193. Industrial energy efficiency. Reduction of energy consumption in the industrial sector by 15%. 1145. Energy efficiency service: office lighting. Efficient lighting installation of 2 million compact fluorescent and LED bulbs. 21. Efficient public lighting. Energy efficiency: efficient public lighting installation with 1,000,000 low consumption light points. 390. Alternative energies to firewood.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Agroforestry will play a critical role in supporting the long-term goal of Myanmar\u201fs Climate Change Master Plan (2018\u20132030)40 of achieving climate resilience and pursuing a low-carbon pathway for inclusive and sustainable development, specifically in developing innovative climate fund mechanisms (creating incentives for environmentally friendly agroforestry practices) and in improving farmers\u201f access to climate-smart technologies and practices (improving land management through agroforestry practices). Myanmar developed its Climate-Smart Agriculture Strategy 2014 (CSA) 41 to promote technologies that could increase agricultural productivity while also enhancing resilience of the agricultural systems and reducing GHG emissions (or increasing carbon sequestration potential).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "If the price and performance of the new RE technologies are satisfactory, and if there is more appetite for investments through international support and access to climate finance, by 2030 the share of new renewable energy technology will increase by 53.5% from BAU (2000 MW) to 3070 MW and coal will decrease by 73.3% (5820 MW) from BAU (7940 MW), reducing it to 2120 MW (Table 6). Table 6. Energy Sector Conditional Targets (2020 \u2013 2030)31. 2020. 2025. 2030. Generation Technology. MW. %. MW. %.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "THA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy", + "Energy: General", + "Economy-wide: General" + ], + "SectorLabel": [ + "Energy", + "Economy-wide" + ], + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": false, + "Context": "Stakeholder consultations were conducted through the establishment of an inter-ministerial working \fAssumptions and methodological approaches Ene group and steering committee comprising representatives from relevant sectoral agencies, academia, and the private sector. The NDC was formulated based on the following plans: - 12\" National Economic and Social Development - Climate Change Master Plan B.E. 2558-2593 - Power Development Plan B.E. 2558-2579 (2015- - Thailand Smart Grid Development Master Plan - Energy Efficiency Plan B.E. 2558-2579 (2015- - Alternative Energy Development Plan B.E.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable urban planning" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Green roofs and facades improve the thermal comfort of buildings, especially in a hot and dry climate;. Renaturalization of systems for rivers bordering urban areas;. Roof water collection and storage in areas of low water availability.\u00a0Roof water collection systems should be encouraged in residential buildings and for community buildings with a large roof area (eg schools, mosques, markets, etc.);. Control and optimization of the capture and use of water resources;. Strengthening of the program to reduce leaks from the distribution network;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Implementation of practices for the transition from traditional agriculture to sustainable agriculture (socially, economically and environmentally), based on the application of soil, water and biodiversity conservation technologies in basic grain, vegetable and fruit crops\": \"Increase in the number of practices from a baseline of practices already implemented in 2017, to a scenario of more practices in 2025.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Table 6-2 Strategic adaptation actions. Objective. Pillar. Strategic Adaptation Actions. Adaptation actions. Promote enabling environment to facilitate CCA mainstreaming. Institutional framework. 1. Establishment of the institutional arrangements for the multi-sector coordination of climate change actions, including the definition of its composition and mandate. NAP s mandate. 2. Testing and institutionalization of mechanisms to integrate CCA into the next \u201cNational Development Plan\u201d or equivalent and sectoral planning instruments, including the annual sectoral budgets and guidelines. NAP s implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Transportation Planning" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "This technical cooperation (TC) offered by the IDB, aims to provide a new updated OD matrix for passenger travel patterns and the corresponding transportation model for the Metropolitan Area of San Salvador. The current matrices have not been significantly updated for more than ten years, so various adjustments are required to account for variations in the number and distribution of trips. These elements are the basis for proper urban transport planning, traffic management and operations.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "With respect to ecological restoration, China will implement major ecological protection and restoration projects, and press on integrated protection and restoration of mountains, waters, forests, farmland, lakes, grasslands and sands. China will intensify efforts to carry out a large-scale greening campaign, consolidate its achievements of returning farmlands to forests and grassland, apply projects for precisely improving forest quality, and continue to increase forest area and accumulation. Protection and restoration of grassland ecosystems will also be strengthened, so as the protection of wetlands.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Mangroves" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The UAE is also undergoing significant restoration and plantation efforts of both mangroves and sea-grass, supporting ecosystem-based adaptation as well. In 2013, the UAE initiated the Blue Carbon Demonstration Project, which provided decision-makers with a stronger understanding of the carbon sequestration potential in the Emirate of Abu Dhabi. In 2014, the project\u2019s scope was expanded to cover the entire country, and is known as the UAE\u2019s National Blue Carbon Project. Food Security. The UAE imports more than 90 per cent of its food.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AZE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Development and application of technical and normative legal documents on the use of alternative and renewable energy sources based on conducted assessment, acceleration of works to supply of renewable energy for the heating system for the population, enhancement of use of innovative technologies, construction of small hydro power plants (HPPs) on small rivers, irrigation canals and water basins, as well as, use of biomass, solar power, electric and heat energy, wind power, heat pumps and geothermal energy in all sectors of economy. Transport sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "UT.2. Dissemination of Conservation Agriculture (CA) in the Peasant Family Farming (AFC) segment.: The measure is based on the fact that CA is very widespread at the level of mechanized business agriculture, and not in the AFC. In addition, for cost-efficiency reasons, it is recommended to implement CA in soil management practices (especially the use of \"green manures\"), proposing to double the current estimated area under this management.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "LAO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Capacity building needs", + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Road Sector", + "Sustainable urban planning", + "Water supply" + ], + "SectorLabel": [ + "Water", + "Transport", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Ensure that urban water supply systems have adequate design and operational standards for climate change impacts, including access to low flows in water sources, water treatment capability and flood protection;. Build storm surge / flood protection works for urban infrastructure. Main barrier for implementation. Research, information and capacity on sustainable and climate resilient urban planning and development technologies. Limited knowledge and capacity on sustainable and climate resilient urban planning and development, and technologies,. Lack of financial mechanism, access and resources mobilization. Support required.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needed for a given sectoral downstream action", + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation", + "Capacity building needs", + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Energy: General", + "LULUCF/Forestry: General", + "Disease surveillance and control", + "Food security", + "Renewable energy", + "Waste management", + "Agricultural Waste", + "Renewable Energy: Waste", + "Sustainable forest management" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry", + "Health", + "Energy", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "\u2212 Hydroelectric micro-dams\u2212 Solar heat and solar photovoltaic energy\u2212 Methanisation processes for organic matter\u2212 Improved carbonisation. Industrial processes and use of solvents. \u2212 Particle and gas sensors. Agriculture and animal husbandry. \u2212 Soil analysis\u2212 Production, inspection and certification of high quality seeds\u2212 Integrated management of plant diseases\u2212 Monitoring prevention and control of animal diseases of a trans-national character impacting human health and ecosystems.\u2212 Agroecology. Land Use Change and Forestry. \u2212 Advanced conversion of wood\u2212 Land and forestry monitoring system. Waste.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needed for a given sectoral plan", + "Technology transfer needs for sectoral implementation", + "Capacity building needed for a given sectoral downstream action", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Adaptation Commitments", + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MDV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General", + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "There is an urgent need to study the effects of climate change on the prevalence of vector borne diseases in the Maldives. Vector surveillance program covering all the islands to address the emergence and re-emergence of vector borne diseases will be formulated and implemented. Nationwide vector control programs will be developed and implemented. Food safety increased through appropriate policies and monitoring mechanisms. Enhancing Water Security. The Maldives has very limited freshwater resources.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "In addition, better treatment of wastewater can reduce greenhouse gas emissions whilst protecting national water resources. 4. Mitigation. Unconditional Target[6]. A GHG emission reduction of 15% compared to the Business-As-Usual (BAU) scenario in 2030. 15% of the power and heat demand in 2030 is generated by renewable energy sources. A 3% reduction in power demand through energy-efficiency measures in 2030 compared to the demand under the Business-As-Usual scenario.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Climate risk management", + "Sustainable land management" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improving sustainable rural livelihoods\u201d in the Boucle du Mouhoun and Center Ouest regions, Burkina Faso. 5,481,000. Communal Landscape Management Project for REDD+. 100,000,000. 3500. 19500. 25000. Beog Puuto. 24,928,000. Weoog Paani. 19,680,000. EU/Wakanda multi-sector support project for 20 villages. 6,500,000. OSRO/BKF/801/SWE. 23,400,000. Support for the creation of a national MRV system in Burkina Faso. 2,080,000. Climate Resilience in the Nakamb\u00e9 Basin (RECLIM) Project. 225,000. Project to promote index-based weather insurance for smallholder farmers in Burkina Faso. 29,462,792. Non-Timber Forest Products, phase 3. 10,000,000.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Wastewater treatment" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Increasing Resilience for Infrastructure and Cities: \u201cFuture planning for waste and wastewater infrastructures will take into account its sustainability, efficiency and effectiveness whilst avoiding areas that are environmentally sensitive, flood-prone and categorised as water catchments. Adopting nature-based solutions such as constructed wetlands in facilitating wastewater treatments will be a priority.\u201d (p. 11)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Irrigation", + "Climate risk management", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Hydro-agricultural infrastructure around dams over 160,000 hectares, for a global cost of USD 2.1 billion. Coverage of risk against climatic variations through multi-risk insurance for cereals and legumes covering 1 million hectares. For 2030:Extension of irrigation to new agricultural areas, over 260,000 hectares for an overall investment of USD 3 billion. Equipping and modernizing irrigation systems over 290,000 hectares for an overall forecasted USD 2 billion. Water. For 2020:Substitution of water samples from overexploited groundwater tables (85 million m3 annually) with aboveground water sources.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Power generation efficiency improvement: Fuel switching" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"Substitution of the use of petroleum-based fuels (bunker, liquefied petroleum gas and diesel) in industry and trade with natural gas\": \"Between 2024 and 2030, a cumulative reduction of 175 Kton CO2 Eq would be reached, which corresponds to a reduction of 1.6% compared to a BAU Scenario, without substitution, in which 11,226 KtonCO2Eq would be emitted, cumulatively inthe same period.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Social Development: General", + "Education: General" + ], + "SectorLabel": [ + "Social Development", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Ensure equality for the vulnerable groups and increase employment by providing knowledge and education. E. Needs for Support. Financial Support. The financial needs for the NDC implementation are estimated initially as US$11.5 billion, of which US$6.3 billion for mitigation, and US$5.2 billion for adaptation. Technology Transfer. In order to solve problems, the focus has to be made on soft approaches rather than solely relying on hard ones, including indigenous knowledge of local communities, combining traditional practices with modern know-hows.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PER", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame" + ], + "SubSectorLabel": [ + "Water management", + "Monitoring and Evaluation System", + "Health: General", + "Poverty reduction", + "Economy-wide: General", + "Disaster preparedness", + "Gender", + "Agriculture: General", + "Disaster Risk Management (DRM): General", + "Sustainable land management", + "Sustainable urban planning", + "Fisheries and aquaculture", + "Social Development: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Social Development", + "LULUCF/Forestry", + "Health", + "Economy-wide", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The processes of ecosystem degradation and environmental pollution from anthropogenic origin exacerbate these conditions. In addition, the country faces a high exposure to hydro-meteorological threats, where 72% of total national emergencies are related to this kind of phenomena, such as severe droughts, rains, floods, frost, among others[5]. Studies reveal that temperature and rainfall regimes are changing throughout the country. Climate scenarios predict water regime irregularities in 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Coastal management" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Oceans and Coastal Zones 2 [associated measure]: \u201cAdopt a national maritime space management plan by 2024 built on the protection and restoration of Cabo Verde\u2019s blue natural capital and incorporating ambitious climate change targets, with ZEEEM-SV assuming an explicit stewardship role", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "REDD+" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Solomon Islands intends to use the market and non-market mechanisms under Article 6 of the Paris Agreement. Land sector accounting approach. Appropriate methodologies drawn from international best practice to quantify carbon from agriculture, forestry and land use (AFOLU) and coastal and marine ecosystems. Estimated macro-economic impact and marginal cost of abatement. NE. Narrative supporting the fair-share assessment of the contribution.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Promote the use and development of energy efficiency and change of consumption behavior. Promote research for the implementation of energy solutions, reducing the gender gap. Initiatives. Description. National Energy Efficiency Plan. Projects for the identification of final uses of energy in the residential, commercial and public sectors. Equipment replacement program in the industrial and residential sector. Energy Efficiency Regulations (ISO 50001). Cogeneration in the industry. Development and promotion of a market of Energy Management Companies (ESCOs).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Conditional part of mitigation target for a given sectoral upstream policy" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": false, + "Context": "Production of biofuels for transport keeps growing with the support of the Renovabio Program, which uses decarbonization market mechanisms to foster production and consumption of these renewable resources. The hydroelectric power generation infrastructure accounts for 64% of the national installed capacity, and is the best technological solution to compensate for the intermittence and seasonality of wind, solar and biomass sources, which account for 19% of the power generation installed capacity and are experiencing rapid growth.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender", + "Renewable Energy: Solar", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Social Development", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Action 10.3: \u201cBridge the gap in the proportion of women to men employment as solar technicians, engineers, and project managers by promoting the entry of more women into jobs delivered within the sector through information, communication, education campaigns, scholarships, and job placements\u201d (p. 39)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Early warning system", + "Environment: General" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Implement and control adaptation measures derived from sectoral policies in programs, plans and projects related to food security, land and urban planning, fishing, agriculture, health, tourism, construction, transportation, industry and the integral management of forests. (This is a broad program covering 12 sectors and the actions to be applied must be examined, in accordance with the respective sectoral programs). Strengthen monitoring, surveillance and early warning systems to systematically evaluate the state and quality of the coastal zone, water, drought, forest, human, animal and plant health.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "This part includes the sectors involved in the \"Climate Change Policy for the Agricultural, Forestry, Fisheries and Aquaculture Sector\" (MAG, 2017), whose adaptation to climate change and variability is a priority, through the following strategic objectives:< /p>. Sustainable management of natural resources, prioritizing populations in conditions of greater vulnerability and improving the resilience of production systems;. Strengthening of knowledge management among the main actors in the territories to improve resilience and adaptability to climate variability and change;.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SUR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Capacity Building Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Renewable Energy: Wind", + "Biomass energy", + "Renewable Energy: Solar", + "Renewable Energy: Waste", + "Renewable energy", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Energy", + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "In addition, the introduction and implementation of various types of renewable energy requires, for instance, the installation of solar panel parks as well as micro-hydro power units river systems; application of biomass-to-energy technology; installation of wind mills; and implementation of waste-to-energy technology. These, in turn, require human and institutional capacity building and financing. Financing is a key requirement to support these actions and determining in a comprehensive way the future costs of adaptation. Building climate resiliency is viewed as an immediate priority.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needs for Sectoral implementation", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Education: General" + ], + "SectorLabel": [ + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "By 2030, it must be ensured that all university students have the opportunity to take a module related to environmental science and climate change before graduating. By 2030, include the topic of climate education in the national professionalization system, as well as in the training of technical, administrative and teaching personnel at all levels of the national educational system.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MOZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Solid Waste", + "Renewable Energy: Biofuels", + "Industries: General", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Energy", + "Industries", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Application and dissemination of production techniques and improved use of firewood and charcoal sustainability. Whole country. Reducing GHG emissions from Industry. Installation of solid waste recycling industries under PRONAL. Not identified. Creation of Industrial Research and Development Centers. Not identified. Encouraging investors to evaluate GHG emissions in investment projects. Not identified. Promotion of projects and programs of microgeneration of energy in the industrial sector. Not identified. BIBLIOGRAPHY. Ahmed, A.E. & Alam-Eldin, A.O.M. 2014.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Sustainable land management" + ], + "SectorLabel": [ + "Economy-wide", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "OBJECTIVE 2: ADAPT THE TERRITORY AND ENERGY SYSTEMS TO CURRENT AND FUTURE CLIMATE CHANGES. Option. Targets/Baseline: 2010. Actions and measures to achieve targets. Territory Development. Conformation of the uses of land and natural resources, by a legal and regulatory system that integrates the current and future climate. 1 National Spatial Planning Scheme (SNAT) and 20 pilot spatialized local development plans, integrating environmental issues completed by 2025. The land code and the agro-pastoral land code are finalized and adopted by 2025.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MWI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Support industries involved in carbon capture utilisation and storage (CCUS) Support for companies assessing, developing or implementing CCUS from suitable facilities, resulting in stored or avoided CO2 emissions. MOI (Department of Factory Inspectorate). Utilisation of domestically produced CO2 within industries can help reduce dependence on products and inputs whilst enhancing resource reuse and recycling. Depending on the process and product(s), environmental impacts can also be lessened. Department of Energy Affairs, private sector, donors. < US$ 1 million. 100% conditional. \u2714. \u2714. \u2714. WASTE. SOLID WASTE.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "QAT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Gas", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Similar research activities are also conducted at Hamad Bin Khalifa University & its affiliated research institute, Qatar Environment and Energy Research Institute (QEERI), has released the first Qatar Solar Atlas, a tool that quantifies the country\u2019s solar resource and geographical distribution as a first step towards accelerating the use of more solar energy across the country. In addition, the recent Air Quality Index and Inhalable Particulates Index to provide the local population with information on gas and particulate emissions in Qatar.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Sustainable forest management", + "Sustainable land management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Pursuant to this policy, the Forestry Act of 1998 was promulgated and a new National Forest Policy was launched in 2008 to pursue sustainable forest management; poverty reduction strategy through social and economic dimensions of forestry development and enhancing people\u2019s participation in the ongoing Land Rehabilitation Program of the Government of Lesotho. 4.4 Reporting on Current and Planned Adaptation Undertakings and Support. 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Use of zero discharge technologies for rivers and streams and/or application of good practices of effluent treatment and/or recovery of nutrients and minimization of methane emissions in at least 75% of dairy farms.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sea-level rise protection" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Seek to strengthen governance, strategy development and capacity building by, among others:. promoting workshops in order to introduce crop varieties and species more adaptable to climatic conditions;. improving strategies associated with the distribution of agro-climatic zones and the structure of crops;. improving data collection and modelling capacity associated with water and soil management;. Seek to rehabilitate or construct infrastructures for the protection of coastal zones against seal level rise and beach erosion; and.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Establish and maintain water points for livestock in grazing areas and shelters to protect animals during hot seasons. High. High. Medium. Medium. Medium. Medium. Implementation mixed livestock farming systems, such as stable -fed systems during winter and pasture grazing, in the spring-autumn period. Better use of alpine pastures, during summer especially for fattening animals to avoid overgrazing near villages. High. Medium. Medium. Medium. Medium. Medium.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "HFCs" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Under the Kigali Amendment to the Montreal Protocol, the UK is taking ambitious action to phase down the UK\u2019s use of hydrofluorocarbons (HFCs). As committed to in the Net Zero Strategy, HM Government will conduct a review of the F-gas Regulation and publish a report in due course. This will set out any further measures the UK can take to reduce HFC use in favour of climate friendly, energy efficient alternatives.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Capacity building needs", + "Technology needs", + "Sectoral plans on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Transport: General", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Transport", + "Waste" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Capture methane gas emitted from landfills and used for fuelling vehicles, cooking at home or generation of power. Transport:. Mainstream climate change into existing transport management plan to strengthen emission control. Strengthen institutional capacity for developing strategies for integrated transport services; developing technical and safety standards and the enforcement of policies including emission control. Improve the quality and reliability of transport infrastructure and services. Develop emission reduction and tracking system of pollutants from vehicles.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Conditional part of mitigation target for a given sectoral upstream policy", + "Conditional part of mitigation target for a given sectoral plan", + "Capacity building needed for a given sectoral upstream policy", + "Information on sectoral plans", + "Technology needed for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "of which 55% would come from actions on HFCs, 31% from shares on N\u2082O, and the rest would come from the efforts made by the cement sector, mainly on a regulatory basis. In addition, 43% of these results would be achieved thanks to unconditional national efforts, and 57% on the basis of the international support required for this purpose.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Land degradation", + "Biomass energy", + "Agroforestry" + ], + "SectorLabel": [ + "Agriculture", + "Energy", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Reverse and prevent land degradation through agricultural-land preserving spatial planning, plan cities to allow for urban farming (ground/roof/front/balcony gardening, urban organic waste composting, );. Reverse and prevent land degradation through soil and water conservation techniques such as mulching, planting of cover crops, application of organic amendments, agro-forestry systems, efficient non-depleting biomass use for energy, preference of nitrogen-fixing leguminous crops over soildepleting ones, anti-erosion practices such as terraces, contour ridges and vegetations barriers etc;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Wind" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The country has large areas of shallow sea along its coastline, particularly suitable for off-shore wind power, with the added benefit that this resource is close to a number of major urban centers, including Mogadishu and Berbera. Studies estimate that approximately 50% of the land area of the country has suitable wind speeds for power generation and 95% could benefit, and profit, from replacing diesel-powered water pumps with wind systems. 1.9. Stakeholders\u2019 Engagement in the INDCs Process.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Existing sectoral policies", + "Upstream policies on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agricultural Waste", + "Industries: General", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Agriculture", + "Industries", + "Waste" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The development of platforms and industrial parks which should allow the upgrading of agricultural value chains and the development of an efficient manufacturing industry;. Better development of mining resources and the exploitation of new deposits of phosphates, zircon, iron and gold. Strategic actions of the CDN / CDN +. Improvement of regulations in the industrial sector (energy supply studies, periodic energy audits, controls, etc.),. Energy / environmental upgrading of companies,. Waste recovery in the agro-industry,.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Unconditional part of mitigation target for a given sectoral plan", + "Unconditional part of mitigation target for a given upstream sectoral policy", + "Information on sectoral plans", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"National Energy Policy\": \"Since 2009, the electricity policy has been technically validated by all stakeholders. Current efforts are focused on developing clean cooking strategies. In 2014, Law No. 14/011 of 17 June 2014 on the electricity sector was promulgated. It establishes the liberalization and full opening of the electricity market to the private sector and also allows: the distribution of competing competences in the sector, between the State, the provinces and the decentralised territorial collectivities", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The collection of precise data on the emission potential of certain alternative practices in Guinea must be carried out by 2025 to allow commitments to reduce emissions and sequestration (initiative 4 per 1000) from that date . For research, this implies evaluating the carbon sequestration opportunities of the sector in Guinea: agroforestry practices, sustainable soil management (mulch, combination of crops), etc. Set, from 2024, GHG reduction targets for the sector compared to the baseline scenario and carbon sequestration targets.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Water supply", + "Food security", + "Water conservation and reuse", + "Agriculture: General", + "Watershed and river basin management", + "Social Development: General" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Environment", + "Social Development" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The possible actions that have been identified to achieve these contributions include: artificial groundwater recharge; integrated river basin management; leakage detection; rainwater harvesting; sand dams; solar pumps borehole water pumping; water recycling and reuse; and wetland restoration. Agriculture sector. Swaziland s contribution is to:. Increase the contribution of agriculture to economic development, to support both food security and exports. Reduce poverty and improve food and nutrition security through sustainable use of natural resources, improved access to markets, and improved disaster and risk management systems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "MAR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Power generation efficiency improvement: Cogeneration plants", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Total scenario. 11,026.5. 1418.8. 21.0. 19. Phosphates. Slurry pipeline Khouribga - Jorf Lasfar. Transport of phosphate by slurry pipeline replacing trains. 11 767.5. 1230.0. 530.0. 20. Cogeneration. Thermal power stations and heat recovery systems. 39 818.1. 5 246.5. 280.0. 21. Solar energy. Solar farms. 2067.4. 737.0. 100.0. 22. Solar drying of phosphate. Replacement of No. 2 fuel oil used for phosphate drying with solar energy. 565.7. 191.2. 300.0. 23. CO2 capture and recovery from phosphoric stacks.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Landscape management", + "Livestock", + "Sustainable Land Management", + "Land and soil management", + "Climate Smart Agriculture", + "Irrigation" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Integrated Productive Landscape Project through the Planning of Land Use, Restoration and Sustainable intensification of Rice, in the Yaque del Norte and Yuna basins. Manage the water supply through the improvement and construction of infrastructure and hydraulic equipment. (Irrigation Sector). Promote climate-smart livestock management in the Dominican Republic. Promote the adoption of Silvopastoral Systems in cattle farms and other improved practices for Demonstrations of Environmentally Friendly Farms. Health sector. Carry out a mapping of national health vulnerabilities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Adaptation Commitments", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NER", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Transport: General" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "100. 0. Wind turbine. MW. 50. 0. Improving energy efficiency in the transport sector. More efficient gasoline cars. Cars. 0. 8000. More efficient diesel cars. Cars. 0. 5000. Restriction on the import of used cars. Cars. 0. 35,000. The impact of these measures on the reduction of emissions was assessed using the GACMO tool. The results show a significant reduction in emissions from the sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DJI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Funders for Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves", + "Climate risk management", + "Tourism: General", + "Coastal management", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Tourism", + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "In addition, the restoration of coral reefs and mangroves will generate additional revenue through the development of ecotourism activities. Funding:\u00a0International Fund for Agricultural Development. Implementation of priority NAPA actions to strengthen resilience in Djibouti\u2019s most vulnerable coastal zones. The project will adopt an integrated approach that combines local actions to improve the resilience of the communities and the ecosystems with central actions to remove any key political and institutional obstacles.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "The funders for sectoral unconditional actions", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Health services and assessment" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Investment cost in 2030 in million CFA francs. Adaptation costs in 2030 in millions of CFA francs. Agriculture. 72,652. 108,978. 36,326. 138,038.8. 65,386.8. Breeding. 29,146. 43,719. 14,573. 55,377.4. 26,231.4. Forest and wildlife. 14,407. 21,610.5. 7,203.3. 27,373.3. 12,966.3. Water and Energy. 222,845. 334,267.5. 111,422.5. 423,405.5. 200,560.5. Mining and industries. 8,237. 12,355.5. 4,118.5. 15,650.3. 7,413.3. Urban development. 112 018. 168 027. 56,009. 212,834.2. 100,816.2. Human Health. 188,815. 283,222.5. 94,407.5. 358,748.5. 169,933.5. Infrastructure and transportation. 408,465. 612,697.5. 204,232.5. 776,083.5. 367,618.5. Tourism and leisure.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Sea-level rise protection", + "Water: General", + "Food security" + ], + "SectorLabel": [ + "Coastal Zone", + "Water", + "Agriculture" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Control saline water intrusion in the most severely affected areas. 3.5. The need for capacity building, technology transfer and finance for climate change adaptation. Viet Nam has attempted to implement climate change adaptation measures but does not have sufficient capacities to meet the demands, so there is a need for international assistance as well as cooperation with other developing countries:. Strengthen the capacity to adapt to climate change at national and local level.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Coastal Zone: General" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Medium. High. Strengthen the policy framework: development and enactment of laws, policies, regulations and plans, including action plans, and mainstreaming. Development of territorial climate change adaptation plans for the whole coast (an integrated coastal zone adaptation plan), specific regions (the 4 that were prioritized) or cities. High. Low. Low. Medium. Medium. High. Development of sectoral climate change adaptation plans for the 3 main sectors prioritized and the supporting sectors (water, energy and agriculture/forestry/fisheries). High. Medium. Medium. Medium. Medium. Very high.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "NRU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "LULUCF/Forestry", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Increase resilience of natural ecosystems. Enhance water security by reducing leachate intrusion into groundwater. Increase food security through production of compost for agriculture. Mitigation. Reduce methane emissions. Build new resource recovery facility for inorganic waste. Unconditional. Build new organic waste recovery and composting facility to. Conditional on access to means of implementation. ECOSYSTEM RESTORATION AND SUSTAINABLE LAND MANAGEMENT. Develop Land Use & Restoration Plan and begin implementation. Unconditional. Adaptation. Increased resilience of sensitive ecosystems to climate change impacts.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Unconditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans", + "Unconditional part of mitigation target for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BOL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable forest management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Forests and agriculture: \"Integrated and sustainable management of forests has strengthened through the management of timber and non-timber products in an integrated and sustainable manner\" (10). Conditional on international cooperation: \"Timber and non-timber production has increased by 40%, doubling food production from the integrated management of forest and agricultural systems in 2030\" (11).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector (3)", + "Adapt Now sector", + "Adapt Now sector (2)", + "Action and priority" + ], + "SubSectorLabel": [ + "Water management", + "Infrastructure and roads", + "Energy: General", + "Infrastructure", + "Sustainable transport planning", + "Energy efficiency", + "Disaster preparedness", + "Water conservation and reuse", + "Renewable Energy: Hydro", + "Renewable Energy: Solar", + "Renewable Energy: Wind", + "Transport: General" + ], + "SectorLabel": [ + "Water", + "Energy", + "Transport", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "2) To assure the availability of water at source in the country taking into account the current and future climate change, the following measures need to be undertaken:. build new infrastructure for transforming water resources into socio-economic ones (new accumulation lakes, new inter-basin derivatives, etc.);. modify the existing infrastructure to regulate the water flows whose distribution changes over time as a result of climate change (over-increased dam height);. design and implement solutions for rain water collection and usage;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "GCA_Sector_3", + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "WSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Fertilizers" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "Reduce GHG emissions in the sector by 26 percent in 2030 compared to 2007 levels (or by 35.2 Gg CO2e compared to the new reference year levels once the GHG emissions inventory is updated). Improve agriculture practices through improved manure management and fertilizer use. Reforestation, forest restoration, and promoting agroforestry. Samoa requires external financial support and technical assistance to improve manure management, fertilizer use, support reforestation, forest restoration, and the expansion of agroforestry.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DZA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "It is based in particular on the national programs for renewable energy and energy efficiency. This reflects its willingness to pursue its efforts in combating the adverse impacts of climate change. Such programs shall be pursued and sustained so long as Algeria benefits from international support in terms of new and external financial resources, and technology transfer, and capacity building. Algeria\u2019s contribution in mitigation is based on the three most important greenhouse gases: carbon dioxide gas (CO2), methane (CH4) and nitrous oxide (N2O).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate smart agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Adoption and application of climate- smart and conservation agriculture through best agricultural practices that enhance soil fertility and improve crop yield. Goal: to Increase agricultural productivity and reduce deforestation Objective 1: improvement in Agricultural practices Objective 2: Using the wet and low land for crop production to reduce deforestation. Objective 3: Using organic manure to reduce the water pollution. Using modern machinery and technology to increased production yield. 250,000,000. Shifting from high to low and wetland to reduce deforestation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ZMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Power generation efficiency improvement: Fuel switching" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Program involves implementing. Fuel switch (diesel/HFO to biodiesel). Fuel switch (coal to biomass). Switch from existing isolated diesel to mini-hydro. Introduce and increase blending of bio-fuels with fossil fuels and where possible substitution with bio-fuels. Off grid RE to non-electrified rural \u2013 P.V and Wind. On grid expansion program to support economic growth and grid extension through inter-basin water transfer. Grid extension to non-electrified rural areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Kenya aims to achieve her Vision 2030 through a low carbon, climate resilient development pathway. Kenya will implement and periodically update the National Climate Change Action Plans (NCCAPs) to achieve this target. This will include (but not limited to) the promotion and implementation of the following priority mitigation activities:. Increasing of renewables in the electricity generation mix of the national grid. Enhancement of energy and resource efficiency across the different sectors.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\uf0b7 Strengthen the capacity to adapt to climate change in all socio-economic sectors (generation of jobs, income, etc.). \uf0b7 Mobilise the necessary financial resources to finance adaptation to climate change Agriculture \uf076 Horizon 2025 Improve the performance of Benin\u2019s agriculture, enabling it to ensure sustainable food and nutritional sovereignty, to contribute to the economic and social development of Benin\u2019s men and women and to achieve the Sustainable Development Goals (SDGs), in particular Goals 1, 2, 12 and 13.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KWT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Buildings", + "Water efficiency", + "Energy efficiency" + ], + "SectorLabel": [ + "Water", + "Energy", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The Use of district cooling system in the new residential cities: these projects will reduce the electric power consumed in cooling and conditioning houses which will enhances the power supply in the country in a sustainable approach. Adapting to lack of water resources: through the use of higher efficiency systems such as reverse osmosis system in water production, awareness campaigns for citizens on rationalization of electricity and water consumption and the use of modern techniques to rationalize the human consumption of water and in agriculture and industrial systems. 2.2.2 Laws and Regulations.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Sustainable Forest Management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\" Actions to promote sustainable sourcing of fuel wood in the garment industry\": \"Year - Annual climate impact - Total climate impact 2019 40,360 40,360 2020 51,052 91,412 2021 72,895 164,307 2022 118,702 283,009 2023 115,426 398,435 2024 137,269 535,704 2025 184,169 719,873 2026 179,965 899,838 2027 213,899 1,113,737 2028 135,403 1,249,140 2029 135,487 1,384,627 2030 135,487 1,520,114\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Development of a monitoring system for prevention and control against epidemics and climate-sensitive diseases (malaria, cholera, meningitis, etc.). By 2030, establish an information and alert system on climate-sensitive diseases and epidemics. Identify the most vulnerable areas; Set up tools for processing and analyzing data on environmental risks and epidemiological trends; Identify or Establish the information dissemination system. CROSS-CUTTING MEASURES. Alignment with the NAP: Establishment of an integrated early warning system. Option. Targets/Baseline: 2010. Actions and measures to achieve targets. Cross-sectional measures.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "In addition, the Kismayo Port is the economic outlet for the Jubba Valley. The Fanoole project had 1,500 Somali staff and workers and 42 Chinese experts and technicians. The employee had living quarters of 70 houses and in addition, the project had 20 storage facilities for inputs and rice. PROJECT DEVELOPMENT OBJECTIVES. The Fanoole Dam and agriculture land were one of the most important projects in the Jubba valley. The key objectives of its rehabilitation are:. Rehabilitation of the Fanoole Dam\u2019s hydroelectric infrastructures;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ISR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Taking into consideration its national circumstances, Israel believes its target to be fair and ambitious reflecting genuine efforts to move forward in a sustainable manner to facilitate the transition to a low-carbon and climate-resilient economy. Further information can be found in section 6(a) of the ICTU table below. Key sectoral approved decisions and strategies contributing to the NDC\u2019s achievement:Government Decision No 465 (approved on October 25, 2020) which formalized the decision undertaken by the Minister of Energy to phase-out coal-fired power generation no later than 2026 and determined targets for a renewable power generation share of 20% in 2025 and 30% in 2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Restoration, conservation and SFM/MST of forests in areas affected by degradation processes. As a result, technical and institutional capacities for the restoration of forests and forest lands are expected by applying SFM/MST strengthened through the development of national guidelines for the restoration and regeneration of 3000 ha of forests through SFM/MST strategies i.e. reforestation, agroforestry systems, analog forestry under a ecosystem that prioritizes the multifunctionality of forests and results in standardized populations of forest species of global importance in danger and sequestration of 0.2 million tons of CO2eq and land degradation processes stopped in 3000 ha.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Targets" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Poverty reduction", + "Sea-level rise protection", + "Power system planning", + "Sustainable transport planning" + ], + "SectorLabel": [ + "Coastal Zone", + "Social Development", + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Ensure low-income population to reach jobs, education and healthcare services, improving their access to economic and social opportunities. Adaptation Actions and Policy Measures. Continuation of road upgrading and construction. Risk mapping of climate stress vulnerability of transport infrastructure \u2013 future investment should be guided by such risk mapping. Updating design and construction standards and materials to ensure that future infrastructure is more resilient to anticipated climate and extreme weather events. Integration of climate change into infrastructure design practices. Review of the institutional framework by 2025.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "OMN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The Sultanate of Oman is concerned with the decarbonization of the transportation sector, which has been the fastest-growing major contributor to GHG emissions between 2000 and 2015. The transportation sector's diverse characteristics and various impacts necessitate extensive research to achieve even greater outcomes and impacts in sustainability and carbon emission reduction. Therefore, the Sultanate of Oman's priority over the next few years will be to perform studies that will create frameworks and plans of action with realistic strategies to ensure transportation sustainability and decarbonization.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The installation of 200 thousand 2 of solar heaters in the residential and industrial sectors. The installation of solar pumps in agriculture. The use of organic waste for the production of biogas and the production of bio-fertilizer replacing chemical fertilizers will contribute to the reduction of emissions and the reduction of pollution of watersheds and bays. Special attention has the residues of animal production, industry and urban solids.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Reforestation", + "Sea-level rise protection", + "Disease surveillance and control", + "Coastal Zone: General", + "Sustainable forest management" + ], + "SectorLabel": [ + "Coastal Zone", + "Health", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Rearrangement of population and economic activities. Public health. Increase in incidence of infectious diseases. Strengthening of hygienic and anti epidemic work. Strengthening of medical services related to the diseases caused by hot weather. Establishment of database for various infectious diseases and sustainable monitoring system for diseases. Ecosystems. Shift in the structure of biological communities. Changes in the number and range of species. Loss of habitats for species. Increase in damages from forest pests. Recovery of degraded forest and firewood forest managment in community areas.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Implementing Agency for Sectoral Conditonal Actions" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Jordan has conducted good number of adaptation projects for the biodiversity and protected areas for the pre-2020 period such as Royal Society for Conservation of Nature\u2019s (RSCN) project. In addition to the adaptation strategies mentioned in Jordan\u2019s Third National Communication (TNC) on climate change (please referee to the TNC to capture the adaptation priorities), the GoJ, through its strategic partners, mainly RSCN, Royal Botanic Garden, and IUCN-ROWA, intends to carry out the following actions that are envisaged to contribute to increase the adaptive capacity of the country\u2019s ecosystems to climate change, these are:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The agency responsible for implementing the sectoral conditional action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "HFCs" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "For the period 2021-2025 according to the phasing-out schedule, Venezuela must reduce 32.5% of the baseline level of consumption, i.e. 67.25 ODP-tonnes (Ozone Depletion Potential), about 121.722.5 tonnes of CO2 equivalent.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Emission reduction potential for a given sectoral upstream" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Early warning system", + "Disease surveillance and control", + "Awareness raising and behavior change" + ], + "SectorLabel": [ + "Health", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Strengthening the preparedness and resilience of the health sector and increasing emergency rooms (ER) capacities;. Building the needed capacities to conduct health vulnerability assessments;. Educating and informing the public of the needed measures to protect health from the adverse impacts of climate change;. Establishing an early warning system to trigger prompt public health intervention when certain variables exceed a defined threshold;. Developing climate-informed disease control programs and surveillance systems using meteorological services to target vector control in time and space;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Renewable Energy: Geothermal" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Given the time needed to complete the studies and start generating electricity, it was considered to be around the end of the period under analysis, namely around 2030. Thus, the accounting of potentially avoidable GHGs was taken into account for 2030. A production of some 14 MW by 2030. Promote the use of LPG instead of oil and wood.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Policies such as the National Transport Master Plan and National Implementation Plan on Environmental Improvement in the Transport Sector are being developed. Cities, like Yangon, are studying options for sustainable transport development for example, and CSOs are engaged in proposing solutions to challenges for implementation. To promote sustainable urbanisation, the Government of Myanmar is drafting a National Urban and Regional Development Planning Law, a National Housing Policy, National Urban Policy, and is expanding its urban planning capacity.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Gender" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Strengthen institutional capacities at national and sub-national levels to integrate gender responsiveness in climate change adaptation s policies, plans, programming, including gender budgeting. Gender. Ministry of. Women s. Affairs. (MOWA). - Mainstreaming. Gender and. Climate Change. Strategic Plan. 2014-2023-Neary Ratanak V,. MoWA- GCCC 5 years plan, MoWA. Optimize the implementation of policy, action plans, programs of gender mainstreaming in climate change adaptation at national and subnational levels. Baselines:1.1.1. Baseline: 2,352 local community members, including 1,771 women1.1.2. 7 coordination meeting conducted with line ministries 1.2.1. Baseline: 0Targets:-.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy: General", + "Recycling, Reuse, Reduce", + "Transport: General", + "Agricultural Waste", + "Public Transport", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Agriculture", + "Energy", + "Transport", + "Waste" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Development of alternative energy sources such as bio-fuels from sugarcane, corn, rise husks, etc. Developing agricultural and urban waste incineration programmes for energy production. Improved waste management through composting and recycling waste. Development and enforcement of regulations on regular maintenance of vehicles (vehicle emission testing): formulation of transport plans. Improving and promoting use of public transport (e.g. road, rail and water) for passengers and cargo to reduce traffic congestion and GHG\u2019s emissions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ZMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Adapt Now sector", + "Action and priority", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Buildings", + "Economy-wide: General", + "Sustainable urban planning" + ], + "SectorLabel": [ + "Economy-wide", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Co-benefits. 4.Institutionalize integrated land use planning compatible with sustainable management of natural resources and infrastructure development. 4.1 Develop National Land Use Planning Guidelines. 4.2 Integrate land use planning into official institutions and structures to facilitate legally binding land use plans. 4.3 Revise and enforce the National Construction Codes and Standards to safeguard infrastructure against climate change impacts. 4.4 Improve monitoring systems for infrastructure at all administrative levels. Harmonized land use plans at sectoral, district, regional and national planning levels resulting in collaboration, efficiency and cost- effectiveness.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Sectoral plans and strategies for adaptation.", + "Condition actions of the sectoral level", + "GCA_Sector" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Wetlands" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In the Coastal zones sector, Liberia commits to the following mitigation targets to reduce GHG emissions from ecosystem conversion and enhance carbon sinks in mangroves and other blue carbon ecosystems:. Improve protection and conservation measures in 30% of mangrove ecosystems and reduce GHG emissions by a total of 1,800 GgCO2e through avoided conversion and draining of mangrove ecosystems by 2030 (Link to Fisheries sector)2. Enhance coastal carbon stocks by restoring 35% of degraded coastal wetlands and mangrove ecosystems by 2030 (Link to Fisheries sector).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Power generation efficiency improvement: Gas-powered combined cycle" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Dissemination of knowledge and capacity-building with the support provided by the developed countries to the developing countries to ensure consistency between the parties\u2019 states to ensure balance and justice in opportunities, taking into account the national conditions and needs of each country. Iraq has worked from an early age to join the agreement and then sign the Paris Agreement to work on implementing projects and strategic studies to introduce clean and renewable energies, improve energy efficiency, sound environmental management of carbon and increase the area of \u200b\u200bgreen spaces, and projects related to the introduction of liquefied petroleum gas ( LPG) fuel as a vehicle fuel have been started In addition to the traditional fuels used and other pioneering projects in these areas and for many national sectors, including working to convert the lighting of many main streets in Baghdad to work with solar energy, and developing future plans to convert some electric power plants to combined cycle stations to reduce fuel use and increase production.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Action and priority" + ], + "SubSectorLabel": [ + "Land and soil management", + "Afforestation" + ], + "SectorLabel": [ + "Agriculture", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Increase carbon stock in plant biomass and soil organic matter, through agroforestry and rangeland development, to support an annual 2% increase in green areas within the State of Palestine. Afforestation. Land-use planning and management \u2013 greening, afforestation, and rangeland development (West Bank). An annual increase of 2% until 2040 in the total area of forest land, rangeland and upland rehabilitated and sustainably managed. Energy: Renewable energy. Solar photovoltaic (PV). Use of renewable energy, such as solar, to reduce imported energy (West Bank).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Adaptation action/priority", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Maritime" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "I support research centres that promote, develop with specialists recommendations to curb greenhouse gas emissions that will enable us to combat climate change and implement effective measures in the water transport sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Climate services", + "Economy-wide: General" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "-The participation of private media organizations enabled to expand the capacity of coverages to remote and vulnerable areas. -Strengthen cooperation and experience sharing on climate change broadcasting between public and private media organizations. Baseline: No baseline available. There were several private media organizations such as CBS, Hang Meas and Bayon collaborating with Ministry of Information so far. Target: 90% of private media organizations including Electronic, Traditional and Online media participate in climate change broadcasting campaigns. -Reduce cost of climate risk -informed society and active citizens.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GEO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Waste: General" + ], + "SectorLabel": [ + "Waste", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Georgia\u2019s updated NDC supports the low carbon development of the waste sector through encouraging the climate-friendly innovative technologies and services and through effective implementation of separation practice and principles of circular economy;. By 2030 Georgia intends to increase the carbon capturing capacity through the forestry sector by 10% compared to 2015 level;. Georgia\u2019s updated NDC sets implementation period for Climate Change Strategy and Action Plan between 2021 and 2030 through identification of individual mitigation measures contributing to achievement of the sectoral goals. 5. ADAPTATION.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Livestock", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Capacity building of institutions and farmers associations to plan and implement appropriate breeding programs to improve animal production and their resistant to climate change. Very High. High. Very High. Very High. Very High. Very High. Capacity building of farmers for conservation and sustainable use of native animal genetic resources, as more resistant and adapted to climate changes and environment. High. High. High. High. High. High. National cryo-bank establishment or enhancing collaboration with international gene banks for cryo conservation of most vulnerable native animal genetic resource.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Set, from 2024, GHG reduction targets for the sector compared to the baseline scenario and carbon sequestration targets. Experiment and identify alternative low-carbon practices for rice cultivation, management of livestock residues and savannah burning. Modernization of rural hydraulics through the promotion of modern pumping systems (electricity, solar and wind energy, modern fuels) in place of the human-powered pumping system in 1,000 rural localities and modernization of production systems agricultural and artisanal. f. Means of implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GIN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Upstream policies on", + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Rail" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Application of the ban on importing vehicles over 8 years old by 2025 (ECOWAS standard); implementation by 2030 of the import ban on vehicles over 5 years old (recommendation of the ECOWAS Commission in 2020). Or 500,000 more efficient cars between 2025 and 2030. Construction by 2025 of 910 km of railroad for the transport of minerals, including 650 km for the Trans-Guinean to replace road transport. Addition of 390 km between 2025 and 2030.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of mitigation target for a given upstream sectoral policy", + "Information on upstream policies for a given sector", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Fertilizers" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The impact of the actions A2 and A3 is a reduction of the average rate of mineral fertilizer spread on crops. We assume that this average rate will decrease by 10% between 2019 and 2030. Furthermore, we consider that other mineral fertilizers than urea could be used, thus we consider a reduction of 50% of the urea spread between 2019 and 2030. Complementary to action A3, this action lead also to reduction of mineral fertilizer through alternative solutions. A4. Agriculture.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "This will contribute towards achieving Target 8.9 of SDG 8: Decent work and economic growth (\u201cBy 2030, devise and implement policies to promote sustainable tourism that creates jobs and promotes local culture and products\u201d). Promote collaboration between the local tourism industry and sustainable food producers in the country. Yet to be implemented. Short to medium term. 7.8.3.2 Adaptation. The following table showcases adaptation actions that will be taken in order to ensure sustainable growth of tourism activities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Social Development: General" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Baseline:0Targets: 12 communes, 7 districts and 5 provinces across different geographical area of Cambodia including Kampong Thom, Kampong. Chhnang, Kampong. Spue, Tboung Khmum and Kratie province to receive the resilient infrastructures services, improving their livelihood alternatives and sustainable growth. The project is planning to scale up to other potential areas as nationwide through lesson learnt and key. success of its implementation. Modality: the project designed as potential for scaling up through its key success of implementation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Landscape management", + "Ecosystem and biodiversity", + "Climate risk management", + "Disaster preparedness", + "Buildings", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Cross-Cutting Area", + "Disaster Risk Management (DRM)", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Increase awareness of local communities on climate change and environmental protection. ix. Introduce fire management plans to prevent the spread of wildfires during periods of drought. x. Introduce an integrated natural resource management approach. Infrastructure. Strategic infrastructure - including communications, transport, tourism, energy, sanitation, water and waste management - is vulnerable to the effects of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Conservation", + "REDD+" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "These include the following measures in particular:. Promotion of traditional and modern afforestation and reforestation techniques with a view to preserving forests;. Support for the development of community forestry as a tool for conserving biodiversity and combating the loss of forest cover in rural areas;. Enhancement of MEOR tools (Methodology for the Assessment of Restoration Opportunities) at the national level by integrating the enhancement of traditional knowledge in the conservation of biodiversity around protected areas; and.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Water management", + "Water supply", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Water", + "Environment", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "2030. 1.4 Integrated River Basin Management (IRBM) plans are prepared (by 2025) for at least five critical river basins and implemented (Five basins identified are Yan Oya, Mi Oya, Malwathu Oya, Gin Ganga and Nilwala Ganga). 2030. 1.5 Establish water flow and sediment load monitoring systems in five priority basins. 2025. 1.6 Harness excess water in selected river basins to storage facilities elsewhere through trans-basin diversions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ETH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Disease surveillance and control", + "Livestock" + ], + "SectorLabel": [ + "Agriculture", + "Health" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Specialized poultry commercial \u2013 33,100 Tons Household \u2013 13,200 Tons Specialized poultry commercial \u2013 80,900 Tons Household \u2013 16,200 Tons Sheep \u2013 66,000 Tons Goat \u2013 44,000 Tons Sheep \u2013 324,000 Tons Goat \u2013 282,000 Tons Percentage of improved livestock number (dairy) Dairy \u2013 2.7%* Enhanced climate resilience in livestock Percentage of coverage of animal health services Dairy \u2013 11% Beef \u2013 7%, Small ruminants \u2013 7% Dairy \u2013 42% Beef \u2013 28% Small ruminants \u2013 28% Prevent and control the spread of climate-driven vector-borne diseases Percentage reduction of crop and animal disease cases To be established 30% reduction from 2022/2023 baseline (to be established) There is a need to refine definitions of climate indicators Vs development indicators in the next 5 years for clearer distinction of climate and development actions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Losses and damages: By 2025, the System for Compilation and Evaluation of Damages Platform (SIRED) will be improved, expanded and strengthened to include slow-onset events. Slow-onset events that SIRED will be expanded to include are those like desertification and degradation of soils and forests, loss of biodiversity, salinization, sea level rise and ocean acidification (128).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Industries: General", + "Cement" + ], + "SectorLabel": [ + "Energy", + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "2 million USD. Increased resilience of tea and. coffee plantations. Reduced pressure on forests resources, with reduced impacts from extreme rainfall events. Climate compatible mining. Phasing out of diesel gensets for on-site electricity consumption, to be replaced with grid and/or on-site renewable power production. MOE. (RMB, mining companies). Up to 5 million USD. Reduced reliance on energy imports through use of indigenous energy resources. Efficient brick kilns. Phasing out use of clamp kilns, and applying energy efficiency measures in the brick manufacturing industry.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "REDD+" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Also cooperating with international organizations providing technology and funding to reduce the risk of climate related disaster risk for local communities. The National Strategy Action plan (NSAP, 2015) has been published as well. Myanmar joined the UN-REDD Programme in November 2011, submitted its REDD+ Readiness Roadmap document in 2013, and developing country programme and taking actions in line with the REDD+ roadmap. Energy. 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Retrofitting of existing buildings: architectural or construction changes that reduce energy consumption;. Improving energy efficiency in the utilities by installing more efficient lighting or equipment, improving energy consumption, reducing losses or improving resource efficiency;. Reconstruction of district heating and cooling systems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Water efficiency", + "Gender", + "Irrigation", + "Food security" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Social Development" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Increasing the awareness of people, particularly women, in water-poor areas of measures they can take to help prevent major diseases related to water, sanitation, and food. 3,200,000. Finance, capacity building. Employment and gender. Supporting improvements in efficient use of water in women s private small-scale agricultural projects. 3,000,000. Finance, capacity building. Food security and gender. Encouraging women to use their house gardens to produce food. 3,200,000. Finance. Health(West Bank). Major diseases related to water, sanitation, and food.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Cleaner household fuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"Promotion of access to cooking equipment using domestic gas for 275,000 new households: by subsidizing the cost of acquiring small 6 Kg + burner equipment up to 30% or by setting up a mechanism facilitating access to credit for small civil servants (guarantee fund, partnership framework with financial institutions)\": 175,000 new households conditional", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Maritime" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Cabo Verde undertakes to electrify at least 25% of its land-borne transport fleet (new vehicles) by 2030 by resorting to RE sources. Conditional on adequate international support, the shares per vehicle category could increase to 50% in favor of public, collective high-passenger load vehicles. Cabo Verde will also undertake measures to advance carbon-free active mobility and sustainable maritime transport. To contribute to the target the following measures are planned:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Reduce emissions by 588 Gg CO2e per year by making sure 60% of households using fuel wood or charcoal are supplied with energy efficient cook stoves by 20307. Mitigation Actions and Policy Measures. Improve the policymaking capacity with better cross sectoral coordination and implementation with focus on low GHG enabling investments. Capacity Building in NDC: Emission Reduction policies and implementation. Technical Assistance to improve the applicability of the institutional and legal framework, focusing on Power Purchase Agreements, regulatory framework, and unbundling the energy sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Waste management", + "Renewable energy", + "Water quality" + ], + "SectorLabel": [ + "Water", + "Energy", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Target: 30% of total beneficiaries are female. Gender-responsiveness towards more participation in decision making and benefits. Women will be empowered in communities and households. Conditional for 170 villages. Incorporate youth as community volunteers. 1, 2, 5, 13. 65. Strengthen flood resiliency capacity of communities around Tonle Sap (access to clean water, off grid renewable energy, and waste management). Livelihoods, poverty and biodiversity. NationalCommittee for SubNational Democrati. c. Developm. ent. (NCDD).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"Strengthen catchment protection of major rivers and cascade systems 3.1 Identify and prioritize multi-hazards of catchment/ river basins 3.2 Strengthen lower catchment protection of 10 major rivers through tree planting 3.3 Strengthen upper catchment protection of water streams running through plantations through tree planting 3.4 Strengthen catchment protection of cascade systems & isolated tanks through tree planting 3.5 Continue the \u201cClimate Resilience Multi-Phase Programmatic Approach\u201d project in lower Kelani river basin\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Agricultural Waste", + "Climate Smart Agriculture", + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Use of zero discharge technologies for rivers and streams and/or application of good practices of effluent treatment and/or recovery of nutrients, and minimization of methane emissions in at least 75% of dairy farms. Introduction of intermittent irrigation technology with alternate wetting and drying (AWD) of soils in at least 40% of the rice crop area (64,000 ha) by 2025.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Targets at the sectoral level" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Education: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "as a required component of teacher training. Education. Ministry of. Education,. youth and. Sport. (MOEYS). Cambodia. National. Adaptation Plan. Financing. Framework and. Implementation Plan for MoEYS, p24. CCCSP2014- 2023. Strengthen education quality of teachers and build capacity of planning officers on teaching and learning metdodologies of climate change. Strengthening climate-resilient education through capacity building and institutional strengthening. Baseline: No data available. Target: 60% of teachers primary and secondary trained on climate change concepts. 1. Climate change mitigation 2. Pollution reduction. 3. Biodiversity 4.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CIV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Strengthen national and local capacities for disaster risk reduction and emergency preparedness. Environmental Information Management System. Establish an air quality management centre responsible for: Monitoring ambient air pollution. Assessing pollutant releases at source. Informing the public about the state of air quality. Providing the state with reports on air pollution for decision-making.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "This Public Policy on Climate Change, as a conceptual and strategic starting point, which identifies the first lines of action to be able to design a specific plan based on the powers of the MOP and to coordinate with other sectors linked to the issue of Climate Change. In this way, the policy begins by delimiting the territorial scales of analysis, which locate the scope of intervention with an impact on territorial planning, urban development and city systems, public works, housing and transportation.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "HFCs" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Mitigation Actions and Policy Measures. Implement a Hydrofluorocarbon (HFC) tax for regulating the consumption of fluorinated gases in the air conditioning and refrigeration sector. Increase the percentage of low-GWP alternatives in economy-wide uses of HFCs, consistent with the HFC phase-down level. Provide incentives for companies and consumers to replace high-Global Warming Potential (GWP) HFC commercial equipment or appliances with low-GWP alternatives. Introduce a policy or legal framework that all new high-efficiency cooling equipment must use either a low-GWP HFC or an HFC alternative. ENERGY.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "By 2030, the public administration\u2019s vehicle fleet is fully electrified. Table 6: National goals for the new acquisition of electric vehicles by category by year. Vehicles. 2021. 2025. 2030. Public and duty vehicles:. Buses for public transport. 25%. 50%. 75%. Minibus (Hiace). 2%. 16%. 35%. Other buses. 0%. 10%. 25%. Medium trucks. 0%. 15%. 35%. Heavy trucks. 0%. 0%. 25%. Taxi. 2%. 50%. 100%. Private vehicles:. Passenger cars. 5%. 35%. 70%. Two wheels. 2%. 25%. 50%. Source: Carta Pol\u00edtica de Mobilidade El\u00e9trica. Resolution 58/2018.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Part III: Impacts of urban growth and industrial sectors on the forest: a mitigation lever contributing 45 to 55 Mt CO2e to the total mitigation potential:Reduction in the demand for non-sustainable firewood, intended mainly for consumption by the urban population: around 45 to 55 Mt CO2e (McKinsey et al., 2009).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on", + "Capacity building needs", + "Sectoral targets on", + "Sectoral Conditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Renewable energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Figure 2: Emissions by GHG (Gg CO2O-e): Baseline year: 2010. Figure 3: Emissions by key sector (Gg CO2O-e)Baseline year: 2010. ANNEX IV. Table 2: Measures by sector. Priority adaptation measures/projects. Cost in million USD. Energy Sector. 176. 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USD 21 million. Request to comply with new highefficiency electric motors. 30%. conditional. Public sector and Private sector. 5, 7, 8, 9, 11. 16. Improve sustainability of charcoal production through enforcement of regulations. Energy. Ministry of Mines and Energy (MME). Draft Biomass Strategy Plan (MME). Strengthen climateresilient energy through increase clean charcoal production. 100,000 ton/year by 2025. 200,000 ton/year by 2030. Forest fire prevention and biodiversity protection. USD 10 million. USD 20 million. Mixing Rice husk, Coconut shield and cops. 30%. 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It is crucial to introduce the whole cycle of solid-waste management in GHG mitigation reduction calculations (including intermediate steps like constructing transfer stations,. fleet management, etc.) In addition, constructing new/additional cells in landfills may not be sufficient, if necessary engineered measures in the landfill are not taken and if measures such as landfill gas recovery, etc. are not considered; and (b) whether any interventions to reduce and recycle waste (e.g. residential, reusing construction waste etc.)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Disaster risk monitoring, rapid post-disaster needs assessment (PDNA), and operations management. 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By 2030, prevention and promotion strategies will be implemented to address vector-borne diseases sensitive to climate change. 11.4. By 2030, there is at least one follow-up study of environmental health indicators linked to climate change and the health status of the population, including information related to the burden of diseases associated with climate change. 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Synergistic development of physical infrastructure and natural infrastructure. Likewise, El Salvador will be including, in its next update of the NDC, quantitative national goals for each of the emission categories of this sector, in a manner consistent with the national proposal for the AFOLU 2040 Initiative, which contemplates achieving Carbon Neutrality in this sector by 2040.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KNA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Tourism: General" + ], + "SectorLabel": [ + "Tourism" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Moreover, St. Kitts and Nevis, a twin island state, is abundant in nearshore and marine resources which provide the basis for a range of economic and social activity relevant to the tourism and fishing industries. Some of these marine resources include coral reefs, beaches, mangroves, freshwater lagoons and sea-grass beds. Tourism, water supply and coastal infrastructure, are also being affected by the sea-level rise, saline intrusion and flooding. 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Reduced GHG emissions and climate change impacts. 11. Water technologies for savings, recycling, irrigation and sustainable management for household, agriculture and industrial purposes. 11.1 Conduct water deficit/availability assessments in AERs I and II. 11.2 Implement the various water technologies based on the assessment results and potential. 11.3 Establish ground and surface water monitoring systems. Employment creation leading to increased poverty reduction. Increased water security. 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The NDCs of Forestry Sector. 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Wastewater treatment at a rate of 50 % by 2016 and 60 % by 2020. 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Sector-specific priorities for adaptation to climate change. The country has the national priorities in each sector of the PNACC described above. These were compiled in the sectorial consultations carried out, in addition to the planning documents of the different sectors. 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Forest sector. Promoting state, communal and private plantations. Area of 100 000 ha. 8%. 0.08. 92%. 0.92. 1. Restoring degraded natural forests. 532 961 ha. 2.56%. 0.02. 97.44%. 0.76. 0.78. Rationalizing the exploitation of forest resources. 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It is based on three components:. Long-term, guaranteed access to water resources within a context of climate change;. Shaded agro-pastoral perimeters to support and diversify the climate resilience of agro-pastoral systems;. Secure access to funding for climate resilience, in the interest of the development of agro-pastoral companies. Funding:\u00a0UNDP. 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Assure the development of climate resilience by reducing at least by 50% the climate change vulnerability and facilitate climate change adaptation in six priority sectors (agriculture, water resources, forestry, human health, energy and transport) by 2020.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators", + "Adaptation targets/ objectives at the sectoral level", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Poverty reduction" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Sustainable development-oriented socioeconomic adaptation: \"Adopting poverty fight programs fostering providing housing for poor people and supporting microprojects for poor communities in light of unusual severe seasonal cold and hot weather conditions prevailed in the last decade (the coldest/snowy condition of 2013/2014 in the last 10 years and a record hot year in the summer of 2015)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Continue to participate and identify new platforms and collaboration mechanisms to share good practices on all elements of ACE 23. By 2021, it will host the Regional Climate Week for Latin America and the Caribbean, a space in which individuals and organizations become part of the momentum created by the Paris Agreement. Component 5. Cross-sectional elements. to. Gender.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CUB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Clean Cooking and Heating", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "On the other hand, to increase the efficiency in the use of energy, the new energy policy provides, among other actions, the following:. The installation of LED technology with the distribution of 13 million lamps in the residential sector and 250 thousand luminaires for public lighting. The replacement of 2 million electric resistance cookers by induction cookers.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Reforestation", + "Sustainable Forest Management", + "Sustainable Land Management", + "Conservation", + "Afforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Improvement of the quality of growing stock of Natural Forests and Forest Plantations. Restoration of degraded forests and hilltops (shrubs, grasslands and state lands). Increase river basin management for major rivers of Sri Lanka. Forestation of underutilized private lands and marginal Tea lands. Urban forestry (Tree planting along roadside, temple lands, schools and other govt. lands). Establishment/ reactivating of National Forest Monitoring System (NFMS). Promote private and public sector companies for investment in environmental conservation projects through CSR programs. 5.2.4.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Four major actions are envisaged, within the framework of the strategy, targeting urban and peri-urban households: the first is based on strengthening the institutional and legal framework for waste management; the second will focus on a program for the rational management of waste; the third action will consist of a waste energy recovery program based on the promotion of energy-efficient cooking aimed at the use of biodegradable household waste and the recovery of biogas from landfills; the fourth action will target the development of aerobic composting systems on a commercial scale; and the last will consist in the production of energy and organic fertilizer from solid waste, waste water and sludge. F. Nature-based solutions:In response to UNFCCC concerns, the DRC has already been developing nature-based solutions23 for decades.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UZB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Solid Waste", + "Sustainable Land Management", + "Recycling, Reuse, Reduce", + "Afforestation" + ], + "SectorLabel": [ + "Waste", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "increase the area covered with forests from 3.2 million to 4.5 million hectares;. increase the area of protected areas from 3.5% (1.5 million hectares) to 12% (5.4 million hectares);. increase the coverage of the population with solid waste collection and removal services from 48% (16 million people) to 100%. increase recycling of solid waste from 18% (1.3 million tons) to 65% (4.6 million tons). The Concept will be implemented gradually based on three-year roadmaps building on the results achieved and target indicators.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Downstream actions", + "Conditional part of mitigation target", + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Gas", + "Energy: General", + "Renewable Energy: Hydro", + "Renewable Energy: Solar", + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "(4) Develop renewable energies (construction of Adjarala 147 MW hydropower plants, Dogo bis 128 MW, installation of PV solar farms with a total capacity of 95 MWp, structuring of a 15 MW fuel biomass sector):X (60% of the investment). X (40% of the investment). (5) Construction of a third power plant (development of the Vossa site, 60.2 MW). X (60% of the investment). X (40% of the investment). Extend household access to electric lighting to replace kerosene lighting.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Unconditional part of the mitigation effort for a given sectoral target", + "Targets at the sectoral level", + "Unconditional part of mitigation target for a given sectoral downstream action" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Land and soil management", + "Agriculture: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Reduce slash-and-burn cultivation practices by 60% by 2030. See Mitigation-AFOLU. Development of agricultural research adaptive to climate change. Develop by 2030 varieties of food crops adapted to water stress and/or temperature in the Center and North regions of the CAR, in favor of the most vulnerable communities: Cassava; peanut; corn ; rice ; sesame (at least 10 varieties).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Social Development: General", + "Poverty reduction", + "Education: General" + ], + "SectorLabel": [ + "Social Development", + "Education" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Establish a system providing social safeguard, insurance and prevention measures to reduce the vulnerability of social groups and build their resilience to climate change impacts by identifying groups vulnerable to climate change. Identify social groups vulnerable to climate change and build their resilience to overcome the risks;. Reduce vulnerability by diversifying economic activities, increasing income, expanding income sources and supporting sustainable livelihoods;. Ensure equality for the vulnerable groups and increase employment by providing knowledge and education. E. Needs for Support. Financial Support.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances", + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Provides tangible and visible benefits to a very large portion of population. Per device cost is quite low. Efficient stoves. Very cheap. Very large impact. Provides tangible and visible benefits to a very large portion of population. Per device cost is significantly low. Efficient water heaters. Cheap. Per device cost is very low. Average to large population coverage. Average efficiency gains per device. Replacement of Boilers/ Furnaces. High Efficiency. Low GHG impact. Long Technical Life. Medium Priority. Efficient space heaters.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Chinese government attaches great importance to the role of nature-based solutions in reducing GHG emissions, improving climate resilience, and pursuing sustainable development. For example, China has formulated and implemented an ecological red line policy. By scientifically delineating and effectively implementing ecological red lines, the departments concerned have coordinated horizontally and vertically to strictly control and protect areas with important ecologic functions such as biodiversity maintenance, wind prevention and sand fixation, as well as areas ecologically sensitive and vulnerable to land desertification and rocky desertification. Up to now, ecological red lines have been drawn for provinces in the Beijing-Tianjin-Hebei region and the Yangtze River Economic Belt. While mitigating and adapting to climate change, China has been working hard to improve environmental quality, guarantee ecological functions, and promote green, low-carbon and sustainable development.\"", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sea-level rise protection" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "These include establishment of accurate sea level rise forecasting systems, preparation of updated vulnerability and risk maps, strengthened shoreline management measures and conserving unique areas of natural value in vulnerable coastal areas. Soft solutions for shoreline management such as mangrove restoration has mitigation co-benefits under Forestry Sector and contributing to Biodiversity Sector related adaptation benefits. Table 5.1. 6: NDCs in Coastal and Marine Sector. NDC #. NDCs and Actions. Target Year. NDC 1. Establish an accurate sea level rise forecasting system for Sri Lanka.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Irrigation", + "Water conservation and reuse" + ], + "SectorLabel": [ + "Agriculture", + "Water" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enhancing the adaptive capacity of small farmers in Jordan Valley through water user associations for increasing use of reclaimed water for irrigation purposes. Increasing community awareness, behavioral change and adoption of water conservation measures through WASH centered community behavioral change initiatives. 4.1.5 Improving contribution of non-conventional water resources to the national water budget.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRQ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Sustainable transport planning", + "Tourism: General", + "Transport: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Tourism", + "Cross-Cutting Area", + "Transport" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Infrastructure, which is the mainstay for the development of transportation, due to the lack of laws, legislation and projects that support the trend towards sustainable, collective and environmentally friendly transportation. Iraq suffers from a severe weakness in the infrastructure supporting the industrial sector, due to the lack of cities and industrial areas that have the necessary infrastructure to establish various industries, in addition to the weak infrastructure supporting industry and investment, which contributed to the deterioration of this sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Emission reduction potential" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In cumulative terms over the period 2021-2030, the waste sector LC would reduce emissions by 5.5 MtCO2 compared to the BAU, 92% of which would come from actions targeting solid waste, with the remainder coming from the sanitation sector. These results would be achieved by 58% based on unconditional national efforts, and 42% through international support. Local variations of GHG mitigation policies.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "emission reduction potential for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IRN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation", + "Upstream policies on" + ], + "SubSectorLabel": [ + "Monitoring and Evaluation System", + "Early warning system", + "Economy-wide: General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Economy-wide" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "General Circulation Models (for national and regional application with monitoring and observing features for forest fires);. Access to new and environmentally sound technologies for industrial production, as well as forest fire fighting systems; and. Early-warning and monitoring systems of climate extreme events, dust and sand storms and access to global satellite data. D. National Strategy for Climate Change.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Technology transfer needs for sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "To further prevent destruction of forests, South Sudan will raise awareness among different stakeholders, such as local communities and government institutions, regarding climate change and the role of forests in mitigating the impacts of climate change. Conduct workshops, seminars and talks on television and radio on climate change. Yet to be implemented. Short term. Note: REDD+ is a United Nations framework that aims to curb climate change by stopping the destruction of forests.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Early warning system", + "Disaster preparedness", + "Sustainable urban planning", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)", + "Urban" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Enhancement of adaptive capacity by developing early warning systems, broad-based public awareness campaigns, and public health programs;. Development of community capacity and participation in local planning processes, to secure access to key natural resources;. Ramping up disaster preparedness programs for natural disaster risk reduction;. Identification of highly vulnerable areas in local spatial and land use planning efforts. Improvement of human settlements, provision of basic services, and climate resilient infrastructure development. Conflict prevention and resolution. Ecosystem and Landscape Resilience.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TZA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General", + "Ecosystem and biodiversity", + "Sustainable forest management", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The priority sectors for both adaptation and mitigation were identified through a review of national policies, legislations, strategies, programmes, action plans, informative reports, UNFCCC decisions, global goals and other initiatives and concepts that foster development and take into account gender equality and good governance as well as nature-based solutions. 2.2 Stakeholders\u2019 Engagement in the Preparation of NDC. This NDC was developed in a consultative and inclusive manner with series of workshops being undertaken in the Mainland Tanzania and Zanzibar.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Disaster Risk Management (DRM): General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "It was defined that the country will focus its efforts to 2030 jointly with other global targets that contribute to increasing resilience, such as those of the Convention on Biological Diversity (CBD), the 2030 Development Agenda, and the UN Convention to Combat Desertification (UNCCD), as well as the Sendai Framework for Disaster Risk Reduction 2015\u20102030, in the following strategic lines:i. Synergies between adaptation and mitigation. ii. Socio\u2010ecosystem based adaptation. iii. Articulation between adaptation to climate change and risk management. iv.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "UGA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Buildings: General", + "Infrastructure and roads", + "Infrastructure", + "Power system planning", + "Economy-wide: General", + "Water supply", + "Energy efficiency", + "Disaster Risk Management (DRM): General", + "Water infrastructure", + "Transport: General" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)", + "Water", + "Transport", + "Energy", + "Economy-wide", + "Urban" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Extending electricity or expanding use of off-grid solar system to support water supply. Infrastructure (including human settlements, social infrastructure and transport). Ensuring that land use plans and building codes reflect the need to make public and private buildings more climate-resilient. Investing in making existing and new buildings more resilient. Updating transport codes and regulations and implementing measures to ensure compliance with them. Updating of risk assessment guidelines. Improving water catchment protection. Energy. Increasing the efficiency in the use of biomass in the traditional energy sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "YEM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Supply-side Efficiency: Power generation efficiency improvement: Gas-powered combined cycle", + "Supply-side Efficiency: Power generation efficiency improvement: Cogeneration plants" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Switch to efficient power generation for new generation capacities that are to be installed, these include:. Combined-cycle gas turbine (CCGT) plants with overall efficiencies approaching to 60 percent for central (interconnected) power supply. Combined heat and power (CHP) generation systems with overall efficiencies of more than 80 percent appropriate for decentralized power supply for rural electrification, in industrial, commercial and residential sectors. Promoting the use of renewable energy sources for electricity generation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Food security" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "With continuing population growth, and an environment with scarce renewable-water and agriculture potential, the UAE\u2019s food imports are expected to more than double by 2030. This reliance represents a major challenge for the UAE. In an effort to improve food security, the UAE has been diversifying its sources of food and investing in agriculture projects and technologies. The UAE has also developed a National Biodiversity Strategy and Action Plan, as well as the UAE Sustainable Fisheries Programme, which aims to rebuild fish stocks.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation.", + "Unconditional sectoral actions" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Livestock" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Additional mitigation measures considered in Agriculture allow an improvement of fertilization, pasture, and animal feeding practices (see table 3.). However, these actions have little impact considering the importance of livestock population in the emissions. In line with the national strategy, and considering the national economic circumstances, the aim is an increase in production, no decrease of livestock population, and an increase in yields.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\"The unconditional target for forestry is to reduce net emissions by 25% by 2030, against the 2005 \u2013 2015 baselines of emissions and removals, with an intermediate target of 11% by 2025 and an expected annualized rate of net emission reductions from FOLU of 2.8% over the period of 2021 \u2013 2030 (Table 9)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Buildings: General", + "Tourism: General", + "Sustainable urban planning", + "Pollution control", + "Demand-side Efficiency: Tourism" + ], + "SectorLabel": [ + "Tourism", + "Environment", + "Energy", + "Buildings", + "Urban" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Create ecological urban systems, with architectural designs balanced with natural ecosystems that reduce the levels of environmental pollution. 5.1.3.4.\u00a0Promote the development of sustainable and sustainable tourism activities for the enjoyment of the population. 5.1.3.5.\u00a0Constitute a national, regional and local system for the use of waste and waste, for the creation of useful inputs for living well, giving priority to its use as secondary raw materials for the national industry. 5.1.3.6.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SWZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable forest management", + "Environment: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Environment", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": ", deforestation, human settlements) to improve carbon sinks and promote eco-tourism. Properly manage quantity and quality of water resources for ecosystems and biodiversity preservation. Manage and control invasive plant, fish and animal species and ecological pest management for increasing food sources, habitats, and income generation opportunities and. Conduct research, innovation, and knowledge sharing for income generation through use of tree resources and non-timber forest products. 3.5 Infrastructure. Improve evidence base of climate change impacts on infrastructure to support decision making.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BDI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Waste management", + "Wastewater treatment" + ], + "SectorLabel": [ + "Water", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Strengthening the capacity of the 17 Develop the modern transport corridor on Lake Tanganyika will be developed and vessels available Develop ports on Lake Tanganyika and acquire vessels Number of developed ports and vessels acquired WASTE 18 Connect businesses and households to the sewage treatment network composed of the neighbourhoods, industrialists and sensitized public institutions of the City of Bujumbura will be connected to the sewage networks Raise awareness and connect households, industrialists and public institutions Number of Bujumbura City Hall areas connected to solid waste in the City of Bujumbura and other major cities By 2030, the cities of Bujumbura, Gitega, Ngozi and Rumonge will have transit sites and final landfills for solid waste, as well as sorting and recycling centres Develop transit sites and final landfills for solid waste", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Climate services", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Development of nation wide climate vulnerability index data Information System, built on the existing system known as SIDIK (Vulnerability Index Data Information System) which allows public access to the information in the system website ( Ministerial Regulation No. P.33/2016 on Guideline for development of National Adaptation Plan (NAP). The regulation allows sub national government to formulate their own Sub National Adaptation Plan (Sub NAP). Enhance existing National Action Plan on Climate Change Adaptation that has been formulated in 2014. Environment and social economic area:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Sustainable forest management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Development of ecosystem services in watershed management. Identification, development and implementation of best practices in watershed management. Integrating watershed management into Local Spatial Planning. Reduction of deforestation and forest degradation. Mainstreaming/Integrati ng climate change adaptation in forest management to support mitigation actions and enhancement of economic resilience of communities living in/surrounding forests. Strengthening implementation of deforestation reduction efforts,. Sustainable utilization of non- wood products by local and adat communities. Identification, development and implementation of best practices and local wisdom in utilization of natural forest resources.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The main target of support should be the Ministry of Agriculture and its associated institutions like the National Agricultural Research Center (NARC). Key measures proposed are:. Developing and implementing a climate change agriculture resilience investment plan. Providing economic incentives for climate change mitigation and adaptation programmes at farm levels. Activation of land use laws to prevent urban expansion on agricultural lands. Modification of policies and implementation of action plans with emphasis on socio- economic strategies intended to meet the agricultural impacts of climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Renewable Energy", + "LULUCF/Forestry: General", + "Transport: General" + ], + "SectorLabel": [ + "Energy", + "Transport", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Box 1: List of NDC measures and their estimated* international funding needs for implementation 2020-2030. 5 Mitigation Contributions 1 000 Mio Euro. #1: Reducing energy intensity and fostering energy efficiency. #2: Increasing renewable energy targets. # 3: Lowering the carbon intensity of mobility. # 4: Shifting towards responsible tourism and circular economy. # 5: Fostering the natural sink function of ecosystems. 9 Adaptation Contributions 1 000 Mio Euro. #1: Improving water security and natural replenishment while reducing water carbon intensity.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Landfill CH4 recovery; waste incineration with energy recovery; composting of organic waste; controlled wastewater treatment; recycling and waste minimisation;. \u2714. \u2714. \u2714. \u2714. Promote solid and water waste reduction practices at household, institutional and industry level to reduce waste generation. \u2714. \u2714. \u2714. Process municipal solid wastes into fertilizers. \u2714. \u2714. \u2714. \u2714. Transport. More fuel-efficient vehicles; Improving efficiency and emissions from existing vehicles through standards and capacity building. \u2714. \u2714. \u2714. \u2714.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Social Development: General" + ], + "SectorLabel": [ + "Social Development" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Social policies: \"To have relocated, by 2025, between 3500 and 6000 of the households in flood or contaminated zones identified through the National Relocation Plan and other national and departmental instruments, enabling access to basic services to relocated population and assigning new uses to give a different significance to flood zones\" (18).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The Renewable Energy Master Plan (2017-2032) was adopted as a strategy for the long-term implementation of renewable energy technologies. This master plan identified 39,462 MW of technically feasible small hydropower, solar and wind projects across the country. These renewable energy technologies provide a basis for both clean energy generation for mitigation and as adaptation to changing water flows and the impacts on hydropower in Bhutan.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Conditional part of mitigation target", + "Action and priority", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "20-33% of electricity to be generated from renewable energy by 2040, primarily from solar PV. Improve energy efficiency by 20% (versus business as usual) across all sectors by 2030. Upgrade of the electricity grid to enable distribution of renewable energy, primarily from solar PV, by 2030. The energy sector\u2019s achievement of progress to date and cumulative mitigation contribution to 2040 are included in the mitigation chapter of the First BUR. 6.5.2 AFOLU Sector. Mitigation needs.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans", + "Targets at the sectoral level", + "Adaptation action/priority" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans", + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "GMB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Solid Waste" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "These activities also aim to avoid pollution of ground and surface waters and contribute to meeting the objectives of existing rural water supply and sanitation initiatives in The Gambia. If the sludge from the wastewater facility is clean, it can be used as an organic fertilizer, thereby replacing the use of synthetic fertilizers. Conditional. 0 GgCO2e in 2030. (covered under 5 \u2013 Integrated Waste Management). MA7 \u2013 Organic waste recovery. An estimated 53% of municipal solid waste in The Gambia is organic waste.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "QAT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Gas Flaring" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The national oil company, Qatar Petroleum (QP), is committed to zero routine flaring by 2030, with a long-term goal to reduce flaring in onshore facilities to the absolute minimum. Technically feasible non-routine flaring is also covered. Carbon capture storage (CCS) will be another pivotal measure for reducing the GHG emissions from the sector. Qatar commissioned the largest CO2 recovery and sequestration facility in the MENA region at Ras Laffan in 2019 with a design capacity of 2.2 MTPA of CO2 capture and storage.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SGP", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The array of natural ecosystems (including evergreen rain forest, mangroves, freshwater streams, freshwater swamp forest, coral reefs and mudflats) will continue to be conserved, with targeted programs for habitat enhancement and species recovery where required. Singapore recognises the need to track its rich urban biodiversity in a manner which can integrate conservation and adaptation actions. Working with the Secretariat of the Convention on Biodiversity in 2009, Singapore developed the Singapore Index on Cities\u2019 Biodiversity to give international focus to biodiversity tracking in urban environments.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Land and soil management", + "Environment: General", + "Sustainable land management" + ], + "SectorLabel": [ + "Agriculture", + "Environment", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Integrated development program of the Samendeni valley phase II (PDIS II): development of irrigated perimeters and recalibration of the Mouhoun. 119,182,000. Integrated soil management for agricultural productivity and environmental restoration. 43,218,280. Support for the sustainable management of agricultural land in five regions of Burkina Faso (PGDTA-5R). 44 305 144. 437.4. 874.7. 2186.8. Animal Resources. Unconditional. Recovery and enhancement of pastoral spaces (\u201cReVaP\u201d). 13,989,540. 104.7. 209.41. 628.23. Sahel Sustainable Pastoralism Development Program (PDPDS). 210 320. 282,645. 565.29. 1695.87.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MLI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Agriculture: General", + "Fertilizers" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "For the irrigated rice subsector, mitigation will focus on water management through intermittent irrigation to avoid permanent flooding of rice-growing land as a source of fermentation emissions. For the livestock and chemical fertilizer sub-sectors, the mitigation measure will focus on the substitution of nitrogen-rich urea with organic manure, the production of which will reduce decomposition-related manure emissions. anaerobic.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Technology Transfer Needs for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Early warning system" + ], + "SectorLabel": [ + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "-To improve forecast quality through increasing super computer capacity-To establish Doppler radar network covering entire territory of the country. 65.4. 7. Monitoring and reporting process. Monitoring of climate change adaptation measures will be conducted in an integrated way as per the existing national programmes. Required funding for adaptation measures, listed in Table 3, could be provided from State budget, Government special funds, international funds and through other financial mechanisms. Monitoring will be based on achievement of adaptation goals and targets.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Technology transfer needs for sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRB", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy", + "Demand-side Efficiency: Tourism" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In 2019, the Fair Trading Commission established feed-in-tariffs (FITs) for renewable energy technologies up to 1 MW, and in 2020, established FITs for RE technologies up to 10 MW to replace a temporary tariff arrangement with the utility and provide stable and predictable price signals to potential investors. Until 2018, the CHENACT project, initiated by the Caribbean Tourism Organization, the Caribbean Hotel and Tourism Association and the IDB supported energy audits and efficiency measures in small and medium-sized hotels enabling savings of up to 50% of water usage and 30-50 % of energy bills.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TUN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions", + "Adapt Now sector", + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer", + "Coastal management", + "Sea-level rise protection", + "Climate smart agriculture" + ], + "SectorLabel": [ + "Coastal Zone", + "Cross-Cutting Area", + "Agriculture" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "The projects planned essentially concern the rehabilitation of coasts and the prevention of coastal erosion: redeveloping and displacing coastal industrial zones; rehabilitating and protecting existing infrastructure against the risks of climatic impacts and developing farms and agricultural infrastructure. Agriculture. The actions planned are essentially capacity-building and development measures: institutional. Adapting irrigated crops in the central regions,. Adapting mixed farming-livestock production to climate change in vulnerable regions,. Updating the agricultural map to take into account the impacts of climate change,.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Condition actions of the sectoral level", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Mangroves", + "Sea-level rise protection", + "Afforestation", + "Coastal Zone: General", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Coastal Zone", + "Environment", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Establishment of township, district, state/regional Coastal Resource Management Committees, to design, oversee and implement technologies for flood disaster risk reduction, for coastal adaptation actions and marine biodiversity conservation. Enhancing and expanding forestry areas, communicating its benefits, promoting ecosystem-based adaptations. Increasing private and community-owned mangrove wind and wave breaks. Mainstreaming climate change adaptations in Marine Protected Areas (MPA) and promoting nature-based solutions. Developing a coastal disaster defense/Green Belt through mangrove restoration and rehabilitation of mangroves having mitigation co-benefits.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Climate smart agriculture", + "Watershed and river basin management" + ], + "SectorLabel": [ + "Agriculture", + "Environment" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Furthermore, these people are often compelled to live in high-risk areas that are prone to floods and droughts. This also has to take into account gender equality and human rights. Actions to reduce vulnerability of the population to climate induced hazards are the following:i. Enhance access to water in light of growing climate threats through integrated watershed management, wetland management and improved waste management. ii. Enhance food security under a changing climate through the introduction of climate-smart agricultural techniques and irrigated agriculture. iii.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Unconditional part of mitigation target" + ], + "SubSectorLabel": [ + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "This target assumes in implementing the REDD+ Strategy, that: \u25cf Only 50% of the 10-year, MRRP activities will be implemented, resulting in a net carbon stock enhancement of 30 million tons CO2e over the enhancement baseline of the Myanmar Forest Reference level. \u25cf There will be a reduction in the annual rate of deforestation by 30% by the end of 2030 against the 2005 \u2013 2015 baseline deforestation (reduction of annualized deforestation from 428,984 ha per year to 300,300 ha per year by 2030). \u25cf This target assumes that no major upfront international support will be available over the period 2021 \u2013 2030.\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Renewable Energy: Waste", + "Renewable energy", + "Power system planning" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Long-term vision - Energy Security: \"There is a need to keep the options for diversifying electricity sources under continual review, whilst exploring more opportunities for the application of renewable energy technologies and strategies for using waste as an energy form. Commensurate with this, the distribution grid needs to maintain flexibility, and plans engaged to move critical infrastructure out of flooding/storm surge risk areas. Whilst the introduction of renewables is a usual early thought that has to be cautioned with detailed feasibility studies, innovations are possible, though require well-programmed research\" (13).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Buildings: General" + ], + "SectorLabel": [ + "Buildings" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Basic infrastructure in South Sudan is currently under development, so South Sudan will adopt policies to incorporate climate-change adaptation criteria in new buildings. Develop policies and/or national building codes that promote green and low-carbon buildings, for example, by increasing the share of renewable energy, improving energy efficiency, and developing waste-management and water-harvesting structures, etc. Building codes will also incorporate regulations on using secondary stocks, such as tiles created from plastics. Yet to be implemented. Short term. Promote use of low-carbon construction materials.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ETH", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Cement" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "TABlE 7: POLICY INTERVENTION IN THE INDUSTRY SECTOR Policy intervention indicator (unit) lead institution/s (responsible) Clinker substitution Replacing clinker in cement with adequate \ufffd and available materials without compromising cement properties Share of clinker in cement (%) Ministry of trade and Industry\fUPDATED NATIONALLY DETERMINED CONTRIBUTION 5. NDC Climate Change Adaptation Contribution Ethiopia has been putting in place various policy actions that enhance the implementation of climate change adaptation over the last decade.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\u201cBy 2023: the sub-decree 19 and other related legal documents of Social Land Concession is fully revised with mainstreaming climate measure By 2026, at least two to three social land concession areas are fully intervened by climate change measures, especially farming land and residential land are allocated with full climate change concerns and technology By 2030: All housings and other associate infrastructures in allocation in SLC are fully climate-proofed. By 2030: 100% of land recipients are well aware of climate change through capacity buildings\u201d (p. 122)", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Increase in composting and recycling. Energy efficient and green building design. Efficient street lighting. Wastewater management. Rollout of energy efficient appliances. Solar water heaters. The short and medium-term prioritized mitigation measures will lead to a cumulative mitigation potential of up to 4,122 Gg CO2e which would require an investment of USD 101.84 Million. d) Low Emission Development Strategy for Industries. Industries play an important part of Bhutan\u2019s economic diversification and growth.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COG", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Biodiversity management contributes to carbon sinks and the blue economy. Most relevant SDGs. 2, 4, 11, 12, 14 and 15. The gender dimension is taken into account. 2, 4, 11, 12, 14 and 15. Key activities. Identify the status of known flora and fauna species and implement conservation actions on 50% of threatened species;. Protect at least 20% of natural terrestrial and marine ecosystems and represent all types of ecosystems in the network of protected areas;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Paris Agreement requires each Party to monitor, evaluate and learn from adaptation planning, policies, programs, and actions. Currently, there is no monitoring and evaluation (M&E) mechanism or framework established for adaptation. During the development of the National Adaptation Plan, the M&E mechanism will be incorporated and established to ensure successful implementation. Carbon intensity throughout the document refers to GHG intensity from all the seven GHGs.\u21a9", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Action and priority", + "Time frame", + "Targets" + ], + "SubSectorLabel": [ + "Health services and assessment", + "Poverty reduction", + "Energy: General", + "Climate services", + "LULUCF/Forestry: General", + "Energy efficiency", + "Agriculture: General", + "Renewable Energy: Solar", + "Renewable Energy: Wind", + "Coastal Zone: General", + "Watershed and river basin management", + "Fisheries and aquaculture", + "Health: General", + "Wastewater treatment", + "Capacity building and knowledge transfer", + "Infrastructure and roads", + "Climate smart agriculture", + "Climate risk management", + "Water supply", + "Gender", + "Biomass energy", + "Sustainable land management", + "Disaster relief and recovery", + "Water management", + "Land and soil management", + "Subsidies", + "Water sanitation", + "Coastal management", + "Renewable energy", + "Sustainable forest management", + "Water: General", + "Early warning system", + "Education: General" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Agriculture", + "Water", + "Social Development", + "Transport", + "LULUCF/Forestry", + "Coastal Zone", + "Energy", + "Health", + "Education", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Strengthened climate governance. 0.35. 2021-2026. Creation/Rehabilitation of water supply structures in villages. Number of water supply structures installed. Strengthened climate governance. 0.92. 2021-2030. Promotion of river stabilization techniques in risk areas. Number of risk areas of the river stabilized. Innovation. 0.46. 2021-2030. Strengthening the resilience of vulnerable populations (women and children) through support for the Healthy Schools and Villages program. Number of Healthy School and Village Programs implemented. Enhanced food and nutrition security. 0.35. 2021-2030.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The main sources of black carbon in Chile are the use of diesel for transportation, firewood for heating and residential cooking, and biomass used as an energy source in the industrial sector. Air quality constitutes a national priority for environmental management. Thus, various actions will be implemented, including: new atmospheric decontamination plans; regulations applied to the public and private transport system; work with communities to improve household energy efficiency; and setting emission and quality standards for the main industrial pollutant issuers, among others.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MOZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Capacity Building Needs for Sectoral Implementation", + "Tracking Progress for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Early warning system", + "Economy-wide: General", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Disaster Risk Management (DRM)", + "Economy-wide" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Build national technical and institutional capacity to design and manage projects to access climate financing. 7. Monitoring and reporting progress. The government has approved the National System to Monitor and Evaluate Climate Change and this will be used to MRV the adaptation actions. This system is being tested and will be functioning before 2020 and onwards. Mitigation Contribution. 8. Timetable. The INDC will be implemented between 2020 and 2030. 9. Type of contribution. Implementation of Policies\u2019 and Programmes\u2019 actions:. NCCAMS (2013 to 2030);.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on how progress for sectoral implementation will be tracked", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Capacity building needs for Sectoral implementation" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Watershed and river basin management" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "With regards to capacity building, plans will be developed at different levels of the state to design and implement concrete actions at the local level. Ecuador recognizes that several adaptation activities will be beneficial to enhancing efforts on mitigation. For instance, the protection of water basins will not only avoid landslides and erosion processes related to torrential rain but will also preserve agriculture and livestock production, water availability for human consumption and ecologic water flows that work as a driving engine of numerous hydroelectric plants.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VUT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Water supply", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Water", + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Indicator Wa2.8: Percentage of water-climate vulnerable urban communities in the six provinces covered by water insurance [ENV 4.2.1; ECO 2.2.1]. ENV 4.2.1 Number of declared Water Protection Zones. TARGET: 6 Water Protection Zones declared. ENV 4.2.2 Establishment of GIS mapping relevant to the management of forest activities TARGET: By 2030 100% of forest areas of significance mapped. ENV 4.4.2 Number of integrated coastal management plans developed and implemented. ENV 4.6.1 Annual estimated area (square km) of reforestation and rehabilitation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "UGA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Fuel Efficiency Initiative National Appropriate Mitigation Action: Policies and regulations to promote cleaner fuels, and more fuel efficient vehicle technology. (Approximate investment cost USD 5.8m over 6 years). ~2 Million tons of carbon dioxide equivalent per year (MtCO2eq/yr). in 2030 (Reductions of between 24% and 34% of Business As Usual projections for road transport). Agriculture. Climate Smart Agriculture techniques for cropping (Agricultural soils: 36% of national GHG emissions (13.5 Million tons of carbon dioxide equivalent per year (MtCO2eq/yr). )", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "WSM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions", + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro", + "Renewable Energy: Biofuels", + "Renewable Energy: Wind" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "This is a combination of both utility owned projects and IPPs and total capacity is expected to increase over the next couple of years;. Wind Power \u2010 550kW of installed capacity;. Hydro Power - rehabilitation of 3.5MW hydro power plants destroyed by Cyclone Evan in 2012 as well as additional small run\u2010of\u2010river schemes;. Bioenergy - 12MW of various projects aimed at utilizing biomass, biogas or alternative bioenergy source for electricity generation to be implemented by IPPs.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "KGZ", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Conditional part of mitigation target", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Economy-wide", + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Development of biogas plant based on food industry waste (WAM). Considered in the indicators of the Energy sector. Considered in the indicators of the Energy sector. 2. Strengthening the national MRV system and the introduction of new technologies. 2.1. Improving accounting systems, policies and legislation for MRV (WAM). NE. NE. 2.2. Development and implementation of a sector MRV system (WAM). NE. NE. Sector. IPPU. Goals. Measures. Target indicators, 1000 tons of CO2 eq. 2025. 2030. 2.3.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of mitigation target for a given sectoral plan", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Building on existing NAMAs" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "LULUCF/Forestry: General" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "National Forest Policy Land Degradation Neutrality (LDN) Conserve existing forests, increase tree cover through community participation, and meet international obligations related to forests Identify policy priorities for protecting soil quality for nutrition and micronutrients and piloting approaches on LDN in various ecosystems. Waste Ranked lowest emitting sector in Pakistan that contributes eq. to total GHG emissions in 2018. Methane is the major component with a share of 19.2 MT CO2 eq.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Whether the upstream policy in the given sector builds on NAMA", + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NIC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "REDD+" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Currently, there is a portfolio in management of 15 programs and projects that total more than US $ 190 Million and will develop activities that will contribute to the conservation and restoration of Forests, as well as the fight against Climate Change. (Annex 1) - [1]. Regarding the mitigation contribution, by 2021, Nicaragua will implement with the Forest Carbon Cooperative Fund an Emissions Reduction Program on the Caribbean Coast that will contribute to reducing approximately 11 million tons of carbon dioxide from deforestation and forest degradation; as well as other programs and projects that will guarantee the sustainable management of forests and protection of ecosystems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Renewable energy", + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area", + "Energy" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The UAE has invested heavily in world-class graduate education for sustainable energy development, establishing Masdar Institute for Science and Technology in partnership with the Massachusetts Institute of Technology, the Dubai Centre of Excellence for Innovative Energy and Water Solutions and the Solar Innovation Center under Sheikh Mohammed bin Rashid al Maktoum Solar Park in Dubai. Moreover, the UAE has established the Local, National, Regional Climate Change Assessment Programme, which contributes to addressing the data challenges across the wider region, as relating to climate change adaptation and vulnerability issues.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional sectoral actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GTM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Waste: General" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Implementation of the Irrigation Policy with an integrated approach to water resources. Waste. Existence of a Solid Waste Policy (currently in preparation) by the Ministry of Environment and Natural Resources -MARN-, to consolidate actions in this sector. Implementation of the Wastewater Regulation -Government Agreement 236-2006-, as an instrument for the treatment of emissions produced by this sector. Industrial processes.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "QAT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Tourism" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"The development of the country\u2019s first eco-resorts and major events like the FIFA World Cup 2022 and the Asian Games 2030 are set to further enhance the touristic appeal of the country while driving its socio-economic growth in a sustainable manner. Qatar\u2019s tourism strategy promotes sustainable tourism and aims to reduce dependence on hydrocarbon resources for economic growth\"", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CAF", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Renewable energy", + "Sustainable forest management", + "Agroforestry", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Agriculture", + "Energy", + "Cross-Cutting Area", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Penetration of improved stoves in households by 25% in 2025 and 50% in 2030. Increase charcoal production efficiency by 10% to 25% by 2030. LPG: 10% in 2030. Improving the energy efficiency of the use of wood energy (see Energy Mitigation). Promotion of alternative energies to wood energy by LPG. Promoting agroforestry to reduce climate risks and diversify economic options. Plantation of 100,000 ha by 2030 (50,000 ha of orchards, 20,000 ha of family palm groves, 30,000 ha of hardy plants (date palm, shea, tamarind).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ECU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Energy Efficiency", + "Demand-side Efficiency" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Parameters considered for the construction of the trend and reference scenario. PARAMETERS \\ SECTOR. ENERGY. INDUSTRIAL PROCESSES. WASTE. FARMING. USCUSS. Variables considered. Gross Domestic Product (GDP). Population. Energy Intensity. Gross domestic product. Annual population growth rate (compound). Number of animal heads. Crop production Crop. area. Use of synthetic nitrogen fertilizers. Average rate of gross deforestation of the native forest, 2000-2008 period. Data sources used. Energy Statistics (2016). National Energy Balance (2015). National Energy Efficiency Plan (2016-2035). Electricity Master Plan 2016-2025.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector", + "Adapt Now sector (2)" + ], + "SubSectorLabel": [ + "Mangroves", + "Social Development: General", + "Sustainable forest management" + ], + "SectorLabel": [ + "Coastal Zone", + "Social Development", + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improving resilience and the restoration of natural and social systems to the negative impact of climate change; monitoring climate change impact on different sectors and regions. Implementing adaptation measures, including ecosystem-based adaptation and nature-based solutions to minimise damage associated with climate change in each sector in the future. 3.3.3 Reducing disaster risks and minimising damage, increasing preparedness to respond to increasing natural disasters and climate extremes due to climate change.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector_2", + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Upstream policies on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Appliances" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Promoting Energy Efficiency and Rational Use of Energy. Action. Technical Regulation for the Labelling of Energy Efficiency in Household Washing Machines. This Climate Action aims at strengthening the Institution's Capacities in relation to the reduction of emissions (tC02-eq), which forms part of the Greenhouse Gases (GHGs). Base year.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "HND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Solid Waste" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Training and education, formal and informal, to increase the technical capacities of women, PIAH and young people in order to facilitate their involvement in restoration processes and REDD + actions. Programs to prevent forest fires, fully and effectively integrating women s groups in their development. Promotion of entrepreneurial projects in solid waste through the creation of a fund of micro-entrepreneurs that includes women, PIAH and young people. Development of comprehensive municipal waste management plans in a participatory manner, integrating women, PIAH and young people. IV.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Capacity building needs" + ], + "SubSectorLabel": [ + "Solid Waste", + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy", + "Waste" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "All municipalities. 100%. 0.04712. 0%. 0. 0.04712. Establish a decentralized waste management system at the national level. All municipalities. 0%. 0. 100%. 0.15. 0.15. Provide municipalities in Benin with controlled landfills;. 77 communes. 33.33%. 0.02. 66.67%. 0.04. 0.06. Limiting the negative impacts of solid waste on the environment in municipalities;. All municipalities. 25%. 0.002. 75%. 0.006. 0.008. Improving the technical capacity and management of pre-collection NGOs. At the national level,. 0%. 0. 100%. 0.06. 0.06.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Capacity building needed for a given sectoral plan", + "Unconditional part of the mitigation effort for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Climate Smart Agriculture" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Hydro-Agricultural Development Project in the Lower Mono River Valley (PAHV- MONO) Development of a 500 ha pilot area in the Mono River Valley Strategies, programmes and projects Actions for the preparation and implementation of the CDN Supporting the transition to climate-smart agriculture and food systems (AIC) \uf0b7 Sustainable intensification of productivity and increase of agricultural incomes; \uf0b7 Reduction and/or elimination of GHG emissions; \uf0b7 Creation of a favourable political and financial environment, providing farmers with knowledge and access to resources and services for the transition to sustainable, productive, resilient and economically viable production systems.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LSO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Sustainable forest management", + "Sustainable land management" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The government of Lesotho has over the last 20 years invested heavily in tree planting and small woodlot reserves. Pursuant to this policy, the Forestry Act of 1998 was promulgated and a new National Forest Policy was launched in 2008 to pursue sustainable forest management; poverty reduction strategy through social and economic dimensions of forestry development and enhancing people\u2019s participation in the ongoing Land Rehabilitation Program of the Government of Lesotho. 4.4 Reporting on Current and Planned Adaptation Undertakings and Support.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation.", + "Unconditional sectoral actions" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Renewable Energy" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "In line with the Sustainable Hydropower Policy 2021, the potential for the use of hydrogen created from green renewable electricity in Bhutan will be pursued. Towards this end a study has been initiated with the objective of exploring production of hydrogen fuel, green ammonia, and other hydrogen products, for the end-uses of energy storage and substitute for fossil fuel usage. The Royal Government will initiate feasibility studies, preparation of the Green Hydrogen Roadmap and pilot projects.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Buildings" + ], + "SectorLabel": [ + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The development of the spatial dimension of socialism on the basis of systemic, geohistorical and functional regionalization, the urban-regional system and the development of infrastructure, services and mobility.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BFA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on", + "Downstream actions", + "Sectoral targets on", + "Unconditional part of mitigation target", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Demand-side Efficiency: Buildings", + "Transportation Fuels" + ], + "SectorLabel": [ + "Energy", + "Transport" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Substitution of biofuels for hydrocarbons: biodiesel production units (replace 5% of diesel consumption in 2030). Residential and tertiary. Energy efficiency in electric lighting (residential, EP and tertiary). 168 750 000. Industries. Lighting efficiency (project to distribute 2 million low-consumption bulbs in the industrial and tertiary sectors) reduction of 2% per year. 52,500,000. Energy-efficient technologies (-3% per year). 5,250,000. Energy. 609,866,667. Agriculture. 64,938,000. Waste. 81,228,000. 9.2. Annex 2: List of projects in the INDC adaptation component. ADAPTATION PROJECTS (INTEGRATED ADAPTATION SCENARIO). Projects | Scenarios.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Conditional part of the mitigation target for a given sectoral target", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Conditional part of mitigation target for a given sectoral downstream actions", + "Information on sectoral plans", + "Targets at the sectoral level", + "Unconditional part of mitigation target for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Disease surveillance and control" + ], + "SectorLabel": [ + "Health" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Apart from the overall public heath infrastructure at the national and sub national levels, the Government of India has launched programmes like Integrated Disease Surveillance Programme (IDSP), National Vector Borne Disease Control Programme (NVBDCP) to deal with vector borne diseases like malaria, dengue etc. As part of this programme India aims to eliminate malaria by 2030. 2.4 COASTAL REGIONS & ISLANDS. India has a long coastline of 7517 km including island territories, and encompasses total 73 districts in the 9 maritime states and 2 Union Territories.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation.", + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Fisheries and aquaculture", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Between 2020 and 2024, the production chains of vegetables, fruits, livestock, beekeeping and aquaculture will be improved with scope, also, in the agriculture of basic grains with a climate change adaptation approach for five production chains in 87 municipalities of the eastern zone, 5,000 producers in the departments of Usulut\u00e1n, San Miguel, La Uni\u00f3n and Moraz\u00e1n, through:. Improvement of research, extension, education and training services in participating organizations, families and individuals and groups excluded and living in conditions of poverty;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Introduction of the Zero Emission Electric Vehicle (ZEV) in Jordan will be implemented in various phases with the eventual deployment of 3000 charging stations ( on grid & off grid) by to support 10000 ZEVs by the private sector. The ZEV charging stations will be powered by renewable energy. The programme will be implemented through a partnership between the Greater Amman Municipality and the Ministry of Environment and the private sector within a Public Private Partnership (PPP) agreement.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "By 2030, other actions with an ecosystem-based adaptation approach have been implemented to help the country reduce its vulnerabilities to climate change. Guideline 8. By 2030, water security and sustainability have been promoted in the face of climate change, as well as the adequate and integrated management of hydrographic basins, through the protection and monitoring of sources, considering both surface and groundwater. Goals:8.1. By 2026, there is a technical standard for the adaptation of water concessions in drought conditions. 8.2.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "NIU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Sectoral Conditional Actions", + "Sectoral plans on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Sustainable Land Management", + "Renewable Energy", + "Sustainable land management" + ], + "SectorLabel": [ + "Energy", + "LULUCF/Forestry" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "Advance land use change accounting through acquisition of recent, multi-spectral satellite imagery and relevant processing and verification. 2016-2020. Yes. No. Priority near-term activities:. Investigation and implementation of renewable energy resources including additional solar PV, wind and assessing biofuel, biogas potentials. 2015-2020. No. Partial. Funding to support resource identification secured. Requires investment for project implementation. Build in-country capacity to operate and maintain renewable energy. 2015-2020. No. Partial. Partial SPC funding identified, additional $0.07m USD investment required.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Condition actions of the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Adaptation Commitments", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PAN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Time frame", + "Downstream actions" + ], + "SubSectorLabel": [ + "Mangroves", + "Monitoring and Evaluation System", + "Infrastructure and roads", + "Energy: General", + "Economy-wide: General", + "Infrastructure", + "Climate risk management", + "Climate smart agriculture", + "Urban: General", + "Climate services", + "Recycling, Reuse, Reduce", + "Buildings", + "Industries: General", + "Watershed and river basin management", + "Health: General", + "Coastal management", + "Food security", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Industries", + "Waste", + "Agriculture", + "Water", + "Transport", + "Coastal Zone", + "Energy", + "Health", + "Economy-wide", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "By 2025, metrics and indicators will have been generated to monitor the country s progress in this sector. MiAMBIENTE. CONEP. Ministry of Trade and Industries. WHAT. No GHG Target. Actions, Policies and Regulations. Generated metrics and nominees. By 2025, the Reduce Your Corporate Footprint program will be developed and operational, with at least 100 registered organizations reporting carbon or water footprint. MiAMBIENTE. No GHG Target. Actions, Policies and Regulations. Reduce your Corporate Heulla program implemented. registered organizations.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Time frame" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Yet to be implemented. Long term. Use EVs for recreational transport (e.g., safaris). Yet to be implemented. Long term. Promote the use of locally produced sustainable food in the tourism and recreation sector. As food production is one of the largest emitters of GHG emissions, increasing demand for locally produced sustainable food in the tourism and recreation sector will reduce GHG emissions from agriculture activities (e.g., transportation of food) and will help improve the livelihoods of farmers and rural communities.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target" + ], + "SubSectorLabel": [ + "Food security" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "In addition, Rwanda targets to have 100% of farmers with access to services for post harvest treatment and storage of food crops and reduce post harvest losses to at least 1% by 2030 from 10.4%, 27.4% and 8.3% in 2014 formaize, beans and rice respectively. The use of solar energy in warehouses will be actively promoted. Reduced GHG emissions as a result of using low carbon energy sources and reduced transport distance. Forestry. Programme of action. Actions. Description and goals/targets.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Goal: To achieve restoration of degraded lands. Objective 1:To achieve appreciable level of restoration of degraded land. Objective 2: To restorat critical biodiversity hotspot. Manage rangelands and pastures by managing grazing systems and grazing intensity, fire management and pasture< rehabilitation. 15,000,000. Restore degraded lands with high production potential. Establish new forest reserves, national parks, and protected areas. Improve the resilience of environmental value chains across the sector (including forestry, mining, tourism, and land management). Goal: To strengthen tourist destination for socioeconomic gains.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Tracking Progress for Sectoral Implementation" + ], + "SubSectorLabel": [ + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Liberia considers that some low carbon development options in the INDCs, or additional actions, could be financed in full or in part, through the transfer of international carbon credits/assets (results-based financing), taking into account environmental integrity and transparency. Liberia recognizes the system of Monitoring, Reporting and Verification (MRV) as a fundamental pillar of its INDC for the purpose of transparency and accountability. The MRV system for the INDC will build upon existing structures for monitoring and evaluation (M&E) and intersectoral coordination.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on how progress for sectoral implementation will be tracked" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "QAT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Buildings: General" + ], + "SectorLabel": [ + "Buildings" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Qatar has been transforming its building standards towards higher sustainability levels through the adoption of the Global Sustainability Assessment System (GSAS) standards. The number of projects registered for GSAS certifications has been rapidly increasing thereby facilitating the transition towards green buildings. The Qatar Green Building Council has been advising hotels on higher environmental standards for energy and water savings, and has certified an increasing number of hotels, in line with the new hotel classification system implemented by the Qatar Tourism Authority (QTA) which has set new and higher sustainability standard.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Health: General", + "Sustainable transport planning", + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Health", + "Cross-Cutting Area", + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Diversify economic growth through a strengthened transport sector, particularly the infrastructure to contribute to the reduction of greenhouse gas emissions. Mainstream climate change adaptation considerations into sectoral plans and strategies. Goal: Climate change adaptation mainstreamed and implemented. Objective 1:To mainstream Climate Change adaptation challenges in stakeholder sectorial plans. Strengthen integration of climate change adaptation into the health sector. 2,000,000. Monitor and control WASH activities in informal settlements. Develop local institutional capacity to support coastal resources management.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Adapt Now sector" + ], + "SubSectorLabel": [ + "Sustainable transport planning", + "Infrastructure and roads", + "Waste management", + "Economy-wide: General" + ], + "SectorLabel": [ + "Transport", + "Economy-wide", + "Urban" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "New infrastructure assets will also be prioritised, planned, designed, built and operated to account for the climate changes that may occur overtime. Existing infrastructure will also be retrofitted, or managed differently, because of climate change. 5. MITIGATION CONTRIBUTION. 5.1 Overview.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "GCA_Sector" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Funders for Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar", + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "REDD: Reducing Emissions from Deforestation and Forest Degradation. SCAPE: Strategy for Accelerated Growth and Employment Promotion. TCN: Third National Communication. UNFCCC: United Nations Framework Convention on Climate Change. WAEMU: West African Economic and Monetary Union. ANNEX II. Table 1: Current policies and strategies by sector. Sector. Current policy documents and strategies. Action to be taken. Energy. Strategic plan for the electricity sub-sector, adopted in December 2010. Draft National Energy Policy (POLEN), drawn up in October 2011.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on", + "The funders for sectoral unconditional actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BGD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Unconditional part of mitigation target", + "Conditional part of mitigation target", + "Downstream actions" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Supply-side Efficiency: Power generation efficiency improvement: Gas-powered combined cycle", + "Recycling, Reuse, Reduce", + "Clean Cooking and Heating: Efficient cookstoves", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Energy", + "Waste" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "More than 1.5 million Improved Cook Stoves (ICS) and 4.0 million Solar Home Systems have already been distributed across the country. Improving kiln efficiency in the brick making industry, composting of organic waste and waste biomass-based thermal energy generation. Construction of Combined Cycle Power Plant (CCPP) by the Government of Bangladesh and utilities companies. Under the Solar roof-top program around 14 MW of solar has been installed on the vacant roof-tops of Government and private buildings.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Unconditional part of mitigation target for a given sectoral plan", + "Conditional part of mitigation target for a given sectoral plan", + "Sectoral downstream actions to be undertaken as part of the NDC contribution", + "Unconditional part of the mitigation effort for a given sectoral target", + "Unconditional part of mitigation target for a given sectoral downstream action" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improved system that incentivizes reuse, recycle as well as composting and/or bio-digestion (Link to Health sector). CROSS-SECTORAL. Mitigation Actions and Policy Measures. Establish measures to shrink the carbon footprint of at least 5 cities of Monrovia, Paynesville, Buchanan, Gompa and Gbarnga by 50% each. Draft a National Zoning Act on urban green corridors to promote sustainable urban development and enforcement.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VCT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target" + ], + "SubSectorLabel": [ + "Coastal management" + ], + "SectorLabel": [ + "Coastal Zone" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "Areas at greatest risk in St. Vincent and the Grenadines are Belmont Walkway, Canash Beach, Indian Bay, Johnson Point and Villa Beach including notable resorts, ports and an airport that lies at less than 6 m above sea level and will therefore be affected\u201d25. The country has started to promote itself as a dive destination and has signed on to the Caribbean Challenge Initiative (CCI) with the pledge to protect 20% of its near shore marine and coastal resources by 2020. Other initiatives include:.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "By 2026, at least 6 biological corridors will manage climate shelters, defined by SINAC. 7.10. By 2030, 1,000,000 hectares of forest cover-landscapes will have been intervened to avoid land degradation and favor biodiversity. 7.11. By 2030, a methodological guide on solutions based on nature in infrastructure (green infrastructure) has been developed, to promote construction practices that maintain an integrated landscape. 7.12. By 2030, other actions with an ecosystem-based adaptation approach have been implemented to help the country reduce its vulnerabilities to climate change. Guideline 8.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets", + "Action and priority" + ], + "SubSectorLabel": [ + "Capacity building and knowledge transfer" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Objective: strengthen capacity of lead institutions to enhance governance. Review the current Draft Climate Policy into a comprehensive Climate Act. 20,000,000. Establish the enabling legislative framework to implement the NCCS&AP actions. Establish and/or strengthen the high-level National Climate Change Council (NCCC), in the Office of the President. Establish a Sierra Leone Climate Fund to be a financing mechanism for priority climate change actions and interventions.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Adaptation action/priority", + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SLV", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies", + "Upstream policies on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Economy-wide: General", + "Transportation Fuels" + ], + "SectorLabel": [ + "Transport", + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Support is necessary for the implementation of the Air Quality Policy, with the aim of reducing GHG emissions from mobile sources. Above all, support is required for socialization and capacity building at various levels for the implementation of the Policy, including the private sector, civil society and the municipal level. 7.3.3. Support for the development of Salvadoran regulations to improve the quality of fuels marketed for land transport (2025).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on upstream policies for a given sector", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Conditional part of mitigation target for a given sectoral upstream policy" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NRU", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Targets" + ], + "SubSectorLabel": [ + "Climate risk management" + ], + "SectorLabel": [ + "Cross-Cutting Area" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Conduct a national long-term risk assessment on climate change loss and damage. Nauru intends to conduct a long-term risk assessment (LTRA). The LTRA should be conducted through processes consistent with those agreed and established at the UNFCCC under the Warsaw International Mechanism to address Loss and Damage, The LTRA should include the following:. Quantification of the specific risks of loss and damage under different temperature scenarios;. Timing at which these risks are likely to be experienced;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Measurable targets or indicators" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Industries: General" + ], + "SectorLabel": [ + "Industries" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The Syrian government is working to invest available national resources, relying on solar energy as one of the renewable sources of energy in the industry, replacing fuel with natural gas in energyintensive industries, such as in cement industry ,and improving the specifications of oil products resulting from refineries. The investment environment was also developed for the establishment of large and medium- enterprises and handicraft facilities, and rehabilitation of the affected ones.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MRT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Waste-to-Energy" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\u25aa Range regeneration: 3000 ha/year \u25aa Desertification Control (CDC): 10000 ha/year (defense and DENTERMINED CONTRIBUTION TO NATIONAL LEVEL CDN MAURITANIE Sectors / Sub-Sectors Contributions to Total Mitigation Efforts Challenges / Constraints Recommended Measures Seeding) Waste \u2013 1573.99 Gg CO2 eq of which 0.56% unconditional Solid Waste 1573.99 Gg Eq- o Low-efficient solid waste management system Low level of urban solid waste recovery Low level of waste collection Waste incineration and energy production plant, 12 MW in Public-Private Partnership.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Building on existing downstream actions" + ], + "SubSectorLabel": [ + "Recycling, Reuse, Reduce" + ], + "SectorLabel": [ + "Waste" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The proposed projects aim at generating biogas from the sludge and connecting the generated electricity to the national electricity grid. These projects will contribute to reducing the amount of fuel used for electricity generation, taking into consideration that a considerable amount of sludge produced from the wastewater treatment plants without any utilization. Implementing composting units for pre-segregated bio-waste in 4 Areas with a total capacity of 200 tonnes/day. Agriculture.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Existing sectoral downstream actions that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUS", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Supply-side Efficiency: Grid/energy loss reduction", + "Renewable Energy", + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Australian Government is working to urgently implement these policies to maximise their emissions reduction impact and economic benefits and to provide Australian industry with a comprehensive and consistent policy framework. Australia\u2019s new policies include:. A $20 billion investment in Australia\u2019s electricity grid to unlock greater penetration of renewable energy and accelerate decarbonisation of the grid. Complemented by an additional $300 million to deliver community batteries and solar banks across Australia.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NGA", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\"REA recently launched the Solar Power Naija Program, aimed at providing mini-grid developers and solar systems distributors up to NGN 140 billion loan from the Central Bank of Nigeria Solar Intervention Fund under the Economic Sustainability Plan. It is aimed at achieving 5 million solar PV connections, serving 25 million Nigerians and creating 250,000 green jobs.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "QAT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Energy: General" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Adaptation actions with Mitigation Co-benefits. a) Water Management. Qatar depends mostly on seawater desalination for urban water supply, often using energy-intensive technologies. In the future, it is essential to reduce the consumption of both power and water per capita and use less energy-intensive technologies throughout the entire value stream. Qatar has also introduced several water-conservation measures which will significantly improve the ecological footprint of the sector.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "QAT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The development of the country\u2019s first eco-resorts and major events like the FIFA World Cup 2022 and the Asian Games 2030 are set to further enhance the touristic appeal of the country while driving its socio-economic growth in a sustainable manner. Qatar\u2019s tourism strategy promotes sustainable tourism and aims to reduce dependence on hydrocarbon resources for economic growth.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NIC", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Conservation", + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Reduction of risks to erosion and landslide. Increase and / or maintenance of biodiversity in protected areas and biological corridors. Contribution to the local economy through agroforestry systems and establishment of forest plantations for commercial purposes. Guarantee the collection and preservation of seeds of typical trees of each type of forest in the country to achieve reproduction in nurseries, to prevent their extinction.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KIR", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Solar: Off-Grid" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "This activity will improve quality of life in households by providing portable water supply to the most vulnerable Islands in Kiribati. (not yet fully funded). Activity 9 \u2013 Outer Island Police Station solar system rehabilitation ($60,000.00) - 23 solar systems (120 Wp each) will be procured and installed in all of the outer Islands for communication, lighting, etc at the Police stations and an additional 8 Police posts. (not yet fully funded).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "By 2030, the country will have significantly reduced its digital and technological gap, with particular emphasis on socially and economically vulnerable populations, through a solidarity model, considering aspects such as Internet connectivity, equipment and digital appropriation. This will be an enabler to close social and economic gaps through digital practices such as teleworking, e-commerce and virtual tourism (which reduce the need for travel), increasing efficiency and national economic dynamism. 2. Development and land use planning.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BGD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Existing sectoral policies", + "Upstream policies on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Buildings", + "Clean Cooking and Heating: Efficient cookstoves" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": true, + "Context": "70% market share of improved biomass cookstoves, reaching 20 million households in 2030. 40% market share of improved gas cookstoves. 10% market switch from biomass to LPG for cooking compared to the business as usual. Commercial buildings. Promote policies to induce greater level of energy efficiency and conservation in the commercial sector based on the Bangladesh Energy Efficiency and Conservation Master plan. Incentivise rainwater harvesting in commercial buildings as a form of water and energy conservation.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on the existing upstream sectoral policies that the NDC builds on", + "Information on upstream policies for a given sector", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Reforestation" + ], + "SectorLabel": [ + "LULUCF/Forestry" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Forestry monitoring: a total of 800 ha of private, communal plantations expected \uf0b7 Forestry implementation, maintenance and monitoring: a total of 700 000 linear metres of alignment plantations in urban and peri-urban areas expected \uf0b7 Green spaces in cities: a total of 300 green spaces expected \uf0b7 Implementation of a forest monitoring and protection system against bush fires and transhumance PAGEFCOM 2: Community Forest Management Support Project, phase 2 \uf0b7 Improvement of forest cover: a total of 600 ha of forest plantations, 20 ha of school plantations and 20 ha of pine plantations expected.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Downstream actions" + ], + "SubSectorLabel": [ + "Renewable Energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "First NDC", + "INDC" + ], + "TargetLabel": false, + "Context": "Charcoal Trade Stripping Somalia of Trees. UNEP, 2005. The State of the Environment in Somalia, a Desk Study World Bank & UNDP, 2007. Somali Joint Needs Assessment, Productive and Environment Cluster Report. World Bank, 2012. Forest Area Percentage. 2.5. Project Profile 5: Rehabilitation of Fanoole Hydro-Electric Dam and Irrigation Infrastructure. INTRODUCTION. The Fanoole Hydro-Electric Dam and its supportive infrastructures were constructed with the assistance of China from 1977 to 1982 at a cost of about US $ 50 million.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Unconditional Actions", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Food security", + "Crops" + ], + "SectorLabel": [ + "Agriculture" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "The National Mission on Sustainable Agriculture (NMSA) aims at enhancing food security and protection of resources such as land, water, biodiversity and genetics. The mission focuses on new technologies and practices in cultivation, genotypes of crops that have enhanced CO2 fixation potential, which are less water consuming and more climate resilient. India has developed 580 district level (covering many states) contingency plans based on early warning systems and other weather forecasting systems.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation.", + "Unconditional sectoral actions" + ], + "PlansLabel": true, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "SOM", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Implementing Agency for Sectoral Conditonal Actions" + ], + "SubSectorLabel": [ + "Water management", + "Land and soil management", + "Disaster preparedness" + ], + "SectorLabel": [ + "Agriculture", + "Water", + "Disaster Risk Management (DRM)" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Project Duration: 4 years. Lead Agency: Somalia Federal Government (SFG) Ministry of State for Environment, in the Office of the Prime Minister. Other Potential Key Stakeholders: SFG Department of Agriculture and Livestock; State Ministry of Environment; SFG Department of Water, Minerals and Energy; Ministry of Planning Puntland; Ministry of Environment Puntland; Ministry of Planning Somalnd; Ministry of Environment Somaliland; State Authorities; UN agencies, INGOs, Development Banks; NGOs; Academic and Research Institutions. FINANCIAL RESOURCES. Indicative Budget: 6.45 USD million. Component. Cost (USD).", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The agency responsible for implementing the sectoral conditional action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "VUT", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Upstream policies on", + "Conditional part of mitigation target" + ], + "SubSectorLabel": [ + "Gas", + "Buildings: General", + "Demand-side Efficiency: Buildings", + "Energy Efficiency", + "Renewable Energy: Biofuels" + ], + "SectorLabel": [ + "Buildings", + "Energy" + ], + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "ENV 2.3. 100. 85,000,000. M7. By 2030, installation of 1000 Biogas Plants for Commercial and Residential Use. ENV 2.3. 100. 10,000,000. M8. By 2030, Increase Energy Efficiency in Commercial and Residential Sector, (a) 5% increase in Energy Efficiency in Commercial and Residential Sector; and (b) 10 Numbers of Energy Efficient Building (Green Building).", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Conditional part of mitigation target for a given sectoral upstream policy", + "Information on upstream policies for a given sector", + "Conditional part of the mitigation target for a given sectoral target" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "TCD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Funders for Sectoral Conditional Actions", + "Funders for Sectoral Unconditional Actions" + ], + "SubSectorLabel": [ + "Malnutrition", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Health", + "Environment" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "Development of intensive and diversified crops that are adapted to extreme climate risks. Soil restoration and defence against degradation caused by climate change. Improvement of intercommunity grassland areas, in order to reduce migratory movements due to climate change. National Agency for the Great Green Wall. In addition to these, adaptation will be supported by the 11th European Development Fund for the period 2014-2020.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The funders for sectoral unconditional actions", + "The funders for sectoral conditional actions" + ], + "PlansLabel": false, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "BGD", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Implementing Agency for Sectoral Conditonal Actions" + ], + "SubSectorLabel": [ + "Infrastructure and roads", + "Wetlands", + "Climate risk management", + "Disaster Risk Management (DRM): General", + "Sustainable urban planning", + "Energy access", + "Coastal management", + "Malnutrition", + "Ecosystem and biodiversity" + ], + "SectorLabel": [ + "Environment", + "Disaster Risk Management (DRM)", + "Transport", + "LULUCF/Forestry", + "Coastal Zone", + "Energy", + "Health", + "Cross-Cutting Area", + "Urban" + ], + "Document": [ + "INDC" + ], + "TargetLabel": false, + "Context": "INDC implementation will be taken forward by existing governance arrangements under the BCCSAP, with coordination being managed by the climate change secretariat in the Ministry of Environment and Forests, reporting to the Advisory Committee and the National Environment Committee (chaired by the Prime Minister). Specific implementation activities will be carried out by the appropriate line ministries and agencies with fiscal support under the fiscal framework of the Government.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "The agency responsible for implementing the sectoral conditional action" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": null, + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Target", + "Sectoral Policies" + ], + "SubSectorLabel": [ + "Water conservation and reuse" + ], + "SectorLabel": [ + "Water" + ], + "Document": [ + "INDC" + ], + "TargetLabel": true, + "Context": "The main objective of India\u2019s National Water Mission (NWM) is \u201cconservation of water, minimizing wastage and ensuring its more equitable distribution both across and within States through integrated water resources development and management\u201d. One of the key goals of the mission is to enhance water use efficiency by 20%. Groundwater is the major component of the total available water resources.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Sectoral plans and strategies for adaptation.", + "Adaptation targets/ objectives at the sectoral level" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": null, + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Financial measures through: the implementation of a fee bate / rebate programme through which the government levies fees on relatively high GHG emitting vehicles and provides rebates on lower emitting vehicles by 2025. Financial measures through: the enforcement and adaptation of registration taxes, in particular with and the enforcement of the 10% tax on luxury vehicles and the integration of a tax on transit vehicles by 2025.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Vehicletax" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "o To manage the strengthening of Central American and national regulations linked to efficiency standards, emissions, safety for light and heavy loads. 3.2.3. To adjust Law 9518 so that fiscal incentives also apply for electric light-duty vehicles 3.2.4. To establish a Pilot Plan to involve companies in the cargo transport sector in the Carbon Neutrality Country Program 2.0.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff", + "I_Emobilitypurchase" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "to monitor and evaluate progress over time: Final energy savings (ktoe) in 2030: Primary energy savings (ktoe) in 2030: Actions to support the implementation of the objective: \u2022 Law on vehicles adopted (August 2019) \u2022 Law on vehicle tax by-laws to be adopted \u2022 Implementation of the program for subsidizing for purchasing vehicles stipulated in the Law on vehicles \u2022 Revision of the Law on excise duty to be prepared (excise duties of diesel fuel and petrol need to be gradually equalled) Finance: Budget: Source of finance: Private, EE fund, incentives from the central government budget Progress monitoring: Objective achieved: Activities implemented: Yes/No Yes/No Reference to assessments and underpinning technical reports: Energy Strategy up to 2040, NECP, 3rd BUR Assumptions/ General comments: It is assumed that only new vehicles and vehicles not older than eight years will be sold, i.e.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Fueltax" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "It is necessary to support financial mechanisms for the private sector for the possibility of acquiring 100% electric and hybrid cars from enabling frameworks that make investments more flexible for owners and to prioritize studies for the establishment of a system for measuring the emissions of GHGs generated, which come from electric/hybrid cars, starting with the issuance of Decree 541-20 establishing the National Greenhouse Gas Measurement, Reporting and Verification System (MRV)." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Se requiere el apoyo de mecanismos financieros para el sector privado para la posibilidad adquirir autos 100% el\u00e9ctricos e h\u00edbridos a partir de marcos habilitantes que flexibilicen las inversiones a los propietarios y priorizar estudios para el establecimiento del sistema de medici\u00f3n de las emisiones de GEI generada, que provienen de autos el\u00e9ctricos/h\u00edbridos, a partir de la emisi\u00f3n del Decreto 541-20 que establece el Sistema Nacional de Medici\u00f3n, Reporte y Verificaci\u00f3n (MRV) de Gases de Efecto Invernadero. T\u00edtulo de la opci\u00f3n: Dise\u00f1o e implementaci\u00f3n de la red de Bus Alimentadores, en complemento del transporte masivo y la red de bus principal.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTIntegration" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "- Tax on the initial sale of lightweight vehicles pursuant to Law 20.780, which has been implemented since December 28, 2014 and which taxes CO2 emissions indirectly, by charging a higher tax inver- sely proportional to vehicle performance. 2.6. Chile\u2019s work on short-lived climate pollutants In the same way as other countries, Chile recognizes that the actions aimed at reducing short-lived climate pollutants (SLCP) entail a subs- tantial contribution to the mitigation of the causes of Climate Chan- ge.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Vehicletax" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "It is estimated that road transit will grow 2.2 times between 2015 and 2050, while decarbonised transport services will have to be provided for growing public transport systems to meet more than 70% of total road mobility demand by 2050, and by 2050 64% of public transport systems will need to be powered by electricity, while the rest of the energy will be a mixture of natural gas, fossil liquids and biofuels (University of the Andes et al." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Se estim\u00f3 que el trans- porte por carretera crecer\u00e1 2.2 veces entre 2015 y 2050, mientras que los servicios de transporte descarbonizado deber\u00e1n proporcionarse para los sistemas de transporte p\u00fablico que crecen para atender m\u00e1s del 70 % de la demanda total de movilidad por carretera para 2050. Adem\u00e1s, para 2050 el 64 % de los sistemas de transporte p\u00fablico necesitar\u00e1n ser alimentados por electrici- dad, mientras que el resto de la energ\u00eda ser\u00e1 una mezcla de gas natural, l\u00edquidos f\u00f3siles y biocom- bustibles (Universidad de los Andes et al.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "- 38 - c. Achieving carbon neutrality in the port and maritime sectors Since many industries such as power generation, iron and steel, and chemical industries, accounting for about 60% of Japan s total CO2 emissions, are located in ports and coastal areas, it is necessary to boost the decarbonization by creating a large demand for hydrogen and fuel ammonia26 for a variety of uses through cooperation among businesses, in parallel with expanding hydrogen supply and upgrading port functions in line with decarbonization. It is necessary to improve the environment to facilitate stable and inexpensive imports of hydrogen and fuel ammonia in large quantities at ports, via which 99.6% of import and export cargo passes, and to build an international supply chain to secure hydrogen and fuel ammonia.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_PortInfra", + "I_Hydrogen" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SVK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\uf0b7 Meet the need for education, awareness-raising and awareness for the general public of the need for additional measures in this sector. \uf0b7 Consider introducing a reduction target for the whole transport sector (whether for 2030 or later) as part of updating this Strategy. \f 2.5.4.1 Current Trends in Reducing Emissions in Agriculture Human activities in the agricultural sector contribute significantly to changes in the concentration of some gases in the atmosphere, namely N2O and CH4 are considered to be the most important gases emitted from agriculture in terms of mitigation and adaptation measures planned to reduce their environmental impact.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Education", + "A_Natmobplan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "As a result, the increase rate of GHG emissions from railroad transportation has been lower than that of passenger numbers carried by rail since the 1990s. As in other sectors, advancing the transport system based on clean energy sources (i.e., electricity, hydrogen, and biofuel) is a core mitigation strategy in aviation and shipping. Short-term mitigation strategies include expanding Alternative Maritime Power (AMP), increasing the use of biofuel- and LNG-powered ships and improving efficiency through economic operation.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_LPGCNGLNG", + "I_Shipping" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "As regards freight transport, both the Walloon and Flemish strategies aim at a shift from road to rail and inland waterways. Finally, as a final element in the transport sector, the regional strategies provide for a shift to zero-emission vehicles and energy carriers. As regards passenger transport, the Walloon and Flemish strategies focus mainly on zero-emission vehicles (battery or hydrogen). 10." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "En ce qui concerne le transport de marchandises, les strat\u00e9gies wallonne et flamande visent toutes deux un transfert de la route vers le rail et les voies navigables. Enfin, comme dernier \u00e9l\u00e9ment dans le secteur des transports, les strat\u00e9gies r\u00e9gionales pr\u00e9voient un passage \u00e0 des v\u00e9hicules et des vecteurs \u00e9nerg\u00e9tiques \u00e0 \u00e9missions z\u00e9ro. En ce qui concerne le transport de personnes, les strat\u00e9gies wallonne et flamande se concentrent principalement sur les v\u00e9hicules sans \u00e9missions (\u00e0 batterie ou \u00e0 hydrog\u00e8ne) 10.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Railfreight", + "I_Hydrogen", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SGP", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "CHARTING SING APORE S LOW- C ARBON AND CLIMATE RE SILIENT FUTURE CHARTING SING APORE S LOW- C ARBON AND CLIMATE RE SILIENT FUTURE Chapter 4 | Key Long-Term Climate Actions Expanding the Active Mobility Network Singapore will accelerate the building of cycling paths and active mobility infrastructure to make cycling and walking more convenient and attractive. By 2040, our cycling path network will be extended to more than 1,000km from which was introduced in the 2013 Land Transport Master Plan, the Government built 200km of sheltered walkways from transport nodes to homes and public amenities.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Activemobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "These initiatives target both improvements in fuel economy and reduction in local air pollution. The UAE will also introduce comprehensive regulations for electric vehicles, so as to facilitate their uptake domestically. \f Waste Sector The UAE will increase the amount of treated waste, and waste diverted from landfill, through a number of key initiatives, including: \u2022 developing a federal law to regulate and oversee waste management; \u2022 defining a federal roadmap for integrated waste; and, \u2022 developing a federal database to gather and collect information regarding waste.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "An expanded network of public transit options and infrastructure will increase urban mobility, helping to reduce emissions and increase equity in mobility. Electrifying segments of the rail system will decarbonize the existing rail system with the added benefit of enabling a more robust electric grid along railroad \u201cright of way.\u201d Additionally, \u201cvehicle to grid\u201d innovations may provide support for grid services.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTIntegration", + "I_Emobilitycharging", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYR", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "- Developing studies and methods for identifying and controlling dust storms in affected or threatened areas through the use of green belts and barriers, as well as studying suitable plant species to mitigate the effects of long-term dust storms that are appropriate to the conditions of the region. 4. Integrated Coastal Zone Management Plans Many necessary measures have been adopted to develop and implement integrated coastal zone management plans, taking into account the protection of coastal infrastructure, such as roads, buildings, ports, etc.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "INDONESIA LONG-TERM STRATEGY FOR LOW CARBON AND CLIMATE RESILIENCE 2050 (INDONESIA LTS-LCCR 2050)\fIt is envisaged that Indonesian transport situation in 2050 under LCCP will be as follows: \u2022 Transport distance of non-constrained transport (leisure, social or family visits) in metropolitan is around 10 km. \u2022 Travel distance of constrained transport (home-to-work/school) is around 40 km (in Jakarta).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Commute" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Costa Rica's contribution to transport represents a profound transformation from a system focused on private vehicles to one focused on people's well-being.In the thematic area of transport, Costa Rica offers the following contributions: Impact on well-being CONTRIBUTION 1.1. During the period of compliance with this NDC, the Electric Passenger Train in the Greater Metropolitan Area, powered by renewable electrical energy, will enter into operation. 1.2." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "La contribuci\u00f3n de Costa Rica en transporte representa una profunda transformaci\u00f3n de un sistema centrado en veh\u00edculos particulares a uno centrado en el bienestar de las personas. En el \u00e1rea tem\u00e1tica de transporte, Costa Rica ofrece las siguientes contribuciones:\fImpacto sobre el bienestar CONTRIBUCI\u00d3N 1.1. Durante el periodo de cumplimiento de esta NDC entrar\u00e1 en operaci\u00f3n el Tren El\u00e9ctrico de Pasajeros en el Gran \u00c1rea Metropolitana, impulsado por energ\u00eda el\u00e9ctrica renovable. 1.2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_RE", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "\u2022 Increase awareness among the general public regarding benefits associated with using mass transportation. Yet to be implemented Short term\fSectoral strategies\u2007\u2007119 Strategies Activities being considered Current progress Timeframe Coordinate the development plans of the transport and renewable energy sectors. The transport sector is directly linked to the development of renewable energy infrastructure in the country. Therefore, effective coordination mechanisms between the two sectors will be established.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_RE", + "A_Complan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "In order to make it easier to transport without private vehicles the shift to public transportation of low CO2 emissions, such as railways and buses, and further use of bicycles will be promoted through initiatives such as commuting traffic management by the operators and public awareness activities. Additionally, the Government aims to reduce CO2 emissions in logistics and distribution by reducing redelivery with cooperation among shippers and logistics and deliver\f - 55 - companies, diversification and improved convenience in delivery methods for courier services, and improving the environment for active participation of consumers.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Campaigns" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "35 GWh at national level. That figure remains the same until 2050. 0,2% in the energetic consumption matrix for heating use 100% shared taxis by 2050 100% urban public transportation buses in Chile by 2040 100% urban public transportation buses in Chile by 2040 58% private vehicles by 2050 58% private vehicles by 2050 Decrease of private motor transportation due to the transfer to buses and bicycles.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport", + "S_Cycling" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHE", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Source: Switzerland s greenhouse gas inventory (FOEN 2020) If international aviation and shipping \u2013 which are not part of the international and national assessment parameters \u2013 are included, the emissions in 2018 would stand at 52.1 million tonnes of CO2eq which is around 9 per cent below the 1990 figure. The percentage decrease compared with 1990 is lower in this scenario which is attributable to the increase in emissions from international aviation. Figure 4: Switzerland s greenhouse gas emissions by gases (excluding international aviation and shipping).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Aviation" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TUR", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Industries", + "Recycling, Reuse, Reduce", + "Road Sector", + "Industries: General", + "Transport: General" + ], + "SectorLabel": [ + "Energy", + "Transport", + "Industries", + "Waste" + ], + "Document": [ + "First NDC", + "INDC", + "INDC" + ], + "TargetLabel": false, + "Context": "10th National Development Plan. National Strategy on Climate Change. National Climate Change Action Plan. National Strategy on Industry. Strategy on Energy Efficiency. National Strategy and Action Plan on Recycling. National Legislation on Monitoring, Reporting and Verification of GHG emissions. National Smart Transportation Systems Strategy Document (2014-2023) and its Action Plan (2014-2016). Turkey\u2019s INDC was prepared in a participatory approach through multiple stakeholder meetings and by analytical studies conducted for 1 year.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Disintegration of vehicles to reduce the circulation of equipment with polluting technologies a. At least 70% of vehicles in circulation in all modes will have been acquired after 2035. Network of primary and secondary roads updated as smart roads that reduce climate risk, increase road safety and improve energy efficiency a." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Desintegraci\u00f3n de veh\u00edculos para reducir la circulaci\u00f3n de equipos con tecnolog\u00edas contaminantes a. Al menos el 70 % de los veh\u00edculos en cir- culaci\u00f3n en todas las modalidades habr\u00e1n sido adquiridos despu\u00e9s del a\u00f1o 2035. Red de v\u00edas primarias y secund- arias actualizadas como v\u00edas in- teligentes (Smart Roads) que reduzcan el riesgo clim\u00e1tico, au- menten la seguridad vial y me- joren la eficiencia energ\u00e9tica a.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Other", + "I_VehicleRestrictions" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NAM", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Namibia has therefore, proposed future blue economy adaptation activities (Table 3.2). TABLE 3.2. PROPOSED FUTURE ADAPTATION ACTIVITIES IN NAMIBIA\u2019S BLUE ECONOMY. Industry Adaptation Objectives 1. Renewable Energy, Engineering and Built Environment \u2022 Enhance the use of renewable energy potential across the ocean and coastal environments (hydro, desalination, fogging, solar, wind, biomass and geothermal) \u2022 Improve climate-resilient engineering and building standards for infrastructure in housing, rail, transport, coastal, waste management, telecoms, refrigeration, and energy. 2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Planning", + "R_Design" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ESP", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "The progressive introduction of renewable energies and the consolidation of the industrial sector will help economic growth and job creation. \u25b6 Renewable fuels will be particularly important for heavy goods transport by road, aviation and shipping. \u25b6 Furthermore, decarbonised energy vehicles, such as renewable hydrogen, will need to be developed in order to meet the thermal needs of industry." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "La introducci\u00f3n progresiva de las energ\u00edas renovables y la consolidaci\u00f3n del sector industrial ayudar\u00e1 al crecimiento econ\u00f3mico y a la generaci\u00f3n de empleo. \u25b6 Los combustibles renovables ser\u00e1n especialmente importantes para el transporte pesado de mercanc\u00edas por carretera, la aviaci\u00f3n y la navegaci\u00f3n. \u25b6 Por otra parte, ser\u00e1 necesario desarrollar vectores energ\u00e9ticos descarbonizados, como el hidr\u00f3geno renovable, para poder satisfacer las necesidades t\u00e9rmicas de la industria. En este aspecto, el contar con energ\u00eda renovable competitiva, es un elemento fundamental.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_RE" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "EEU", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Embrace clean, safe and connected mobility Transport is responsible for around a quarter of greenhouse gas emissions in the EU. All transport modes therefore need to contribute to the decarbonisation of the mobility system. This requires a system-based approach. Low and zero emission vehicles with highly efficient alternative powertrains in all modes is the first prong of this approach.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Vehicleimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The most significant impact of circularity refers to the significant increase in the use of public transport, which leads to a reduction in total transport energy consumption of between 3% and 2% in 2030 and 2050, respectively. Main decarbonisation drivers in the transport sector: \u2022\ufffd Greater efficiency and reinforcement of public transport systems; \u2022\ufffd Active and low-impact mobility; \u2022\ufffd Greater efficiency, associated to shared mobility and autonomous vehicles; \u2022\ufffd Electrification; \u2022\ufffd Biofuels and hydrogen.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Sharedmob", + "S_PublicTransport", + "S_Activemobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BRN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "through excise duty incentives); annual Vehicle License (VL) fees; and availability of infrastructures (e.g. charging stations). The establishment of the Electric Vehicle Joint Task Force (EVJTF) in 2019 consisting of relevant stakeholders will ensure the implementation of EV policy. Land transportation currently contributes about 13.6% of the total GHG emissions from the energy sector. In 2020, there are over 253,000 active private vehicles in Brunei Darussalam. There has been a steady increase in the number of gasoline and diesel vehicles in Brunei Darussalam since 2009.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitycharging", + "A_Vehicletax" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SVK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The transport sector is mainly subject to EU-wide regulation. In general, a trend towards the gradual electrification of transport is generally visible after 2020, which has been most reflected in the models after 2030, and in practice will mean a higher share of electric vehicles and fuel cell vehicles which will replace vehicles with internal combustion engines.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LUX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "On the basis of these achievements, the efforts for multimodal, quantitative and qualitative development of the mobility network must be continued or even intensified in the medium and long term within the framework of the abovementioned national mobility plan." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "S\u2019appuyant sur ces accomplissements, les efforts d\u2019un d\u00e9veloppement multimodal, quantitatif et qualitatif du r\u00e9seau de mobilit\u00e9 doivent \u00eatre poursuivis voire intensifi\u00e9s \u00e0 moyen et long terme dans le cadre du plan national de mobilit\u00e9 pr\u00e9cit\u00e9. A c\u00f4t\u00e9 d\u2019une optimisation continue du r\u00e9seau ferroviaire, des extensions suppl\u00e9mentaires du r\u00e9seau de tram dans la Ville de Luxembourg et au-del\u00e0 (par exemple tram express entre Luxembourg-Ville et Esch-sur-Alzette), un perfectionnement au niveau de l\u2019organisation et des infrastructures du r\u00e9seau de bus ainsi que la facilitation accrue de l\u2019\u00e9change intermodal sont \u00e0 viser.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTIntegration" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "OMN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Therefore, the Sultanate of Oman s priority over the next few years will be to perform studies that will create frameworks and plans of action with realistic strategies to ensure transportation sustainability and decarbonization. 3.2. Carbon reduction plan for the oil and gas industry Oil and Gas upstream operators in Oman are increasingly determined to play their part in mitigating climate change to the degree required and to join the national efforts to achieve more ambitious carbon cuts in a world that demands a cleaner energy future.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Other" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "We are assessing how economic instruments could be used to accelerate the decarbonisation of the domestic maritime sector. Building on Maritime 2050, the Clean Maritime Plan and our published research, we will further investigate the use of economic instruments to drive decarbonisation. 37. We will extend the Renewable Transport Fuel Obligation to the maritime sector. Following consultation earlier this year, we will make renewable fuels of non-biological origin used in shipping eligible for incentives under the RTFO. 38.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_RE" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "implementation", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The Government will promote compact cities, the creation of spaces that are \"Comfortable and Walkable\" by combining with the Improving Pedestrian Convenience Road System (Hokomichi) and comfort improvement zones, and the measures and projects based on the Comprehensive Urban and Regional Transportation Strategy. Furthermore, the Government will comprehensively promote the area decarbonization in cities through facilitating area-wide energy networks, developing and preserving parks and green spaces as carbon sinks, using digital technology, and mobilizing private finance by supporting private\f - 58 - urban development that are environmentally friendly to revitalize urban areas, and enhancing the social implementation of smart cities.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Density", + "P_National", + "S_Walking" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "covid19", + "mitigation" + ], + "TranslatedContext": [ + "Another innovative measure included in our NDC relates to a National Revolving Labour Strategy that is driven in a collaborative manner with industries and authorities to, capitalizing on the lessons of confinement by the COVID 19 pandemic, support workers to | P\u00c1G. 12 carry out their work in this way." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Otra medida innovadora que se incluye en nuestro NDC se refiere a una Estrategia Nacional de Trabajo Remoto que se impulsa de forma colaborativa con industrias y autoridades para, capitalizando los aprendizajes del confinamiento por la pandemia del COVID 19, se apoye a los trabajadores para\f | P\u00c1G. 12 realizar sus labores en esta modalidad. El trabajo remoto o teletrabajo contribuye a reducir la huella de carbono, as\u00ed como de otros contaminantes atmosf\u00e9ricos, lo que fortalece las pol\u00edticas de cambio clim\u00e1tico y tambi\u00e9n las de calidad del aire.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Teleworking", + "Y_Transport" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NRU", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Resilient Port Facility \nhe new design comprises (i) a channel through which oceangoing ships can pass between the sea and the shore, (ii) a stable wharf with a turning berth, (iii) a breakwater to shelter the wharf and the berth from waves, and (iv) port buildings, container terminal, and port security provisions complying United Nation conventions. The project will also help reform port governance and build the capacity of the Nauru Port Authority to ensure financial, economic, and institutional sustainability", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "implementation", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 The Government has set CB6 to formally include the UK\u2019s share of international aviation and shipping emissions, as recommended by the CCC, which allows these emissions to be accounted for within CB6. \u2022 We will address aviation emissions through new technology such as electric and hydrogen aircraft, the commercialisation of sustainable aviation fuels, increasing operational efficiencies, developing and implementing market-based measures and GHG removal methods, while influencing consumers to make more sustainable choices when flying.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen", + "I_Aviation", + "I_Altfuels", + "P_National", + "A_Economic", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GTM", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Sustainable Urban Mobility Plan for Guatemala City U-2. Sustainable Urban Mobility National Strategy for Low Greenhouse Gas Emissions SECTOR INDUSTRY Leading Ministry Priority Options Simplified Name Ministry of Economy (MINECO) I-1. Energy Efficiency in Furnaces I-1. Efficient Furnaces I-2. Energy Efficiency Programs for the Industrial Sector I-2. Stoves, Burners and Other Efficient Equipment I-3. Renewable Energy Incentives for the Industrial Sector I-3. Use of Renewable Energy for Self-Consumption I-4." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Plan de movilidad metropolitana sostenible de la ciudad de Guatemala U-2. Movilidad metropolitana sostenible Estrategia Nacional de Desarrollo con Bajas Emisiones de Gases de Efecto Invernadero\fSECTOR INDUSTRIA Ministerio l\u00edder Opciones priorizadas Nombre simplificado Ministerio de Econom\u00eda (MINECO) I-1. Eficiencia energ\u00e9tica en hornos I-1. Hornos eficientes I-2. Programas de eficiencia energ\u00e9tica para el sector industrial I-2. Calderas, quemadores y otros equipos eficientes I-3. Incentivos a energ\u00eda renovable para el sector industrial I-3. Uso de energ\u00eda renovable para autoconsumo I-4.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_SUMP" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\uf0b7 Modal shifts Individual motorised traffic is less common in 2050 than today \u2013 the modal split has shifted to public transport and active mobility. This has been effected above all by increased environmental awareness among the population thanks to targeted measures. Innovative, holistic mobility solutions will also cover the last mile, for example tailored mobility management, on-demand buses, electric taxis, car sharing, and the massive expansion of public transport.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Sharedmob", + "S_PTIntegration", + "S_Ondemand", + "I_Education", + "A_Complan", + "S_Activemobility", + "S_PublicTransport", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Mitigation Actions and Measures Actions planned GHG emissions reduction, Gg \u0421\u041e2-eq. One. ENERGY SECTOR 1.1 Energy sector (production) Use of renewable energy sources \u2022 Hydro Power Plants \u2022 Wind Power Plants \u2022 Solar Power Plants \u2022 Heat pumps for heating utilities Improved efficiency of energy production \u2022 Reduce electricity and heat transmission and distribution grid losses \u2022 Reduce the internal use of combined heat and power plants (CHPP) \u2022 Improve the efficiency of power plants \u2022 Improve the heat supply in cities and towns (improving the efficiency of heat only boilers) 1.2 Energy sector (consumption) Transportation: \u2022 Switch to Euro-5 standard fuel \u2022 Switch the coal export transportation to rail transport from auto transportation \u2022 Switch the heating of passenger train to electric heating Construction: \u2022 Insulate old precast panel buildings in Ulaanbaatar city \u2022 Limit the use of raw coal in Ulaanbaatar city and switch to the use of", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Railfreight", + "I_Other", + "I_Efficiencystd" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "URY", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "This goal represents a major challenge due to the current characteristics of residential energy consumption for cooking and heating. (b) Example: wood in industrial steam generation (c) Oil shale in cement plants and fuel oil in pellets. (d) Vehicles with a gross vehicle weight (GVW) of less than 7.5 tonnes. In transport, the transformation is based on a boost to battery electric vehicles (BEV) and the incorporation of vehicles FCEV (Green Hydrogen)." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "uso eficiente de le\u00f1a en calefacci\u00f3n). Esta meta representa un gran desaf\u00edo por las caracter\u00edsticas actuales de consumo residencial de energ\u00eda para cocci\u00f3n y calefacci\u00f3n. (b) \u00cddem. Ej. le\u00f1a en generaci\u00f3n de vapor industrial (c) Coque de petr\u00f3leo en cementeras y fueloil en pasteras. (d) Veh\u00edculos con Peso bruto total (PBT) menor a 7.5ton. En el transporte, la transformaci\u00f3n se basa en un impulso a los veh\u00edculos el\u00e9ctricos a bater\u00eda (BEV) y la incorporaci\u00f3n de veh\u00edculos FCEV (Hidr\u00f3geno verde).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DNK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u00b7 Among the Government\u2019s initiatives to reduce aviation emissions is a call for the Commission to submit proposals for putting a price tag on aviation emissions, possibly including duties to en- sure more sustainable air transport, and for the European Commission to analyse the possibility of reducing free allocations across sectors without leading to carbon leakage. \u00b7 The Government is actively working to ensure that potential future EU initiatives in the maritime sector will benefit the climate without jeopardising the competitiveness of Europe\u2019s maritime sector.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Emistrad", + "I_Shipping" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "EEU", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Also for long-haul trucks and coaches it is currently unclear whether batteries will reach the required cost and performance level, though prospects exist to electrify with catenary lines. Railway remains the most energy efficient solution for carrying freight over medium to long distances. Therefore, rail freight should become more competitive compared to road transport by eliminating operational and technical barriers between national networks and by fostering innovation and efficiency across the board.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Railfreight" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 The technology transformation started in cars and vans will spread to all road transport, from motorcycles to buses, coaches and HGVs. Over time, the use of zero emission vehicles will become even cleaner, as the use of renewable energy in the UK\u2019s electricity mix continues to increase. An extensive network of charging and refuelling infrastructure for all vehicles will enable the transition and meet growing demand.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_RE" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Freight transportation is multimodal, efficient and low emissions Cargo transportation is multimodal, efficient, and low- emission. Common use of trains and electric vehicles Table 1 Milestones of the Strategy for the next 10, 20 and 40 years Source: (SEMARNAT, 2013a)\f Mexico\u2019s Cross-cutting policies Inter-institutional collaboration Climate change is identified as a crosscutting challenge because of the variety of stakeholders from the public and private sectors that interact, make decisions, and ultimately drive climate change mitigation and adaptation in the country.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff", + "S_Infraimprove", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Main decarbonisation drivers in the transport sector: \u2022\ufffd Greater efficiency and reinforcement of public transport systems; \u2022\ufffd Active and low-impact mobility; \u2022\ufffd Greater efficiency, associated to shared mobility and autonomous vehicles; \u2022\ufffd Electrification; \u2022\ufffd Biofuels and hydrogen. FUEL Diesel Petrol LPG Gas Kerosene & HFO Biofuels Electricity Hydrogen Unit: PJ ENERGY INTENSITY Passengers Goods Unit: MJ/pKm\fLONG-TERM STRATEGY FOR CARBON NEUTRALITY OF THE PORTUGUESE ECONOMY BY 2050 4.1.3 Industry and industrial processes The industrial sector is made up of a wide range of activities and processes, including sectors such as refining, pulp and paper production, glass, ceramics, cement and lime, iron and steel, chemicals, among others.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport", + "S_Activemobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Making progress this decade requires investing in domestic manufacturing and reliable supply chains for clean fuels, batteries, and vehicles. In addition, research, development, demonstration, and deployment of electrification and zero- or low-carbon fuels for aviation and shipping will ensure we have the technology to continue reducing emissions across the entire transportation sector in the years leading to 2050. Buildings and their energy-consuming systems\u2014 electricity used and fossil fuels burned on site for heating air, heating water, and cooking\u2014have long lifetimes.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Altfuels" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "- Improving the quality of fuel used in transportation ,as well as the use of green fuel and blue gasoline. - Encouraging the use of gas-powered buses and environmentally-vehicles powered operated by modern technology (gas, electricity, and hybrid). - Freezing the importation or introduction of used cars more than 3 years, as well as following-up studies on the replacement of old vehicles currently in the transportation fleet.\f 4.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Altfuels", + "I_LPGCNGLNG", + "I_Fuelqualimprove", + "I_VehicleRestrictions", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Innovative, holistic mobility solutions will also cover the last mile, for example tailored mobility management, on-demand buses, electric taxis, car sharing, and the massive expansion of public transport. Public transport intervals are considerably shorter, and customer-friendly service planning and information provision make rail and bus travel more attractive. Freight transport by rail has profited from the reduction of regulatory hurdles. The external costs of all modes of transport will be internalised during the mobility transformation.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Sharedmob", + "A_Economic", + "S_PTIntegration", + "S_Ondemand", + "A_Complan", + "S_PublicTransport", + "S_Railfreight", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 To establish a schedule for the implementation of the fleet electrification. \u2022 To align concession contracts of 2021 with objectives and goals of the Decarbonization Plan and Law 9518: Incentives and Promotion for Electric Transportation. 1.2.2 To identify and evaluate the best options to electrify the taxi fleet. \u2022 To analyze the implications of the tariff scheme and identify improvements to facilitate technology adoption in taxis. \u2022 To identify financing scheme to facilitate renewal of the taxi fleet.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The UAE is also working to incorporate a regulation that encourages the import of hydrogen vehicles, poised to stimulate the use of clean modes of transport. As part of its shift to cleaner vehicle technologies, the country has taken up wide-scale conversion of conventional gasoline and diesel vehicles to compressed natural gas (CNG) with a particular focus on taxis, buses, government vehicles, and commercial vehicles.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_LPGCNGLNG" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "X X Ministries of Economy, Agriculture, Sugar and Fiji Link, Northern air Medium- to long-term Energy efficiency. Improved load factor and aircraft traffic management at all airports, single engine taxiing, continuous descent X X X X Variable costs Fiji Link, Northern Air and AFL Gradual: short- to medium- term Electric Aircraft. 20% of all passenger activity is via electric planes X Undetermined at the moment Fiji Link, Northern Air Long-term AFOLU Reduced logging emissions in Natural Forests.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Aviation", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In urban environments especially, improvements falling under the umbrella term of \u201csustainable mobility\u201d \u2013 which includes public transport, walking, and cycling \u2013 contribute to both environmental and public health outcomes. There is a clear connection between the increase of car use, and non-communicable diseases related to obesity. City design must encourage walking, cycling, and other forms of \u201cactive\u201d transport through features such as bus lanes, bike lanes, and pedestrian-centered streetscape improvements as part of an overall city transport strategy. 3.6.2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Complan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LVA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "E-fuel, hydrogen, biofuel in pure form or mixed with fossil fuel are used from RES, thus reducing both GHG emissions and environmental load. Electrification of ports reduces emissions from ships standing in ports, thus decreasing the negative impact of ports on the surrounding environment and climate. \u2022 Sustainable and environmentally friendly mobility of inhabitants has been ensured The public transport system is efficient and sustainable, thus successfully competing with the private transport.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Additionally, there is an environmental tax added on imported vehicles, which ranges from 1% of the total value (including freight charges) on vehicles less than 5yrs, to EC$3,000 on vehicles older than 5yrs. Two priority steps are proposed, starting as soon as practically possible: (i) Introduce a policy that, all government vehicles, at their time of replacement, will be replaced by hybrids vehicles; (ii) Introduce market based mechanisms to motivate the private sector to buy hybrid vehicles when replacing current vehicles.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Economic", + "A_Procurement", + "A_Vehicletax", + "I_Emobilitypurchase" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Archived LTS" + ], + "TargetLabel": false, + "Context": "23.Spend \u00a31 billion supporting the take-up of ultra low emission vehicles (ULEV), including helping consumers to overcome the upfront cost of an electric car\n25. Accelerate the uptake of low emission taxis and buses by:\u2022 Providing \u00a350 million for the Plug-in Taxi programme, which gives taxi drivers up to \u00a37,500 off the purchase price of a new ULEV taxi, alongside \u00a314 million to support 10 local areas to deliver dedicated charge points for taxis\u2022 Providing \u00a3100 million for a national programme of support for retrofitting and new low emission buses in England and Wales", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitypurchase" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JAM", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "This reduction target is based on enhanced implementation of the NEP. In particular, Jamaica seeks support for the expansion of energy efficiency initiatives in the electricity and transportation sectors, in line with sector action plans and policies currently under development. 1 These include interventions currently in place such as Wigton Wind Farm, as well as some projects that are projected under scenarios outlined by the Ministry of Science, Technology Energy and Mining in previous studies.\f3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Vehicleimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\uf0d8 \u2018Give It Up\u2019 Campaign launched to encourage citizens to give up subsidy on cooking gas to meet the needs of the truly needy citizens, thereby promote shift away from inefficient use of biomass in rural areas.\f CLIMATE FINANCE POLICIES \uf0d8 Setting up of INR 3,500 million (USD 55.6 million) National Adaptation Fund. \uf0d8 Reduction in subsidies on fossil fuels including diesel, kerosene and domestic LPG.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Fossilfuelsubs" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYC", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Moving towards the longer-term adaptation goal, the main actions up to and beyond 2030 are to increase resilience and reduce vulnerability of livelihoods and island life with respect to critical infrastructure, tourism, food security coastal and marine resources, water scarcity, energy security and health. Vulnerabilities Increased Resilience from Critical Infrastructure Climate change adaptation to be mainstreamed in all sectors with critical infrastructure Planning process for all new developments, with associated improvements in the building codes and their rigorous enforcement Tourism Greater co-management of the sector by the Ministry of Tourism and Department of Risk and Disaster Management as well as with the Ministry of Environment, Energy and Climate Change Food Security A sustainable modern agriculture supported by new and innovative technologies across all food production supply and value chains, and by skilled and qualified human resources and integrated with the Blue Economy and Seychelles Strategic Plan 2015 Biodiversity Fully implemented", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_System" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Archived LTS" + ], + "TargetLabel": false, + "Context": "In the longer term, there is an opportunity to take forward projects to support innovative technologies such as \u2018dynamic charging\u2019 as a potential solution to decarbonising freight. \u2022 HGV platoons. HGV platooning, using advanced vehicle technologies, enables lorries to move in a group and could deliver significant fuel and emissions savings. We will be delivering trials of HGV platoons, with joint funding from Highways England, to assess the feasibility and potential costs and benefits of this technology on UK roads.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "EEU", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Therefore, rail freight should become more competitive compared to road transport by eliminating operational and technical barriers between national networks and by fostering innovation and efficiency across the board. Until we see emerge new technologies that will allow to electrify more modes than today, alternative fuels will be important. In addition, hydrogen-based technologies (such as electric vehicles and vessels based on fuel cells) may become competitive in the medium to long-term.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen", + "S_Railfreight", + "I_Altfuels" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NLD", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Furthermore, the purchase and use of emission-free vehicles will be stimulated and the use of\f emission-producing vehicles will be discouraged through zero-emission zones, amended policies for delivery vans and research into a potential transition to a payment according to use model after 2025. Through innovation programmes, the government will continue to work on social innovation and behavioural change, digitalisation and improved sustainability for vehicles, battery technology and energy carriers.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_LEZ", + "I_Other", + "I_Emobilitypurchase" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 To mix biodiesel of national origin with diesel. 2.2.6 To design LPG Use Roadmap for specific niches coherent with global decarbonization goals. \u2022 To design adequate standards and regulations to regulate LPG conversion processes in the existing fleet. 2.2.7 To update regulations to improve the quality of fuels. \u2022 To adjust Central American regulations. \f2.2.8 To improve and update the energy efficiency regulations for the transport sector by updating the standards for the import and circulation of internal combustion engine vehicles, improving fleet standards.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Vehicleeff", + "I_Fuelqualimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHE", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Mineral oil tax relief will continue to be granted on biogenic fuels until the end of 2023 provided environmen- tal and social requirements are met. Their use will subsequently be supported by fuel importers subject to compensation obligations. The CO2 compensation obligation has resulted in a sharp in- crease in the share of biogenic fuels over recent years. The complete revision allows vehicle im- porters to now include synthetic fuels in the calculation of the CO2 emissions of the new vehicle fleet.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Fueltax" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "12) National Policy on Biofuels has adopted an aspirational target of 20% blending of biofuels, both for bio-diesel and bio-ethanol. The government also launched the National Bio-diesel Mission identifying Jatropha curcas as the most suitable tree-borne oilseed for bio-diesel production.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Biofuel" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "The Committee recommends that the State party take all necessary measures to ensure the full implementation of the present recommendations, inter alia, by transmitting them to the members of the Council of Ministers, the Parliament, the Parliamentary Assembly, the National Assembly, the Senate and the National Assembly, as well as to the Secretary-General of the United Nations, the United Nations Children's Fund (UNICEF), the United Nations Development Programme (UNDP), the United Nations Population Fund (UNFPA), the United Nations Children's Fund (UNICEF), the United Nations Development Programme (UNDP), the United Nations Population Fund (UNFPA), the United Nations Children's Fund (UNICEF), the United Nations Population Fund (UNFPA), the United Nations Children's Fund (UNICEF), the United Nations Population Fund (UNFPA), the United Nations Children's Fund (UNICEF" + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Enfoques y perspectivas Acceso equitativo a mujeres y hombres a la infraestructura y tecnolog\u00edas de transporte sostenible, en un ambiente libre de violencia contra las mujeres, acceso preferencial a ni\u00f1as, ni\u00f1os, adolescentes y j\u00f3venes en los caminos hacia centros escolares e instituciones de educaci\u00f3n superior. Enriquecer\u00e1n a los procesos: considerar pilotos regionales, como los ejecutados por el \u00c1rea Metropolitana de San Salvador (AMSS), sobre ciclov\u00edas, Redes Ambientales Peatonales Seguras (RAPS) y urbanismo t\u00e1ctico. 2.9. Ad.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Walking" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VUT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The mitigation policies presented in this NDC will be further developed/enhanced and implemented upon international (technical and financial) support by 2030. The mitigation policy targets that are not quantified are: Energy Sector: \u25a0 Implementation of NERM: 2016-2030 \u25a0 National coconut oil strategy \u25a0 Milage and Emission Standards for Vehicles \u25a0 National Electric Vehicles (e-Mobility) Policy \u25a0 Energy Efficiency in Commercial and Residential Sector policy \u25a0 Ecotourism Policy (Supported by Local Communities) AFOLU Sector: \u25a0 Sustainable Forest Management Policy and REDD+ Programme/ strategy \u25a0 Livestock farming and pasture management Waste Sector: \u25a0 Municipal Solid Waste Management Policy \u2013 Waste to Energy and Composting, Recycling, etc.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Efficiencystd" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "To design a plan to promote hydrogen and other zero-emission technologies. o To define the Roadmap to consolidate a Research and Development (R&D) cluster in Hydrogen o To implement the inter-institutional action plan to promote the use of hydrogen in the transport sector.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SUR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Transport Introduce emissions and age limits for vehicles Ministry of Public Works, Transport and Communication (MPWTC) Road Authority Suriname (WAS) National Introduce a low or no emissions limits to exhaust gases/emissions from public and private vehicles such as cars, trucks, buses and other vehicles. Limit the age of used vehicles for import to >5 years old (Foreign Motor Vehicle Import Requirements) Non- revenue generating Grant: yes Debt/Loan: yes Bonds: yes Guarantee: yes Concessional Loans: yes National budgets (general taxes or earmarked-dedicated/ licenses, etc.)", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_VehicleRestrictions", + "I_Vehicleeff" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Whether in buildings or transport, the life cycle perspective must be adopted for the development of adapted solutions, from a \"circular economy\" perspective, the key times of which can be presented as a 3R approach: reduce-reduce-recycle. Source: CEREMA, TRANUS model sheet." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Que ce soit dans le b\u00e2timent ou les transports, la perspective du cycle de vie doit \u00eatre adopt\u00e9e pour le d\u00e9veloppement de solutions adapt\u00e9es, dans une perspective \u00ab d\u2019\u00e9conomie circulaire \u00bb, dont les temps-cl\u00e9 peuvent \u00eatre pr\u00e9sent\u00e9s comme une approche 3R : Reduce-Reuse-Recycle. Source : CEREMA, fiche mod\u00e8le TRANUS.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Economic" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SUR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "This requires a shift in urban planning, with public and private partners jointly seeking solutions. This includes restructuring the existing road system to allow smoother and shorter travel time and constructing alternative North-South and East-West transfer roads. To encourage people to use transit, the public transport system needs improvement (with extra transfer stations, shuttle bus system, public transport corridors). Taken together these measures will improve quality of life and contain emissions growth. 3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_LATM", + "S_PTIntegration", + "S_Infraexpansion" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DNK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The Government will work to set up an alliance between like-minded EU member states that can apply pressure to promote the phasing-out agenda in the EU. Among the Government\u2019s initiatives to reduce aviation emissions is a call for the Commission to pro- pose pricing of aviation emissions, possibly including taxes to ensure more sustainable air transport, and for the Commission to analyse the possibility of reducing free allocations across sectors without leading to carbon leakage.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Emistrad" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Eco-driving training teaches drivers how to use and operate their vehicles as efficiently as possible. The rail infrastructure is 100% electrified and powers the trains entirely with electricity from renewable sources. The majority of freight transport has been shifted to the rails, and the remaining goods transports are handled with non-fossil drives (electromobility, in part with overhead-line lorries, and with hydrogen). The role of inland shipping, which is to switch to renewable energy, has increased considerably.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen", + "I_RE", + "I_Ecodriving", + "S_Railfreight", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Links to other mitigation sectors: None. TRANSPORT Implementation of non-motorised and cycling transport options. GHG emission reduction potential: Unknown. Description: This action focuses on the expansion and creation of new cycling and pedestrian pathways/sidewalks both within and outside the central business district of Nuku\u2019alofa. It includes the development of an integrated urban planning program (homes, employment, transport), dedicated cycle lanes, pedestrians-only city centre areas (cyclist and pedestrians only paths /roads) and permanent removal of import duties for bicycles.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_LEZ", + "A_Economic", + "A_Landuse", + "S_PTPriority" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "With such system in place, the reductions of emissions from these activities are obvious; \uf0d8 Increasing transport sector ridability through adopting and implementing policies related to fleet characteristics to enhance efficiency and reduce emissions thus yielding positive effect on energy consumptions and reducing CO2 and other greenhouse gases emissions; \uf0d8 Ensuring the inclusion of energy efficiency considerations when buying transport modals. iv. Waste Management Sector \uf0d8 Developing a system for sorting, re-using and recycling (KPI-style \u201ctarget\u201d to reduce percentage of solid waste that is disposed of in landfills from 80% to 60% in 2025 and increasing percentage of treated and re-used solid waste from 20% to 40% in 2025. v. Industries Sector \uf0d8 Encouraging investment in solar and wind energy projects near industrial clusters; \uf0d8 Providing alternative energy sources and motivating local industry to use alternative energy sources; \uf0d8 Implementing comprehensive programs for renewable energy and rationalizing energy through JREEEF,", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Vehicleimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": [ + "MinTransporte Carretero, f\u00e9rreo, fluvial, A\u00e9reo Implementation of the capacity-building programme of the transport sector Implementation of the capacity-building programme of the sector on GRD and ACC issues Donation NO SI By means of the implementation of the capacity-building programme of the sector it will be possible to obtain better results in the analysis of information related to vulnerability and risk for the sector, which contributes to contributing with inputs for decision-making in the sector as regards climate change and risk management MinTransporte Carretero Methodological guide with a multi-hazard approach for the quantitative calculation of the risk in the road infrastructure Development of the methodology with a multi-hazard approach for the quantitative calculation of the risk in the road infrastructure Donation SI SI The methodology to be developed will make it possible to establish technical priorities for intervention with a lower degree of uncertainty and" + ], + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "MinTransporte Carretero, f\u00e9rreo, fluvial, A\u00e9reo Implementaci\u00f3n del programa de creaci\u00f3n de capacidades del sector transporte Implementaci\u00f3n del programa de creaci\u00f3n de capacidades del sector en temas de GRD y ACC Donaci\u00f3n NO SI Por medio de la implementaci\u00f3n del programa de capacidades del sector se lograr\u00e1 obtener mejores resultados en los an\u00e1lisis de la informaci\u00f3n relacionada con la vulnerabilidad y riesgo para el sector, lo cual aporta a contribuir con insumos para la toma de decisiones en el sector en cuanto a cambio clim\u00e1tico y gesti\u00f3n del riesgo MinTransporte Carretero Gu\u00eda metodol\u00f3gica con enfoque multiamenaza para el c\u00e1lculo cuantitativo del Riesgo en la infraestructura carretera Elaboraci\u00f3n de la metodolog\u00eda con enfoque multiamenaza para el c\u00e1lculo cuantitativo del Riesgo en la infraestructura carretera Donaci\u00f3n SI SI La metodolog\u00eda a desarrollar posibilitar\u00e1 el establecimiento de priorizaciones t\u00e9cnicas de intervenci\u00f3n con menor grado de incertidumbre y acciones de adaptaci\u00f3n a partir de variables", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Education", + "R_Risk" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "in the \u201cStudy on the transport sector, analysis of policies and measures\u201d should be implemented: \u2022 Direct subsidizing of electric vehicles, 5000 EUR in the period 2020-2023 \u2022 Obligation to place fast chargers at all gas stations on motorways (at every 100 km by 2020) Implementation period: Type of policy instrument: Regulatory, policy, information Link to the EU policies (where applicable): Directive on the Promotion of Clean and Energy Efficient Road Transport Vehicles Relevant national planning documents, legal and regulatory acts: \u2022 National Transport Strategy \u2022 Strategy for Energy Development of the RN Macedonia up to 2040 \u2022 Law on vehicles \u2022 Law on vehicle tax Implementing entity: \u2022 Government of the Republic of North Macedonia \u2022 Ministry of Transport and Communications \u2022 Ministry of Economy, Energy Agency Monitoring entity: \u2022 Ministry of Economy, Energy Agency \u2022 Ministry of interior GHG(s) affected (if applicable): Long-term Strategy on Climate Action and Action Plan Quantified objective /Indicators used to monitor and evaluate progress over time: Final energy savings (ktoe) in 2030: Primary", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitycharging" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Transportation Mines and Energy 20) Design-Based Navigation \u2013 PBN: To promote the conditions necessary for the exploitation of the RNAV (Area Navigation) and RNP (Requested Navigation Performance) capability, applied to aircraft operations, involving Instrument Proximations, Standardized Departure Routes (SID), Standardized Arrival Routes (STAR) and ATS Routes in Oceanic and Continental areas." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Transporte Minas y energ\u00eda 20) Navegaci\u00f3n Basada en Desempe\u00f1o \u2013 PBN: Propiciar las condiciones necesarias para el aprovechamiento de la capacidad RNAV (Navegaci\u00f3n de \u00c1rea) y RNP (Performance de Navegaci\u00f3n Requerida), aplicadas a las operaciones de aeronaves, involucrando Aproximaciones por Instrumentos, Rutas Normalizadas de Salida (SID), Rutas Est\u00e1ndares de Llegada (STAR) y Rutas ATS en \u00e1reas Oce\u00e1nicas y Continentales. Lograr el uso del sistema PBN en el 100% de los aeropuertos y vuelos del pa\u00eds.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Aviation" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MCO", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Airport Carbon Accreditation Electric helicopters could be put into service by 2030 to operate the regular Monaco \u2013 Nice (France) routes. Finally, as regards navigation, the Principality has banned the use of heavy fuel oil in its territorial waters and is deploying devices for supplying ships with electricity in ports. Consideration is being given to the use of hydrogen by ships." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "L\u2019h\u00e9liport de Monaco poursuit une d\u00e9marche de certification Airport Carbon Accreditation Des h\u00e9licopt\u00e8res \u00e9lectriques pourraient \u00eatre mis en service \u00e0 horizon 2030 pour assurer les lignes r\u00e9guli\u00e8res Monaco \u2013 Nice (France). Enfin s\u2019agissant de la navigation, la Principaut\u00e9 a interdit l\u2019utilisation de fioul lourd dans ses eaux territoriales et d\u00e9ploie des dispositifs pour l\u2019alimentation \u00e9lectrique des navires dans les ports. Des r\u00e9flexions sont men\u00e9es pour le recours \u00e0 l\u2019hydrog\u00e8ne par les navires.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Shipping", + "I_Onshorepower", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "It has a strategic approach to avoid unnecessary travel, reduce trip distance, promote the shift towards more sustainable transport modes such as non-motorized transport component in the transport plan, and further promote public transport systems.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_TDM" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "In addition to electrification and hydrogen, alternative fuels, in particular biofuels and synthetic fuels, are given an important role, particularly for heavy goods transport. The Brussels-Capital Strategy mentions plans to ban the traffic of diesel cars from 2030, and of gasoline and LPG cars from 2035, so that transport will also be largely decarbonised from here to 2050." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Outre l \u00e9lectrification et l hydrog\u00e8ne, les carburants alternatifs, notamment les biocarburants et les carburants synth\u00e9tiques, se voient attribuer un r\u00f4le important, en particulier pour le transport lourd de marchandises. La strat\u00e9gie de Bruxelles-Capitale mentionne les plans visant \u00e0 interdire le trafic de voitures diesel \u00e0 partir de 2030, et de voitures \u00e0 essence et \u00e0 GPL \u00e0 partir de 2035, de sorte que les transports seront \u00e9galement largement d\u00e9carbonis\u00e9s d ici 2050.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_LEZ" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "By 2030, to have strengthened the mechanisms for the collection, soul-dining and dissemination of mobility information, by passive and digital means, that allow the processing and analytics of massive, continuous and data-driven data, as well as the generation of information in formats and platforms open to the entire mobility ecosystem.Measure 5.2: By 2030, to have improved the availability of mobility information and analytics for users and operators, advanced towards the digital transformation of mobility management, through the automation of processes and through the application of predictive systems, managed from Mobility Observatories, whether public or private." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Al 2030, haber fortalecido los mecanismos de recolecci\u00f3n, alma - cenamiento y difusi\u00f3n de informaci\u00f3n de movilidad, por medios pasivos y digitales, que permitan el tratamiento y anal\u00edtica de datos masivos, estan - darizados y continuos, as\u00ed como la generaci\u00f3n de informaci\u00f3n en formatos y plataformas abiertas para todo el ecosistema de movilidad. Meta 5.2: Al 2030, haber mejorado la disponibilidad de informaci\u00f3n y anal\u00edtica de movilidad para usuarios y operadores, avanzado hacia la transformaci\u00f3n digital de la gesti\u00f3n de la movilidad, a trav\u00e9s de la automatizaci\u00f3n de procesos y mediante la aplicaci\u00f3n de sistemas predictivos, gestionados desde Observatorios de Movilidad ya sean p\u00fablico o privados.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Other" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The logistics system in Korea has developed around the road transportation mainly using freight trucks46), which have consumed a high level of energy resulting in increased 45) C-ITS: Cooperative Intelligent Transport System\fVisions and Strategies by Sector Chapter 4 Visions and Strategies by Sector The Government of the Republic of Korea | 79 GHG emissions and air pollution. Therefore, modal shift of freight from road to low-carbon alternatives such as rail and shipping is necessary to solve this problem.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Railfreight" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MHL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Examine current efficiency standards on RMI, higher US Corporate Average Fuel Economy (CAFE) standards, and available technologies to determine further action (higher standards, cash for clunkers, better efficiency standard enforcement, better maintenance/ catalytic converter enforcement, etc.). Electric Vehicles Continue electric vehicles\u2019 pilots, especially examining market barriers, and/or maintenance issues. Multi-modal initiatives: Regular Island Shuttles; Electric Bikes Take a deeper look at citizens\u2019 transportation needs, mapping total trips per year and mode (air, sea, car, bike, walking, etc.).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Intermodality" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The NAMA will initially be focused on the collection of relevant data\f_____________________________________________________________________________________________________ 14 for the sector, including, among others, fuel type and consumption per transport mode, technology performance, fuel substitution possibilities, estimation of costs, and an updated GHG emissions profile for light-duty vehicles as well as for freight and passenger transportation services. This NAMA will also consider options for boosting hybrid and electric fleet in the country, in particular, the feasibility of making government vehicles electrically powered by 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 An increased focus in the \u2018Horizon Europe\u2019 research framework programme on innovation in the field of low-emission and climate-change-resilient technologies.\f \u2022 The EU-wide expansion of the charging infrastructure for electromobility (including through the EFSI successor InvestEU). \u2022 Promotion of the development of hydrogen-based fuel cell technology (e.g. through corresponding Horizon Europe and InvestEU funding windows). \u2022 Promotion of the automation and networking of sustainable mobility through the Digital Europe programme.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitycharging", + "I_Autonomous" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "80% of domestic freight transportation, and that CO2 emissions from trucks (total of commercial and private use) account for approx. 7% of Japan s total CO2 emissions, it is a challenge to improve the efficiency in freight transportation and to shift to the mode of transportation with a lower CO2 emission intensity. The shipping, aviation, and railway sectors account for approx. 5%, 5%, and 4%, respectively, of CO2 emissions in the transportation sector.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\uf0b7 Avoidance The increased digitalisation of work is bringing the workplace and home closer together again, and mobility management will help to avoid unnecessary travel. The previously long commutes to work will be replaced by short trips close to home. This trend will increase the potential for the use of bicycles as a quick mode of transport for short distances.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Commute" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHE", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 In public transport, disincentives to switch from diesel-fuelled buses to buses with lower greenhouse gas emissions will be eliminated as the partial mineral oil tax rebate for licensed transport companies gradually expires: initially in local transport from 2026, and also in regional passenger transport from 2030 unless topographical conditions prevent climate-friendly alternatives. The additional revenues from the mineral oil tax are earmarked for promoting CO2-neutral, renewable drive technologies. \u2022 Two new steering levies are provided for in aviation.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Finance" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 To manage the strengthening of Central American and national regulations linked to efficiency standards, emissions, safety for light and heavy loads. 3.2.3 To adjust Law 9518 so that fiscal incentives also apply for electric light-duty vehicles. 3.2.4 To establish a Pilot Plan to involve companies in the cargo transport sector in the Carbon Neutrality Country Program 2.0. To avoid \u201clock-in\u201d To limit the options that deepen dependence on fossil fuels or generate new dependencies.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitypurchase" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CMR", + "IKI_DataSheet": [ + "investment", + "mitigation" + ], + "TranslatedContext": [ + "Total Forestry Energy Off-grid mini hydroelectric installation 600 MW hydroelectric plants installed Solar power generation Solar lamp solar plants installed 50,000 solar lamps installed in localities with limited or no access to the electricity grid Express bus services Bus Express Services (BRT) put into operation in Douala and Yaound\u00e9 Electric bus services (BRT) promotion of electric cars 5% replacement of fossil fuel vehicles with electric cars by 2030 Efficient lighting with compact fluorescent light bulbs Efficient lighting with millions of fluorescent light bulbs Efficient lighting with LEDs Efficient lighting with 20 million LED light bulbs Energy efficiency industry Reduction of energy consumption in the industrial sector by 15% Energy efficiency service: office lighting Efficient lighting with 2 million fluorescent light bulbs and LEDs Efficient public lighting Energy efficiency:" + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Total Foresterie Energie Implantation des Mini hydro\u00e9lectricit\u00e9 hors r\u00e9seau Mise en place des centrales hydro\u00e9lectriques de 600 MW de puissance Production de l\u2019\u00e9nergie Solaire Installation de centrales solaires de Lampadaire solaire Installation de 50 000 lampadaires solaires dans les localit\u00e9s \u00e0 acc\u00e8s limit\u00e9 ou inaccessible au r\u00e9seau \u00e9lectrique Services d\u2019autobus Express Mise en circulation dans les villes de Douala et Yaound\u00e9 des Service d Autobus Express (BRT) Promotion des voitures \u00e9lectriques Substitution de 5 % des v\u00e9hicules \u00e0 \u00e9nergie fossile par des voitures \u00e9lectriques \u00e0 l\u2019horizon 2030 \u00c9clairage efficace avec les ampoules fluo compactes Installation d\u2019\u00e9clairage efficace de millions d\u2019ampoules fluocompactes \u00c9clairage efficace avec LED Installation d\u2019\u00e9clairage efficace de 20 millions d\u2019ampoules LED Efficacit\u00e9 \u00e9nerg\u00e9tique industrie R\u00e9duction de la consommation \u00e9nerg\u00e9tique du secteur industriel de 15 % Efficacit\u00e9 \u00e9nerg\u00e9tique service : \u00e9clairages des bureau Installation d\u2019\u00e9clairage efficace de 2 millions d\u2019ampoules fluocompactes et LED \u00c9clairage public efficace Efficacit\u00e9 \u00e9nerg\u00e9tique :", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_BRT", + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ZAF", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Since then, the successful implementation of the bus rapid transport (BRT) system in Johannesburg has led to it being adapted and implemented in other major South African cities, with further roll-outs being planned. In 2018 the Green Transport Strategy (GTS) to 2050 was launched. The GTS provides the strategic direction for the transport sector regarding the reduction of GHG emissions, the contribution of transport to the green economy and the promotion of sustainable mobility.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_BRT" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Build (near) zero-carbon hubs, stations and ports (port areas). Speed up the construction of a green travel system. \u26ab Strengthen the comprehensive management of urban traffic congestion, give priority to the development of urban public transportation, encourage the public to preferentially choose urban public transportation to travel, improve the urban slow traffic system, and increase the proportion of green travel.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_LATM", + "S_PTIntegration", + "S_Intermodality", + "I_Education", + "S_Activemobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SVK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\uf0b7 Support cycling in the form of subsidies for the emergence of new cycling infrastructure and plan cycle paths in advance and support in the urban road infrastructure as one of the pillars of passenger transport in cities. \uf0b7 Introduce bikesharing in cities and villages and its integration into the public passenger transport system. \uf0b7 Educate on the benefits of green transport and support sustainable mobility campaigns (Riding a bicycle to work, Riding a bicycle to school, Riding a bicycle to shops, European Mobility Week).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Sharedmob", + "I_Campaigns", + "S_Cycling" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Transport: Transport will continue to be a significant emitter of CO2 and mitigation needs to be seriously addressed. Options include improving public transport by introducing energy efficient busses in the main urban centres, and the future introduction of infrastructure for more sophisticated modes of public transport, such as trains and trams.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTIntegration" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "o Integration of climate change into infrastructure design practices \u2022 Review of the institutional framework by 2025 o Include in the sectoral strategies and policies at the national level climate adaptation strategies and policies.\f ENERGY Adaptation Targets In the Energy sector, Liberia commits to the following adaptation targets: o Create private investment enabling environment focusing on Power Purchase Agreement (PPA) in renewables o Diversify the energy matrix to provide a more resilient system under climate variability o Reconnection of Monrovia clients to the grid, supporting the process by which the owners of individual generators will switch to the distribution network o Risk mapping of climate stress vulnerability of energy infrastructure \u2013 future investment should be guided by such risk mapping.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Laws" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TGO", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "to 3% share of electric vehicles in the acquisition of new vehicles by 2025 - Extension of the rural road network - Construction of 4000 km of rural roads targeting agricultural areas with high export potential to connect farmers to the market - Construction of the Unit Highway - Acceleration of the RN1 development project linking the productive hinterland to the town of Lom\u00e9 and the port - Togo\u2019s electrification strategy - Increase to the electrification rate in 2030 - i) deploy more than 300 mini-grids by 2030, with an installed capacity of about 9 MW; (ii) electrify 555,000 households with solar kits by 2030, with up to 85 MW of installed solar generation capacity by 2030; and (iii) extend and densify the network to reach about 670,000 connections by 2030, with about 108 MW of additional capacity Five-year plan 2019 - - Install an additional capacity of 8" + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\u00e0 3% la part des v\u00e9hicule \u00e9lectriques dans l\u2019acquisition des v\u00e9hicules neuf d\u2019ici \u00e0 2025 - Extension du r\u00e9seau routier rural \u2013 Construction de 4000 km de voies rurales ciblant les zones agricoles \u00e0 fort potentiel d exportation afin de connecter les agriculteurs au march\u00e9 - Construction de l\u2019Autoroute de l\u2019Unit\u00e9 \u2013 Acc\u00e9l\u00e9ration du projet de d\u00e9veloppement de la RN1 reliant l hinterland productif \u00e0 l agglom\u00e9ration de Lom\u00e9 et au port - Strat\u00e9gie de l\u2019\u00e9lectrification du Togo - Porter \u00e0 le taux de l\u2019\u00e9lectrification en 2030 - i) d\u00e9ployer plus de 300 mini-grids d\u2019ici \u00e0 2030, soit environ une capacit\u00e9 install\u00e9e de 9 MW; (ii) \u00e9lectrifier 555 000 m\u00e9nages par Kits Solaires d\u2019ici \u00e0 2030 soit jusqu\u2019\u00e0 85 MW de capacit\u00e9 de g\u00e9n\u00e9ration solaire install\u00e9e en 2030 ; et (iii) \u00e9tendre et densifier le r\u00e9seau pour atteindre environ 670 000 connexions d\u2019ici \u00e0 2030, soit environ 108 MW de capacit\u00e9 additionnelle Plan quinquennal 2019- - Installer une capacit\u00e9 compl\u00e9mentaire de 88,2 MW d\u2019ici 2023 pour l\u2019hydro\u00e9lectricit\u00e9 - Installer une", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Infraexpansion" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "The strategic development options identified in the Strategic Development Plan for the Energy Sector are as follows: - Increasing the production capacity, transmission and distribution of electricity and promoting rural electrification; and - Development of the renewable energy and biofuels sub-sector. A review of the prospects set out in the Strategic Development Plan for the Energy Sector shows that the electricity mix in 2025 will comprise for a demand of 724 MW: 24% hydroelectricity; 34% thermal generation, 15% biomass, 0.23% solar, 4% wind and 23% imports. 3.2.2." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Les options strat\u00e9giques de d\u00e9veloppement retenues dans le Plan de d\u00e9veloppement strat\u00e9gique du secteur de l\u2019\u00e9nergie sont les suivants : - L\u2019accroissement des capacit\u00e9s de production, des moyens de transport et de distribution de l\u2019\u00e9nergie \u00e9lectrique et la promotion de l\u2019\u00e9lectrification rurale ; et - Le d\u00e9veloppement du sous-secteur des \u00e9nergies renouvelables ainsi que celui des biocarburants. L\u2019examen des perspectives pr\u00e9vues dans le Plan de d\u00e9veloppement strat\u00e9gique du secteur de l\u2019\u00e9nergie montre que le mix \u00e9lectrique en 2025 comportera pour une demande de 724 MW: 24 % d\u2019hydro\u00e9lectricit\u00e9 ; 34% de production thermique, 15% de biomasse, 0,23% de solaire, 4% d\u2019\u00e9olienne et 23% d\u2019importations. 3.2.2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Biofuel", + "S_Infraimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Companies reduce their gas and compound emissions, and take advantage of opportunities in energy efficiency, power saving, and use of clean and renewable energy. Companies adopt advance waste- management practices Production and sustainable consumption schemes are implemented. Companies have sustainable production cycles. Mobility Both public and private sectors adopt sustainable mobility systems. Socioeconomic schemes encourage the use of sustainable transportation. Common use of electric vehicles in public transportation. Freight transportation is multimodal, efficient and low emissions Cargo transportation is multimodal, efficient, and low- emission.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff", + "A_Economic", + "S_Infraimprove", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Across the country, green building design and construction is being promoted, existing buildings and facilities are being refurbished, and flood monitoring and management systems are being enhanced. Public infrastructure is being continuously upgraded to harness the benefits of new technologies and practices. Fog detection and warning systems are in use, and efforts are being made to incorporate climate-induced hazards in road safety plans.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares", + "R_Planning", + "R_Warning" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DNK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "With the changes in tax- ation in the transport sector, the increase in incentives for buying and using zero or low-emission vehicles is expected to lead to 775.000 zero or low -emission passen- ger cars and vans in the Danish vehicles fleet by 2030. Furthermore, it has been decided to implement a distance-based toll for heavy-duty vehicles from 2025 that is expected to be based on a differentiation according to CO2e-emissions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Vehicletax" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NLD", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "This means that, in time, sustainable biomass will be used only in sectors where no cost-efficient alternative is available, such as aviation and shipping. To make sure that the supply of sustainable biomass meets the demand, the government is working to increase the availability of domestic biomass, to facilitate cascading for applications that are as high-grade as possible and to monitor supply and demand, so that corrective action can be taken if needed.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Biofuel" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": true, + "Alpha3": "QAT", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral Conditional Actions" + ], + "SubSectorLabel": [ + "Infrastructure and roads" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "INDC", + "First NDC" + ], + "TargetLabel": false, + "Context": "Currently, Qatar\u2019s infrastructure is being improved and directed towards an efficient adaption and mitigation measure for reducing climate change impacts. Several projects are serving the goal. Qatar introduced public transportation to reduce the demand on private vehicles and direct the nation towards the use of the public transportation and expressway programs that would enhance the traffic flow and divert it outside the cities. Hence, local roads and drainage program is expected to enhance the network of drinking water, wastewater and treated sewage effluent.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Condition actions of the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_LATM", + "S_PTIntegration" + ], + "CW_OverviewCategory": [ + "Adaptation Commitments" + ], + "NonGHGLabel": null, + "ActionLabel": true, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Goal 5.2: By 2030, create spaces for public-private linkages (Ministry of Energy, Ministry of Transport) to promote electromobility in tourism transport. Goal 5.3: By 2050, be a carbon-neutral sector." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Meta 5.2: Al 2030, generar espacios de articulaci\u00f3n p\u00fablico-privada (Minis- terio de Energ\u00eda, Ministerio de Transportes) para fomentar la electromovili- dad en el transporte tur\u00edstico. Meta 5.3: Al 2050, ser un sector carbono neutral.\fCAP\u00cdTULO 5/8 | MINISTERIO DEL MEDIO AMBIENTE | 2021 CAP\u00cdTULO 5/8 | MINISTERIO DEL MEDIO AMBIENTE | 2021 Para aumentar la capacidad de adaptaci\u00f3n, que permita la resiliencia del borde costero frente al cambio clim\u00e1tico, es necesario contar con una plani- ficaci\u00f3n estrat\u00e9gica sostenible, que integre las diversas realidades geogr\u00e1ficas del territorio nacional, enfoc\u00e1ndose en el desarrollo sustentable y un adecuado manejo de los recursos existentes.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Construction of new buildings (in line with the Rulebook on Energy Performance of Buildings and Directive 2010/31/EU) Transport 15. Increased use of railway 16. Renewal of the vehicle fleet 17. Increased use of bicycles, walking and introduction of a parking policy Higher ambition mitigation scenario (with additional measures, W\u0410M) Additional mitigation policies and measures: Energy supply 1. Additional natural gas power plants 2. Geothermal power plants Buildings 4. Phasing out incandescent light bulbs 5. Phasing out resistive heaters 6. Construction of passive buildings 7.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Vehicleimprove", + "S_Parking" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "o To promote cantons densification and compactness around the electric train. o To design programs and incentives to promote the model of compact cities. 1.3.3. To promote sustainable mobility in cities, with special emphasis on the promotion of active modes. o To design and implement walkable city plans in the major urban centers of the country, including intermediate cities. o To design and implement integrated plans to promote the use of bicycles, which consider cyclo-inclusive infrastructure.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Activemobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Low-carbon urban development involves taking into account forms of urbanisation: by giving priority to the densification of existing fabrics in urban renewal operations, by modulating density according to public transport services, by optimising land use, by introducing compact but livable urban forms and by promoting urban mixture and limiting the creation of single-purpose areas." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Un d\u00e9veloppement urbain bas carbone suppose la prise en compte des formes d\u2019urbanisation : en privil\u00e9giant la densification des tissus existants lors des op\u00e9rations de renouvellement urbain, en modulant la densit\u00e9 en fonction de la desserte en transports en commun, en optimisant l\u2019utilisation du foncier, en introduisant des formes urbaines compactes mais agr\u00e9ables \u00e0 vivre et en promouvant la mixit\u00e9 urbaine et limitant la cr\u00e9ation de zones monofonctionnelles.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Density", + "S_Publictransport" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Archived LTS" + ], + "TargetLabel": false, + "Context": "Additionally, the Government will develop AI terminals for practical use, and pursue the reduction of CO2 emissions by dissolving the queues of trailers waiting outside terminal gates. The Government will aim to reduce CO2 emissions in and streamline logistics by utilizing new technologies such as drones, together with platforms for sharing and setting information among operators. The Government will also take initiatives to reduce CO2 emissions by encouraging cooperation between shippers and logistics companies carrying out deliveries, to improve efficiencies in transportation and loading.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff", + "I_Load" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UZB", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\uf0b7 Decrease in specific fuel consumption for generation and use of electric energy; \uf0b7 Decrease in losses of natural gas with its extraction, processing and transportation; \uf0b7 Development and broad use of alternative energy sources: intensive construction of large solar photovoltaic power plants; creation of biogas plants; scaling up of wind power generation; \uf0b7 Improvement of energy efficiency of buildings on account of decrease in specific energy consumption; \uf0b7 Development of governmental financing schemes and subsidy support to energy saving measures; \uf0b7 Extension of transport and logistics communication systems, ensuring efficient energy resources use (including optimization of transportation routes, improvement of motor roads quality, etc.)", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Infraimprove", + "S_Intermodality" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Period Goals \u2022 At least 1 cargo logistics pilot project operates under low-emission parameters. \u2022 Limon\u2019s Electric Freight Train (TELCA) in operation. 3.1.1 To implement measures that improve the distribution of cargo in agreement with the Logistics and Cargo Plan. \u2022 To create consolidation centers or logistics activity zones (including scanners and other intelligent merchandise management systems) in the peripheries of the GMA and other emerging population centers. \u2022 To define peripheral routes and schedules that limit the access of heavy trucks to urban centers.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The Dubai Metro is now complemented by a short-range tram network, providing sustainable transport options to residents and tourists alike. Further expansion of the metro network is underway. Complemented by bus service enhancements, this will increase the share of public transport in passenger journeys. 2.6. Waste Management The UAE has been taking proactive steps for increased waste management and treatment through regulation, technology and consumer awareness. Circular economy initiatives are being implemented to transform waste from an environmental burden to an asset with economic value.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTIntegration" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Centre of Excellence for Data in Resilience decision-making (refer to Well- Planned and Durable Infrastructure). Government Continuity Plans (refer to Robust Economy section). Completion of Resilient Dominica Physical Plan. Development of Digitalized Land Management System. Robust Economy. Reduced economic losses due to disasters. Enhanced Government capacity for rapid response and recovery of economic infrastructure. Reduced vulnerability of the economy to future shocks. 2021. 100% registered hotels\u2019 rooms certified. 50% businesses registered with continuity plans. 100% Government entities with continuity plans.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Monitoring" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "optimization of car operation and reduced energy consumption within existing road system could be achieved with the development of a Cooperative Intelligent Transport System) and commercial deployment of autonomous vehicles (AVs). Korea has already put in place the advanced intelligent transport system that offers users real-time information on road traffic demands and accidents. The system is closely connected to individual car navigation systems, which help drivers find optimal routes to maximize vehicle operational efficiency.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_ITS" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUS", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The Australian Government is tackling these issues through the forthcoming Future Fuels Strategy and a range of Government investments (Box 3.3). It will also develop a new ERF method to further incentivise the rollout of low emissions transport infrastructure. States and territories are also making substantial investments towards recharging networks. Australia is also helping the heavy vehicle fleet to reduce emissions. The $24.5 million Freight Energy Productivity Program will increase the use of new truck technology and improve knowledge sharing for heavy vehicle freight operators.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff", + "A_Economic" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "By 2050, both the rail and road transport will be encouraged to achieve high rates of electrification through policies designed to encourage electrification in this sector. Electrification of railways is already well on course with over 80% of the broad-gauge network already electrified till March 2022 (CORE, 2022). With the expansion of electricity generation through non-fossil fuel sources, electric transportation will also become less carbon-intensive in the medium and long term. 2.2.2.5.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + null + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "It is necessary to support financial mechanisms for the private sector for the possibility of acquiring 100% electric and hybrid cars from enabling frameworks that make investments more flexible for private owners and to prioritize studies for the establishment of a system for measuring the emissions of GHGs generated from electric/hybrid cars, starting with the issuance of Decree 541-20 establishing the National Greenhouse Gas Measurement, Reporting and Verification (MRV) System." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Se requiere el apoyo de mecanismos financieros para el sector privado para la posibilidad adquirir autos 100% el\u00e9ctricos e h\u00edbridos a partir de marcos habilitantes que flexibilicen las inversiones a los propietarios privados y priorizar estudios para el establecimiento del sistema de medici\u00f3n de las emisiones de GEI generada, que provienen de autos el\u00e9ctricos/h\u00edbridos, a partir de la emisi\u00f3n del Decreto 541-20 que establece el Sistema Nacional de Medici\u00f3n, Reporte y Verificaci\u00f3n (MRV) de Gases de Efecto Invernadero. \f T\u00edtulo de la opci\u00f3n: Adecuaci\u00f3n de red para ciclo v\u00edas con la implementaci\u00f3n de las bicicletas en las grandes ciudades.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Cycling" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GUY", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Conditional contributions Given the requisite support, Guyana will undertake actions in the following areas: \u2022 Implementation of the CRSAP. \u2022 Upgrading infrastructure and other assets to protect against flooding. \u2022 Mangrove restoration. \u2022 Hinterland Adaptation Measures. \u2022 Development and implementation of Early Warning Systems. \u2022 Enhanced weather forecasting including microclimate studies and localized forecasting. \u2022 Development and introduction of crop varieties which are: o Flood resistant,\f o Drought tolerant, o Disease resistant. \u2022 Develop environmental and climate change awareness programmes at all levels.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": [ + "investment", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + 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management in swine farms by 13% Private sector, IPARD programme Reduction of N2O emissions from manure in dairy cows by 20% for farms below 50 Livestock Units Private sector, IPARD programme AFOLU/Forestry Establishing integrated management of forest fires PE", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Project", + "S_Activemobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LVA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 Transport infrastructure in cities and municipalities is smart and optimised A developed park and ride infrastructure, as well as multi-modal centres provide an opportunity to choose the mode of transportation that is most appropriate for the distance and route necessary. The route network of the public transport system is extensive and comprehensive, it offers the necessary level of comfort to the customers and is extensively used.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport", + "S_Intermodality", + "S_Parking", + "S_Infraimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Encourage the international community to bring ocean transport decarbonisation technologies to scale; \u2022 By 2023, finalise a policy and targets on reducing GHG emissions in domestic maritime transport (passenger-, cargo- and tourist- vessels, ports, fuel storage, supply chains, logistics), based on a detailed feasibility assessment; \u2022 Electrify the vehicles fleet with a priority for public, collective, high-passenger load, duty and commercial vehicles over private, individual, low-passenger load vehicles, so as to make this mobility shift socially inclusive and create public adherence and local jobs; \u2022 By 2050, fully replace all residual thermal vehicles (gasoline/diesel) for Electric Vehicles (EV); \u2022 Implement the NAMA \u201cPromotion of EV in Cabo Verde\" and the Electric Mobility Action Plan involving: \u2022 By 2025, establish the procurement rules for the acquisition of 100% EV by institutional entities and have at least 50% of EV in the new acquisition of urban collective transport (see table 5 below);", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility", + "A_Procurement", + "I_ICEdiesel", + "I_Shipping" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "To avoid these emissions, By 2030, Rwanda will implement the following actions:Constructi on of central Bus Terminal(s) and Customer Service Increase of climate resilience by creating affordable, reliable and accessible transport services to the community. 14 Liquefied Petroleum Gas\f18 of 24 while light duty vehicles will increase 20% by 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "To mitigate this trend, two priority steps have been taken: (i) the introduction of a policy mandating that all government vehicles, at their time of replacement, be replaced with hybrid vehicles; (ii) the introduction of market-based mechanisms to motivate the private sector to purchase hybrid vehicles when replacing current vehicles. It is anticipated that these actions will continue beyond 2030 to bring about an estimated emissions reduction of ~12Gg. 5.2.4.2 Marine and Air Transport.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Economic", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Solid Waste: Significant improvements in waste management, particularly backyard and municipal composting, separation at source, and reduction and recycling of plastics will sharply reduce the amount of waste transported to the landfill. Transport: Aggressive switch to green transportation, focusing on electric vehicles and possibly fuel cell vehicles. A few rapid charging stations can be setup around the island powered by hydro or wind to provide the daily charging requirement, with solar PV reserved for top-up at bus stops and parking garages.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_RE", + "I_Emobilitycharging", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BTN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "This enabling activity will result in the full assessment of mitigation potentials in the industries sector and facilitate the participation of the private sector in low emission development. e) Low Emission Development Strategy for Surface Transport The LEDS for Surface Transport18 was developed to provide strategic intervention options for transport and mobility and are categorised as follows: 1. Mass transit though improvements in bus systems and the introduction of open-bus rapid transit (BRT) network (electric and diesel) and light rail transit. 2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport", + "S_BRT", + "S_PTIntegration" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "The balances found between these different solutions will have important consequences for the materials industries and for those producing building components and equipment, as well as for the transport and associated network choices will have major impacts both on the structural materials industries for infrastructure (steel, concrete) and on the manufacturing industries for assembly, parts production and, ultimately, zero-emission vehicles (electrical and even hydrogen)." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Les \u00e9quilibres trouv\u00e9s entre ces diff\u00e9rentes solutions auront des cons\u00e9quences importantes pour les industries de mat\u00e9riaux et pour celles produisant des composants et \u00e9quipements du b\u00e2timent. De m\u00eame, les choix en mati\u00e8re de transports et de r\u00e9seaux associ\u00e9s auront des impacts majeurs \u00e0 la fois sur les industries de mat\u00e9riaux structurels pour les infrastructures (acier, b\u00e9ton) et sur les industries manufacturi\u00e8res pour l\u2019assemblage, la production des pi\u00e8ces et, in fine, celle des v\u00e9hicules z\u00e9ro \u00e9missions (\u00e9lectriques, voire hydrog\u00e8ne).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Myanmar thus seeks international technical and financial assistance with grants and concessional loans to engage accordingly. Myanmar\u201fs railway transport dates back to 1877. However, owing to the slow development of the economy, even after 143 years railway transport has not made spectacular growth. Old diesel locomotive engines continue to be used, with diesel consumptions around 900,000 gallons a month. Myanmar is in the process of upgrading its existing network of 6100 km, including expanding railway lines across the country.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Infraexpansion" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KEN", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Kenya\u2019s capacity to undertake strong mitigation actions is dependent upon support for the implementation of these adaptation actions. \uf0b7 MTP SECTOR \uf0b7 PRIORITY ADAPTATION ACTIONS \uf0b7 Energy \uf0b7 Increase the resilience of current and future energy systems. \uf0b7 Science, Technology and innovations \uf0b7 Support innovation and development of appropriate technologies that promote climate resilient development. Kenya will ensure enhanced resilience to climate change towards the attainment of Vision 2030 by mainstreaming climate change adaptation into the Medium Term Plans (MTPs) and implementing adaptation actions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Laws" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUS", + "IKI_DataSheet": [ + "investment", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\ufffd The introduction of declining emissions baselines for Australia\u2019s major emitters, under the existing Safeguard Mechanism, providing a predictable policy framework for\u00a0industry, consistent\u00a0with\u00a0a national trajectory to net zero and supporting international\u00a0competitiveness. \ufffd Australia\u2019s first National Electric Vehicle Strategy, to reduce emissions and accelerate the uptake of electric vehicles, including by establishing a new Driving the Nation Fund and\u00a0doubling\u00a0the\u00a0Commonwealth\u2019s investment in charging and refuelling infrastructure to $500 million.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Volume", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 To guarantee the integration of climate change adaptation and mitigation criteria in political instruments such as: the evaluation of environmental impacts; general, state, and municipal land-use planning; ecological marine planning, and land-use planning for tourism and urban development. \u2022 To align land-use planning, urban development, sustainable buildings, housing, energy, transport, mobility, green areas, coastlines, comprehensive waste management, and water policies, in order to reduce the carbon footprint of human settlements.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Complan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLV", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Introduction of electro-mobility in the vehicle fleet with primary attention to passenger, public and private transport Subsector Fossil fuel combustion activities Category: Transport Greenhouse gases (GHGs) Activity: Land transport Source: Automobiles, trucks, motorcycles and buses Other sectors/linked systems Adaptation: Cities Infrastructure Health Transport Sustainable development objectives involved Description of the target 1.1.5. A. Target based on GHG emissions growth between 2024 and 2030 By 2030, annual GHG emissions would be 4,931 Kton CO2Eq, corresponding to a 28% increase in annual GHG emissions compared to 2019." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Introducci\u00f3n de electro-movilidad en el parque vehicular con atenci\u00f3n primaria al transporte de pasajeros, p\u00fablico y privado Subsector Actividades de quema de combustibles f\u00f3siles Categor\u00eda: Transporte Gases de Efecto Invernadero (GEI) Actividad: Transporte terrestre Fuente: Autom\u00f3viles, camiones, motocicletas y buses Otros sectores/sistemas vinculados Adaptaci\u00f3n: Ciudades Infraestructura Salud Transporte Objetivos de Desarrollo Sostenible implicados Descripci\u00f3n de la meta 1.1.5. A. Meta con base en el crecimiento de emisiones de GEI entre 2024 y 2030 Para el a\u00f1o 2030, las emisiones anuales de GEI ser\u00edan 4,931 Kton CO2Eq, correspondientes a un crecimiento de 28 % de las emisiones anuales de GEI respecto a 2019.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u26ab Actively develop large-capacity and high-efficiency inter- regional rapid passenger transport services with high-speed rail and aviation as the mainstay, improve the level of rail transit commuting in urban agglomerations, and encourage the mass transit form operation of intercity road transportation in areas with high passenger demand. 6. Achieve a substantial reduction in non-carbon dioxide GHG emission\f Coordinate the management and control of non-carbon dioxide GHGs emission for energy, industrial production processes, agriculture, waste treatment and other fields.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport", + "S_Infraexpansion", + "A_Commute" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "2025 Action Facilitate adoption of electric vehicles in the passenger fleet by conducting a feasibility study for EV penetration, including assessment of potential incentives, and investing in EV charging infrastructure These targets above are presented with partial conditionality considerations including: 1) financing through the NAMA facility for the purchase and deployment of efficient buses and 2) provision of technical assistance to develop an efficient light duty vehicle policy regime.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitycharging" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Transport 24) NAMA Development Oriented to Transport (DOT): Consolidation and conservation of dense cities, with mixtures in land uses, high circulation of pedestrians and cyclists, full coverage of mass or collective public transport services and with a strong cemented social fabric in the vicinity, the notion of neighbourhood and accessibility to urban goods and services at a human scale and speed." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Transporte 24) NAMA Desarrollo Orientado al Transporte (DOT): Consolidaci\u00f3n y conservaci\u00f3n de ciudades densas, con mezclas en usos del suelo, alta circulaci\u00f3n de peatones y ciclistas, cobertura plena de servicios de transporte p\u00fablico colectivo o masivo y con un fuerte tejido social cimentado en la cercan\u00eda, la noci\u00f3n de vecindad y la accesibilidad a bienes y servicios urbanos a escala y velocidad humana. Meta ajustada para cada ciudad: Pasto, Manizales, Cali, Bogot\u00e1 Transporte 25) Rehabilitaci\u00f3n del corredor f\u00e9rreo La Dorada - Chiriguan\u00e1 - Santa Marta: rehabilitaci\u00f3n de la infraestructura existente para mejorar sus condiciones t\u00e9cnicas, operacionales, de viabilidad comercial y sostenibilidad ambiental y social.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Density", + "A_Mixuse", + "S_Infraimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DNK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u00b7 At European level, the Government is working to strengthening and extending the EU Emission Trading System to road transport and buildings to ensure a more uniform price signal across sec- tors and a more cost-effective climate regulation. \u00b7 Energy efficiency is also an EU priority for the Government. The Government supports the princi- ple of \u201cenergy efficiency first\u201d and cost-effective energy-efficiency efforts, particularly at reducing fossil energy consumption contributing towards the EU 2030 climate target and the climate-neu- trality target by 2050 at the latest.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Emistrad" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "To encourage programs which reduce the need for transportation, such as: telework, housing exchange or leasing to bring people closer to their academic or work placess, collective transportation services for companies, and flexible work schedules. To accomplish this, Mexico will diversify and prioritize urban services and equipment in areas with mixed\u2014use development", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Work", + "A_TDM" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "taking into account climate change impacts Implementation of Climate Change Action Plan for Public Works and Transport Priority actions Existing climate change strategy and plan Up-scaling the Malaria Control Program towards pre-elimination status of malaria Implementation of Climate Change Action Plan for Public Health (2014-2018) Up-scaling of national programmes on acute respiratory infection, diarrhoeal disease and cholera in disaster-prone areas, including conducting surveillance and research on water- borne and food-borne diseases associated with climate variables Implementation of Climate Change Action Plan for Public Health (2014-2018) Strengthening technical and institutional capacity to conduct climate change impact assessments, climate change projections, and mainstreaming of climate change into sector and sub-sector development plans Implementation of recommendations from the draft SNC Mitigation Energy Industries Grid connected renewable energy generation (solar energy, hydropower, biomass and biogas) and connecting decentralised renewable generation to the grid Off-grid electricity such as solar home systems, hydro (pico, mini and micro) Promoting energy efficiency by end users Implementation of Climate Change Action Plan for Manufacturing Industry and Energy Sectors (2014-2018)", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Laws" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNE", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "\u2022 Infrastructure & transport: Adaptation activities in infrastructure to resist extreme heat or precipitation will also promote a modal shift towards a lower fossil fuel intensity in the transport sector. \u2022 Agriculture: The mitigation co-benefits of adaptation actions in agriculture are: the enhancement of carbon sinks by an increase in resilient species in areas vulnerable to forest fires; development of micro-reservoirs; the use of renewable energy for cooling and heating; harvest storage; and changes to food processing.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "2) Improve effectiveness and efficiency of energy use; reducing energy consumption - Innovate technologies and apply advanced management and operation procedures for efficient and effective use of energy in production, transmission and consumption, especially in large production facilities where energy consumption is high; - Apply energy savings and efficiency, and renewable energy applications in the residential sector, trade and services; - Develop public passenger transport, especially fast modes of transit in large urban centres.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTIntegration" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": [ + "implementation", + "governance", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improved health and reduction of harmful pollutants, enhacing resilience of population to disease and adverse climate impacts. Electric vehicles (EVs) The e-mobility programme plans for the phased adoption of electric buses, passenger vehicles (cars) and motorocycles from 2020 onwards, resulting in displaced conventional vehicle sales, transport fuel imports and associated GHG emissions. MININFRA (RTDA, REMA, RURA CoK, transport operators) Total costs including EVs and charging infrastructure est. up to 900 million USD.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "G_Respon", + "P_Stakehol", + "G_Ministry", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "UGA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Road transport fuel efficiency This measure aims to improve national fleet database, frameworks, and fuel standards so that regulation of the sub-sector can be enhanced, including regulations of imported vehicles. This measure can reduce the emissions by approximately 1.86 MtCO2e by 2030. Alternative fuel switch This measure intends to improve fuel standards and efficiency in the country. Cleaner fuels will be promoted. This measure has potential to reduce emissions by approximately 0.54 MtCO2e by 2030. 10 Mitigation assessment of transport sector. MoWT. Unpublished.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Fuelqualimprove", + "I_Altfuels" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SSD", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Strategic infrastructure\u2013including communications, transport, tourism, energy, sanitation, water and waste management\u2013is vulnerable to the effects of climate change. Therefore, it is necessary to incorporate climate change criteria as part of its design, construction and throughout its useful life span, in order to reduce its vulnerability and increase its resilience.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Design" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Assessment of options to achieve low-carbon transport including: i) identification of options and impacts of fostering public transport, ii) options of non-motorised transport/transit-oriented development and micro- mobility schemes including shared mobility eg. electric bicycles, scooters and motorcycles, iii) options for e- mobility for different vehicle categories including buses, cargo delivery vehicles, passenger cars and vessels, a systems analysis is made including vehicles, charging infrastructure, grid impacts and grid adjustments or upgrades required and options for (decentralized) renewable energy supply, assessment of the usage of EVs for increasing climate resilience to extreme weather events as back-up grid and storage, iv) options for hydrogen vessels including assessment of the entire hydrogen value chain (hydrogen production based on electrolysis using RE, hydrogen logistics, hydrogen filling stations and hydrogen vehicles) with a special focus on hydrogen-based vessels.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Sharedmob", + "I_Hydrogen", + "I_Emobilitycharging", + "S_PublicTransport", + "I_RE", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SYC", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Electricity Consumption It is estimated that implementation of the policies outlined here has the potential to save 15% - 30% of electricity consumption towards 2030 compared to the baseline. Transport Keeping a high penetration of public transport, targeting fuel efficiency and biofuels in import regulation, and moving towards electric vehicles and two-wheelers, have the potential to reduce oil imports for transport purposes by 15% to 30% (or perhaps more) by 2030 compared to the baseline.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport", + "I_Biofuel", + null, + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The Government will scale up its support for future mobility for its enhanced competitiveness and take policies in conjunction with fuel efficiency regulations to promote the use of low-carbon fuels. The Government plans to: i) promote the use of public transportation; ii) expand shared mobility; iii) build systems for traffic demand management and intelligent transportation; iv) reduce energy consumption by promoting commercial use of autonomous vehicles; and v) promote the modal shift from road to rail or shipping, the low-carbon modes of transportation.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Sharedmob", + "A_TDM", + "S_PublicTransport", + "I_Autonomous", + "S_Railfreight" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "EEU", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "In addition, hydrogen-based technologies (such as electric vehicles and vessels based on fuel cells) may become competitive in the medium to long-term. Liquefied natural gas with high blends of bio-methane could also be a short-term alternative for long-distance haul. Aviation must see a shift to advanced biofuels and carbon-free e-fuels, with hybridisation and other improvement in aircraft technology having a role in improving efficiency.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Jetfuel", + "I_Hydrogen", + "I_LPGCNGLNG" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": false, + "Context": "The Phase 3 Allocation Plan for 2021-2025, introduced in September 2020, specifies the emissions cap as well as allocation standards and methods by sector and sub-sector, based on the principle of contributing to achieving the NDC. The scope of allocation has been expanded by including the transportation and construction sectors and the coverage rate of the ETS in the national GHG emissions was increased from 70.2% in Phase 2 to 73.5% in Phase 3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Emistrad" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Zero-emissions fleets acquired in at least 3 public institutions 69 fast recharge centers operating by 2022. Published documents (Plans and norms) Number of zero- emissions institutional fleets Number of operating recharge centers 2.1.1 To publish a National Electric Transportation Plan and generate complementary regulations (guidelines, regulations and standards) to operationalize Law 9518 on incentives and promotion of the electric transport.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitypurchase" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DNK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Advancement of the remaining implementation of the green transport pool for 2020 and 2021, as well as enlarging the pool by an additional DKK 50 million, so that total priorities amount to DKK 425 million in 2020 and 2020 for charging points, promotion of green commercial carriage and transitioning to green ferries.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Finance" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The Jordanian government in coordination with the private sector will develop the supporting legislation needed to ensure a secure and transparent introduction of the ZEV in the kingdom. \uf0d8 Reducing all emissions from transport sector (i.e. CO2, CO, PMx, NOx expressed in tons per day); \uf0d8 Reducing percentage of fuel consumption (in tons per day) achieved through the implementation of the transport strategy; \uf0d8 V-km reduction at national level and in densely populated areas by type of vehicle (i.e.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Natmobplan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LUX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Profound and sustainable energy renovation (long-term renovation strategy, building renovation roadmaps, heating networks) 3. Positive, sustainable and dense energy neighbourhoods (development of green neighbourhoods, energy communities, densification of the housing stock) 3. Mobility (territorial and urban planning, reduction of fuel price differentials with neighbouring countries) 1. Mobility planning favouring public transport and active mobility (national mobility plan, dedicated cycle paths, attractiveness of public transport, trans-European rail network with appropriate connection) 2." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "R\u00e9novations \u00e9nerg\u00e9tiques profondes et durables (strat\u00e9gie de r\u00e9novation \u00e0 long terme, feuilles de route de r\u00e9novation de b\u00e2timents, r\u00e9seaux de chaleur) 3. Quartiers \u00e0 \u00e9nergie positive, durables et denses (am\u00e9nagement d\u2019\u00e9co-quartiers, communaut\u00e9s \u00e9nerg\u00e9tiques, densification du parc immobilier) 3. Mobilit\u00e9 (planification territoriale et urbaine, diminution des \u00e9carts de prix de carburants avec les pays voisins) 1. Planification de la mobilit\u00e9 favorisant les transports publics et la mobilit\u00e9 active (plan national de mobilit\u00e9, pistes cyclables d\u00e9di\u00e9es, attractivit\u00e9 des transports publics, r\u00e9seau ferroviaire transeurop\u00e9en avec connexion appropri\u00e9e) 2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Complan", + "A_Landuse", + "A_Finance" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BEL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "The concept of Mobility-as-a-Service is also recognised as an important lever for achieving the objective of combined mobility and increasing the occupancy rate of vehicles (which translates into a reduction in the number of kilometres driven per vehicle). With regard to freight transport, both the Walloon and Flemish strategies aim at a shift from road to rail and inland waterways." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Le concept de Mobility-as-a-Service est \u00e9galement reconnu comme levier important pour atteindre l\u2019objectif de la mobilit\u00e9 combin\u00e9e et pour augmenter le taux d occupation des v\u00e9hicules (ce qui se traduit par une r\u00e9duction du nombre de kilom\u00e8tres parcourus par v\u00e9hicule). En ce qui concerne le transport de marchandises, les strat\u00e9gies wallonne et flamande visent toutes deux un transfert de la route vers le rail et les voies navigables.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Railfreight", + "S_Maas" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Cabo Verde will also undertake measures to advance carbon-free active mobility and sustainable maritime transport. To contribute to the target the following measures are planned: \u2022 Reduce the necessity of high-carbon mobility through urban planning and digitilisation (car-free areas, cycling and pedestrian lanes, functional mix and spatial density to bring living and working closer together, incentives for home-office, apps for car-sharing and taxi hailing \u2026); \u2022 Create secured and attractive home-work urban cycling and walking networks with bicycle repair and equipment businesses in Praia and Mindelo, to promote low carbon mobility, convivial cities and local youth employment; \u2022 By 2023, quantify the national GHG reductions possible by swifting to lower carbon international maritime transport (i.e.sails or solar vessels, engine efficiency improvement, lower carbon fuels, optimise logistics and operating processes or avoidance strategies etc.)", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff", + "S_Sharedmob", + "A_Density", + "S_Cycling", + "I_DataModelling", + "S_Walking", + "A_Teleworking", + "A_Commute", + "I_Shipping", + "I_Shipefficiency", + "A_Mixuse", + "A_Landuse" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": [ + "Design and implement tools and incentives to bring climate change to the centre of business decision-making MinTransporte Carretero, Fluvial, F\u00e9rreo, A\u00e9reo Strengthening early warning \u2013 Knowledge generation Have GIS-trained staff to support IDEAM, in order to improve knowledge of hydrometeorological conditions associated with the transport infrastructure With GIS-trained staff supporting IDEAM, the transport sector will be able to have information on a better scale (more local scale) to provide climatic variables required to incorporate into developing methodologies for mass motion and flood risk analysis (detonating variables associated with climate variations) xix SUPPORT REQUIREMENTS FOR CAPACITY CREATION/strengthening NDC Target Number Sector Subsector Title (of the activity, program or project) Description of the program/project; Expected timeframe Planned use, impact and results" + ], + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Dise\u00f1ar e implementar herramientas e incentivos para llevar el cambio clim\u00e1tico al centro de la toma de decisiones de las empresas. MinTransporte Carretero, Fluvial, F\u00e9rreo, A\u00e9reo Fortalecimiento de alertas tempranas \u2013 Generaci\u00f3n del conocimiento Disponer de personal capacitado en SIG para apoyar al IDEAM, con el fin de mejorar el conocimiento de las condiciones hidrometeorol\u00f3gicas asociadas a la infraestructura de Transporte Con el personal especializado en SIG que apoye al IDEAM, el sector Transporte podr\u00e1 disponer de informaci\u00f3n a mejor escala (escala m\u00e1s local) para proporcionar variables climatol\u00f3gicas requeridas para incorporar a las metodolog\u00edas en desarrollo para an\u00e1lisis del Riesgo por movimientos en masa e inundaci\u00f3n (variables detonantes asociadas a las variaciones del clima) xix NECESIDADES DE APOYO PARA LA CREACI\u00d3N/FORTALECIMIENTO DE CAPACIDADES N\u00famero de Meta de la NDC Sector Subsector T\u00edtulo (de la actividad, programa o proyecto) Descripci\u00f3n del programa/proyecto; Periodo de tiempo esperado Uso previsto, impacto y resultados", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Education", + "R_Warning" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Norway\u2019s emissions profile, emissions development and current policies and measures are described in our sixth National Communication, submitted in 2014. Norway will continue to implement ambitious national climate policies. These policies will be under continuous development. With reference to the White Paper, the priority areas for enhanced national climate policy efforts are: \uf0b7 Reduced emissions in the transport sector \uf0b7 Low emissions technology in industry \uf0b7 CO2 capture and storage \uf0b7 Renewable energy \uf0b7 Environmentally friendly shipping 2.1.3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Shipping" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NAM", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Sector INDC Updated Variance % Change Energy IPPU (including RAC) AFOLU Waste TOTAL Green hydrogen, which uses renewable energy to produce hydrogen from water, is taking off around the globe including Namibia. Green hydrogen will play a crucial role in reaching the emissions neutrality goal, and it would be economically convenient. Opportunities exist today to pilot both green hydrogen for low-emission transport solutions and fuel cells for remote power provision.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NGA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "This obviously is not an adequate target for country that intends to be carbon neutral by 2050.The national transport policy also seeks to expand rail infrastructure, improve road construction and maintenance as well expand urban collective transportation, among other pursuits These are all important elements in a green transportation strategy that will require the institutionalization of appropriate behavioural and social modifications among Nigerians as well as the development of technological capacities in the area of clean technologies such as zero emission vehicles (ZEVs). It will also require the adoption of integrated land use and transportation systems that will connect housing, jobs, schools, and communities through a variety of integrated low-carbon mobility solutions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTIntegration", + "I_Altfuels", + "S_Infraimprove", + "I_Education", + "S_Infraexpansion", + "A_Mixuse" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LUX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "It is therefore important to support the digitisation of mobility and to create a favourable framework for the development and implementation of innovative mobility services (\"mobility-as-a-service\"), such as digital applications (including a digital platform bringing together all modes/services of transport with real-time information), car-sharing (electronic) and bicycle-sharing services or car-pooling155." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Rendue possible par la num\u00e9risation, une gestion intelligente de la mobilit\u00e9 de plus en plus connect\u00e9e et automatis\u00e9e dans tous les modes de transport sait rendre la mobilit\u00e9 plus fluide et plus propre. Il importe donc de soutenir la digitalisation de la mobilit\u00e9 et de cr\u00e9er un cadre propice pour le d\u00e9veloppement et la mise en \u0153uvre de services de mobilit\u00e9 innovants (\u00ab mobility-as-a-service \u00bb), comme des applications digitales (notamment une plateforme digitale regroupant tous les modes/services de transport avec des informations en temps r\u00e9el), des services de partage de voitures (\u00e9lectriques) et v\u00e9los ou encore le covoiturage155.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Other" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Mexico\u2019s Mobility M3.3 To encourage the evolution towards safe, clean, low-emission, accessible, and comfortable public transportation systems. This is to be accomplished by strengthening regional and national interconnectivity through the generation of multimodal efficient networks supported by the Federal Government.Greater interconnectivity will take place in a context of urban development and transportation policy that reduces travel times and distances. M3.4 To develop transport regulatory entities with understanding of national and regional demand.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Infraimprove", + "S_Intermodality", + "A_Natmobplan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "This is a condition for, on the one hand, controlling the growth of demand and, on the other hand, giving full place to the \"active\" and \"collective\" modes, within the framework of multimodal approaches. An example of an integrated approach is given in the functional diagram of the TRANUS model." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "C\u2019est une condition pour, d\u2019une part, contr\u00f4ler la croissance de la demande, et d\u2019autre part, laisser toute leur place aux modes \u00ab actifs \u00bb et \u00ab collectifs \u00bb, dans le cadre d\u2019approches multimodales. Un exemple d\u2019approche int\u00e9gr\u00e9e est donn\u00e9 dans le sch\u00e9ma fonctionnel du mod\u00e8le TRANUS.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Intermodality" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Published documents (Plans and norms) Number of zero- emissions institutional fleets Number of operating recharge centers 2.1.1 To publish a National Electric Transportation Plan and generate complementary regulations (guidelines, regulations and standards) to operationalize Law 9518 on incentives and promotion of the electric transport. To progress on regulations prohibiting the importation of light-duty vehicles that use fossil fuels. 2.1.2 To promote the implementation of the Sectoral Agreement on Emissions Reduction in the Transport Sector. 2.1.3 To implement transition plans for zero- emissions transport in institutional fleets.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Procurement" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDV", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\u00b7 Mal\u00e9 Commercial Port that handles more than 90 percent of the imported cargo. To increase the capacity and reduce the impacts of high winds and seas to the operation of the port, the commercial port would be relocated to a different island called Thilafushi. \u00b7 Increase resilience and climate proofing of all critical infrastructures across the country including utility services, health care facilities, and telecommunications.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Relocation" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LUX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "For certain apartment buildings the installation of a collective intelligent charging management system is required. And minimum requirements are introduced for the installation of charging points for certain functional buildings with more than 10 parking spaces, combined with the requirement to install an intelligent charging management system for certain buildings with more than 20 parking spaces. In the longer term, the installation of two-way charging terminals will be able to use the batteries of electric vehicles as storage integrated with the intelligent electrical networks." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Pour certains immeubles \u00e0 appartements l\u2019installation d\u2019un syst\u00e8me collectif de gestion intelligente de charge est requis. Et des exigences minimales sont introduites concernant l\u2019installation de points de charge pour certains b\u00e2timents fonctionnels ayant plus de 10 emplacements de stationnement, combin\u00e9 avec l\u2019exigence d\u2019installer un syst\u00e8me de gestion intelligente de charge pour certains b\u00e2timents ayant plus de 20 emplacements. A plus long terme, la mise en place de bornes de charge bidirectionnelles pourra valoriser les batteries des v\u00e9hicules \u00e9lectriques comme stockage int\u00e9gr\u00e9 aux r\u00e9seaux \u00e9lectriques intelligents", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Smartcharging" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "emissions of greenhouse gases in road passenger transport in 2050 should be reduced to between 19% and 25% compared to 2015 emissions. e. 70% of the total passenger mobility demand would be met by public transport systems in 2050." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "conformados por v\u00edas secundarias ofrecer\u00e1n estaciones de carga r\u00e1pida cada 100 km. d. Las emisiones de gases de efecto inverna- dero en el transporte carretero de pasajeros en 2050 se deber\u00edan reducir a un valor entre el 19 % y 25 % respecto a las emisiones de 2015. e. El 70 % de la demanda total de movili- dad de pasajeros ser\u00eda atendida con siste- mas de transporte p\u00fablico en el 2050.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitycharging" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Increased coprocessing (with waste, materials and by-products) that allows the substitution of demand for fossil energy in 15% of the total value of plant consumption. xlii 18) Project management to improve logistics operations and product management in supply centres: Management of a strategic line of sustainable logistics for diagnosis, technical assistance, identification and structuring of projects and subsequent implementation support, to encourage 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C6 To implement campaigns that promotes the use of public transport and intermodality.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Campaigns" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LUX", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": [ + "Based on the Sustainable Mobility Strategy Modu 2.0151, a National Mobility Plan for 2035 is being developed to develop the measures and infrastructure required for sustainable mobility in all regions of the country, taking into account cross-border mobility, and will be updated at a five-year pace." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Sur base de la strat\u00e9gie pour une mobilit\u00e9 durable Modu 2.0151, un plan national de mobilit\u00e9 pour 2035 est en cours d\u2019\u00e9laboration et visera \u00e0 mettre en place les mesures et les infrastructures requises pour une mobilit\u00e9 durable dans toutes les r\u00e9gions du pays, en prenant en compte la mobilit\u00e9 transfrontali\u00e8re. 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Spend \u00a31 billion supporting the take-up of ultra low emission vehicles (ULEV), including helping consumers to overcome the upfront cost of an electric car 24.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_ICEdiesel", + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MNE", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Due to the observed and projected drought, Montenegro can expect a reduction in gross revenues from hydroelectricity sales, and pressure on water use in the summer as a consequences of the higher population density in the coastal region and tourism. \u2022 Infrastructure & transport: Adaptation activities in infrastructure to resist extreme heat or precipitation will also promote a modal shift towards a lower fossil fuel intensity in the transport sector.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Myanmar is in the process of upgrading its existing network of 6100 km, including expanding railway lines across the country. Current upgrades will use electric-diesel hybrid locomotives which are 50% more efficient than existing locomotives, and so use less fossil fuel. The railway network will play a key role in Urban MRT in Myanmar as more trains will be introduced.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PTPriority", + "S_Infraexpansion", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LKA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Table 4.4.2: NDCs in Transport Sector NDC # NDCs and Actions Timeline Transport sector system improvement 1.1 Avoid the need to travel 1.2 Reduce commuting distances and travel time 1.3 Improve traffic and traffic light management 1.4 Improve parking management 1.5 Introduce intelligent transport management systems 1.6 Improve road architecture (road designs, road signs, signaling, signage, etc.) Promote public passenger transport 2.1 Improve public road transport for reliability, affordability, accessibility, availability, comfort and safety 2.2 Improve railway transport for reliability, affordability, accessibility, availability, comfort and safety 2.3 Integrate transport modes 2.4 Improve last mile connectivity Shift freight to efficient modes 3.1 Switch back to rail from road transport 3.2 Promote transporting petroleum products by pipeline 3.3 Introduce rail-based transport system with inland container depots Rapid transport for passenger transport 4.1 Introduce Light Rail Transport in Colombo city Promote non-motorized transport modes 5.1 Promote the use of bicycles 5.2 Improve the", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_LATM", + "S_PTIntegration", + "A_TDM", + "S_Cycling", + "S_Infraimprove", + "S_PublicTransport", + "S_Parking", + "A_Commute", + "S_Railfreight", + "S_Infraexpansion", + "I_ITS" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHE", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "In public transport, disincentives to switch from diesel-fuelled buses to buses with lower greenhouse gas emissions will be eliminated as the partial mineral oil tax rebate for licensed transport companies gradually expires: initially in local transport from 2026, and also in regional passenger transport from 2030 unless topographical conditions prevent climate-friendly alternatives. 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National REDD Strategy Nepal is finalizing the National REDD plus Strategy and considers that REDD plus initiatives would further contribute to promote sustainable management of forests, carbon sequestration and adaptation co-benefits.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Efficiencystd", + "I_LPGCNGLNG", + "I_Fuelqualimprove" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Development of inventory of hydro-energy potential and assessment of commercial viability of technologies. Establishment of feed-in tariffs for hydro-power producers. Development of pilot hydro-power plant and connection to electrical grid. Biofuel Resources. Establishment of soft financing for community and small-scale hydro-power conversions. Capacity development: first- and second-generation biofuels technologies, processes and costs. Feasibility assessment of viable first- and second-generation biofuels options. Establishment of legislative support to facilitate introduction of biofuels for vehicles and generators. GHG Emission Reduction. Feasibility assessment of appropriate waste-to-energy technologies.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Biofuel" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "o To design and adjust the schedules for the provision of public transport services in a way that promotes systems integration. 1.1.4 To establish a governance model under the sustainable mobility system approach. 1.1.4 To establish a governance model under the sustainable mobility system approach. o To strengthen the capacities and transparency of the Public Transport Council and the stewardship of the Ministry of Public Works and Transport Decarbonization axis Linkages with cross-cutting strategy and lock in parameters Indicator Objective Period goal Activity Key actors MOPT CTP ARESEP INCOFER MINAE Private sector Users Bank MIVAH IFAM MOPT CTP Central Bank INCOFER ARESEP Operators MOPT CTP INCOFER IFAM MOPT CTP ARESEP INCOFER MINAE Private sector Usuarios 1.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Complan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Hydrogen powered aircraft, which however face significant technical challenges for commercial scale use to become a reality. Technology Information Forecasting and Assessment Council (TIFAC) has taken up assessment of Indian industries for identifying potential technologies and imparting requisite capacity building towards low carbon development. The sectors taken up include steel, cement, transport, MSMEs.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + null + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "- 43 - g. Decarbonization of railways In the railway sector, as energy-efficient rolling stocks, such as lightweight rolling stock and rolling stock equipped with VVVF (Variable Voltage Variable Frequency control) equipment33 , as well as advanced energy-saving devices, have been introduced, these efforts will be further continued. The Government will also promote the development of fuel-cell railway vehicles that use hydrogen as their fuel.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COM", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": [ + "Economic and Social Infrastructure Development and implementation of development plans/development of economic and social infrastructure integrating climate change Rehabilitation of existing road infrastructure RRC Identification and mapping of areas vulnerable to natural disaster risks." + ], + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Infrastructures \u00e9conomiques et sociales D\u00e9veloppement et mis en \u0153uvre de plans d\u2019am\u00e9nagement/d\u00e9veloppement des infrastructures \u00e9conomiques et sociales int\u00e9grant le changement climatique R\u00e9habilitation des infrastructures routi\u00e8res actuelles RRC Identification et cartographie des zones vuln\u00e9rables aux risques de catastrophes naturelles.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Indian Railways is also installing solar power on its land and roof tops of coaches.\f 3) Recognizing its fuel efficiency, environmental friendliness and cost effectiveness, the Government is promoting growth of Coastal Shipping and Inland Water Transport. To enhance the inland waterways transport, Government has announced the implementation of Jal Marg Vikas for capacity augmentation of National Water Way -1.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Shipping" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DEU", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The government intends to become even more closely involved in building cycle express- ways within the framework of opportunities provided for under constitutional law. As part of the work to update the National Cycle Paths Plan, specific goals on developing cycling as a means of transport that are in line with the medium and long-term climate target in the transport sector will be formulated. The German government is also working towards promoting walk- ing as a means of transport.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Cycling" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LAO", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "(once the target has been met Implementation of transport focused NAMAs In one NAMA feasibility study, road network development is identified as a first objective which will reduce the number of kilometres Road network development is\f No Name of activity Objectives of the activity Estimated reductions travelled by all vehicles. The second objective is to increase the use of public transport compared to the business as usual (BAU).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Infraexpansion", + "S_PTIntegration" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Transport Programme of action Actions Description and targets Adaptation benefits Baseline scenario Mitigation scenario resilient transport system 4.1 Bus Promotion of public transport, improvement of transport infrastructure, setting vehicles\u2019 emission standards and regulations and integrated national transportation planning The Rwandan transport sector is experiencing a rapid growth of vihicles population and an increase in light duty vehicles equipped with way catalytic converters. It is expected that under the busines as usual scenario, the annual increase in population vehicles will reach A high rate increase in population of vehicles and light duty vehicles would lead to the high GHG emission scenarios in the future as explained in the BAU.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_PublicTransport", + "A_Natmobplan" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KGZ", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "The target indicators are presented in the context of mitigation sectors, while reflecting the calculated GHG emission reductions as a contribution to the achievement of the Paris Agreement targets in 2025 and 2030. Sector Energy Goals Target indicators, 1000 tons of CO2 eq. 1. Reduction of GHG emissions 1.1. Reducing coal consumption through gasification of households in the country (WM)19 1.2. Replacement of light vehicles with internal combustion engines for electric vehicles (WAM) 1.3. Improving Traffic Management and Cycling Infrastructure Development (WM) 1.4.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobility", + "A_TDM", + "S_Cycling" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DNK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The Government has encouraged the Commission to present a strategy for how the EU can promote the green transition of the transport sector, including a clear plan for phasing out petrol and diesel cars in the EU. \nThe Government is working to adjust the European rules to support phasing out of petrol and diesel cars from 2030, including more ambitious CO2 emissions standards for light and heavy vehicles, inclusion of road transport in the ETS sector, the necessary infrastructure, promotion of alternative fuels, including Power-to-X, and an ambitious approach to batteries. The Government will also work to forge an alliance between like-minded EU member states that can promote the phase-out agenda in the EU", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_ICEdiesel" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TZA", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "b) Promoting the use of renewable (clean) energy in transportation systems. c) Introduction and promotion of Non-Motorized Transport system and facilities and networks in both mega cities and metropolitan cities by 2030. Forestry a) Enhancing and upscaling implementation of participatory forest management programmes. b) Facilitating effective and co-ordinated implementation of actions that will enhance the contribution from the entire forest sector. c) Promote nationwide forest landscape restoration programmes and initiatives. Waste Management a) Promoting environmentally sound waste management practices that support reuse, reduce and recycle.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_RE", + "S_Activemobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "X X X X MoIT, FRCS, MoE Short- to medium-term Economic Opportunities. Identification of the long-term positive economic opportunities for Fiji\u2019s maritime service delivery industry, tourism industry, manufacturing, and finance sectors from positioning Fiji as the Pacific hub for low carbon maritime transition. X X MoIT, MoE Immediate Policy Incentives. Economic instruments (e.g., tax incentives) to drive transition of all small motors from fossil fuel to sail or RE powered small motors (e.g.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Economic", + "I_Shipping" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "There will also need to be a commitment to better planning and understanding of bus operations. These measures will strengthen the business case and create an enabling environment for investment, thereby supporting bus operators and other stakeholders in making the transition to a low carbon PT system. Promoting More Efficient Trucks. To achieve zero emissions in the transport sector in the Very High Ambition Scenario, this LEDS envisions a maximum lifetime of vehicles of 20 years.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AND", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "With regard to the Administration\u2019s fleet of vehicles, care must be taken to ensure that 100% of the cars purchased are EVs or ones that don\u2019t produce GHG emissions, with the exception of those that cannot be adapted due to service safety requirements. This criterion must be included in any new contractual specifications for this type of product.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "A_Procurement" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": [ + "Climate-resistant road infrastructure and management of multifunctional landscapes to reduce environmental vulnerability and risk related to roads, ports and airports a. Implementation of adaptation actions in all modes of transport. b. 100% of new national road designs in the country will incorporate green road infrastructure lines. c. 60% to 80% of the road infrastructure projects implemented incorporate green road infrastructure lines. d. Robust information system that incorporates data and information for risk management and climate change adaptation in 100% of modes of transport. e." + ], + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Infraestructura vial resiliente al clima y gesti\u00f3n de paisajes mul- tifuncionales para reducir la vul- nerabilidad y riesgo del entorno relacionado con las v\u00edas terres- tres, puertos y aeropuertos a. Implementaci\u00f3n de acciones de adapta- ci\u00f3n en todos los modos de transporte. b. El 100 % de los nuevos dise\u00f1os de las v\u00edas nacionales del pa\u00eds incorporar\u00e1n linea- mientos de infraestructura verde vial. c. Entre el 60 % y 80 % de los proyectos de in- fraestructura vial que se ejecuten incorporan los lineamientos de infraestructura verde vial. d. Sistema de informaci\u00f3n robusto que in- corpore datos e informaci\u00f3n para la gesti\u00f3n del riesgo y la adaptaci\u00f3n al cambio clim\u00e1ti- co en el 100 % de los modos de transporte. e.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Risk" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": [ + "100 % of the new designs of the country's national roads will incorporate green road infrastructure lines. c. 60 % to 80 % of the road infrastructure projects implemented incorporate green road infrastructure lines. d. A robust information system that incorporates data and information for risk management and adaptation to climate change in 100 % of transport modes. e. From the damage and loss baseline in all transport modes, high and very high risk levels will be reduced by 30 % to 50 %. f. Nature-based solutions will be implemented to reduce risk in the transport infrastructure in 20 % of the solutions designed and implemented." + ], + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "El 100 % de los nuevos dise\u00f1os de las v\u00edas nacionales del pa\u00eds incorporar\u00e1n linea- mientos de infraestructura verde vial. c. Entre el 60 % y 80 % de los proyectos de in- fraestructura vial que se ejecuten incorporan los lineamientos de infraestructura verde vial. d. Sistema de informaci\u00f3n robusto que in- corpore datos e informaci\u00f3n para la gesti\u00f3n del riesgo y la adaptaci\u00f3n al cambio clim\u00e1ti- co en el 100 % de los modos de transporte. e. A partir de la l\u00ednea base de da\u00f1os y p\u00e9rdidas en todos los modos de transporte, se reducir\u00e1 entre el 30 % y 50 % los niveles de riesgo alto y muy alto. f. Se implementar\u00e1n soluciones basadas en la naturaleza para reducir el riesgo en la in- fraestructura de transporte en el 20 % de las soluciones dise\u00f1adas e implementadas.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Risk" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LBR", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\uf0b7 Develop and implement climate smart fishery systems to enhance the adaptive capacity and resilience of fisher communities. \uf0b7 Identification and conservation of endangered fish species. Transport/Infrastructure \uf0b7 Implement and reinforce design standards and planning codes for roads and other infrastructure to cope with flooding, sea level rise and windstorm. \uf0b7 Strengthen early warning systems and evacuation planning for intense rainfall events and floods. \uf0b7 Install signs high above the ground that can alert pedestrians and motorists of unsafe zones, such as low-lying areas.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Inform", + "R_Warning", + "R_Design" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LAO", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "resource infrastructure resilience to climate change, including through nature-based solutions \uf0b7 Strengthen early warning systems in a timely manner Transport and Urban Development \uf0b7 Increase the resilience of urban development and infrastructure to climate change, including through the use of green infrastructure and nature-based solutions \uf0b7 Promote ecosystem-based adaptation solutions Public Health \uf0b7 Increase the resilience of public health infrastructure and water supply system to climate change \uf0b7 Improve public health services for climate change adaptation and coping with climate change induced impacts.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "\uf0b7 Water technologies for savings, recycling, capture, irrigation and sustainable management for agriculture purposes. \uf0b7 Transportation technologies that are resilient to the adverse effects of climate change in particular for roads and massive transportation \uf0b7 Technologies for the protection of coastal and river infrastructure.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Tech" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Improvement of human settlements, provision of basic services, and climate resilient infrastructure development. \u2022 Mainstreaming adaptation into spatial planning and strengthening compliance in the implementation of spatial plan. \u2022 Integrating adaptation in infrastructure development and maintenance. \u2022 Climate awareness campaign, standard enforcement and oversight in human settlement development, including building and environmental health. \u2022 Increase compliance to carrying capacity related regulations in infrastructure development. \u2022 Improve water resource management including soil water, measures to deal with disaster emergency.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Education", + "R_Planning" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Government entities 100% structured and staffed with resources to deliver their climate resilience missions. 100% of national budgeting and policies in place and enforced. Government performance management framework informed by resilience targets. Updating existing policies and development of new policies and regulations. Enhancing budget-setting and public sector Performance Management Framework. Updating Government Continuity Plan. Centre of Excellence for Data in Resilience decision-making (refer to Well- Planned and Durable Infrastructure). Government Continuity Plans (refer to Robust Economy section). Completion of Resilient Dominica Physical Plan.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Monitoring" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KNA", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Table 1 details additional adaptation measures not included in the National Climate Change Adaptation Strategy but identified in 2021 stakeholder consultations and included in the St. Kitts and Nevis Third National Communication to the UNFCCC. Table 1: Key Sectors/Areas and Priority Adaptation Actions identified in 2021 Consultations Sector/Area Priority Adaptation Actions National Readiness \u25cf Integrate adaptation into relevant national legislation \u25cf Provide training and guidance on mainstreaming adaptation into sectoral governance and management \u25cf Improve capacities for sectoral, evidence-based adaptation planning \u25cf Monitor and evaluate implemented adaptation \u25cf Public Education and Awareness for General Population Settlements and Infrastructure \u25cf Develop and implement national land development policy \u25cf Protect key natural and built assets in low-lying areas \u25cf Retrofit public buildings and infrastructure with climate-smart technology \u25cf Update building codes to account for increased climate hazards Public Health \u25cf Increase safe water storage measures in households \u25cf Develop program to address", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Infrares", + "R_Planning" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COL", + "IKI_DataSheet": [ + "adaptation" + ], + "TranslatedContext": [ + "Climate monitoring and early warning systems with the participation and leadership of local communities and operating between 80% and 100% of municipalities in the country. b. Consolidation of information systems that articulate knowledge about the risk of different sectors, people and territories (e.g., SIIVRA). c. Identification and analysis of information that enables the creation of effective measures and the design of protocols and care routes with differential focus for attention and response to the impacts caused to vulnerable populations." + ], + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Sistemas de monitoreo clim\u00e1tico y alertas tempranas con participaci\u00f3n y liderazgo de las comunidades locales y funcionando entre el 80 % y 100 % de los municipios del pa\u00eds. b. Consolidaci\u00f3n de sistemas de infor- maci\u00f3n que articulen el conocimiento en- torno al riesgo de los diferentes sectores, personas y territorios (ejemplo, SIIVRA). c. Identificaci\u00f3n y an\u00e1lisis de informaci\u00f3n que permita la creaci\u00f3n de medidas eficaces y el dise\u00f1o de protocolos y rutas de atenci\u00f3n con en- foque diferencial para la atenci\u00f3n y respuesta a las afectaciones causadas a poblaciones vulnerables.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "R_Monitoring", + "R_Risk", + "R_Emergency" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Demand-side Efficiency: Cities" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC", + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Complementing the point above, some municipalities show the potential to increase green spaces through planting trees and through implementing neighborhood-level solutions to address better walkability and use of non-motorized forms of transportation, use of urban design, and adoption of more greenery/green/nature-based infrastructure/solutions that not only helps with issues such as flooding, but can also mitigate heat islands and energy load etc. at an urban design scale. Waste.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "S_Activemobility" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JOR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Renewable energy: Hydro" + ], + "SectorLabel": [ + "Energy" + ], + "Document": [ + "Revised First NDC", + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Having similar properties as natural gas, hydrogen is especially useful in replacing carbon-intense fuels in sectors that are hard to electrify, such as maritime transport, aviation, and heavy land transport. In order to partake in the global hydrogen market, however, Jordan must ensure that its production fulfils the sustainability criteria set by import countries with regard to the electricity production for desalination and electrolysis as well as in respect of water demand and ecologic impact.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Hydrogen" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MMR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC", + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "While no policies currently exist to phase out fossil fuel vehicles, incentives for EVs include tax exemptions on import registration fees. Electric motorcycles are also allowed on Myanmar roads75. At present, reconditioned vehicles up to 3 years old can be imported. Finally, only new vehicles that meet Euro 4 standards will be allowed in Myanmar. Emissions testing of new private vehicles take place three years after registration, whereas commercial vehicles have to be tested annually. However, emissions testing facilities are limited.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Emobilitypurchase" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Public Transport", + "Transport: General" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Revised First NDC", + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "At the same time, China will optimize passenger transport, and guide the scale-up and intensive operation of those passenger transport enterprises. Green logistics will be developed speedily, transport resources will be optimized and the overall utilization efficiency will be advanced. Measures will be taken for expediting vehicles and vessels that are powered by new energy and clean energy, popularizing intelligent transportation, pushing forward the electrification of railways, giving impetus to constructing hydrogen filling stations, and normalizing the utilization of shore-end cable for vessels at ports.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "I_Freighteff", + "I_Hydrogen", + "I_Emobility", + "I_Onshorepower", + "I_Altfuels", + "S_Publictransport", + "I_ITS" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": null, + "ActionLabel": false, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TCD", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": [ + "On this basis, the projections for the period 2021-2030 could amount to more than USD 5 002 billion. Without neglecting the importance of domestic and private sources of financing, the international financial contributions of the Technical and Financial Partners will have to play a very significant role. The international priority contributions for adaptation are estimated to be in the order of 75% of the financing needs, and are expected to amount to more than USD 281 million / year by 2021 to reach more than USD 483 million / year by 2030." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Sur cette base, les projections pour la p\u00e9riode 2021-2030 pourraient s\u2019\u00e9lever \u00e0 plus de 5 002 milliards d\u2019USD. Sans n\u00e9gliger l\u2019importance des sources de financement domestiques et priv\u00e9es, les apports financiers internationaux des Partenaires Techniques et Financiers devront jouer un r\u00f4le tr\u00e8s significatif. Les apports prioritaires internationaux pour l\u2019adaptation sont estim\u00e9s de l\u2019ordre de 75 % des besoins en financement, et devraient s\u2019\u00e9lever \u00e0 plus de 281 millions USD / an d\u00e8s 2021 pour atteindre plus de 483 millions USD / an d\u00e8s 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Volume" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MLT", + "IKI_DataSheet": [ + "benefits" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "purchases, savings) Table 25: Impact Assessment for the Waste sector Malta Low Carbon Development Strategy Measures Positive Impacts Negative Impacts \ufffd Electrification measures \ufffd Public Transport measures \ufffd Active Transport measures \ufffd Teleworking/ remote working Social \ufffd Health benefits from reduced air and noise pollution, potentially lower traffic accidents and more regular exercising \ufffd Increased flexibility for employees \ufffd Travel time reductions for individuals and businesses \ufffd Improved travel for non- vehicle owners, enabling social and economic participation \ufffd Enhancing the efficiency of local components of the TEN-T network \ufffd Facilitated access to cultural sites and improved preservation as a result of lower traffic emissions Economic \ufffd Incremental investment in the EV market \ufffd Reduced traffic congestion contributing to economic productivity and competitiveness, investment/ employment/ job attractiveness and facilitating trade logistics \ufffd New R&I spurred in connection with EV transition implementation and efficient/ safe active transport infrastructure \ufffd Facilitation of", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Social", + "B_Health" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TTO", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Accordingly the Government has defined the policy framework for a low carbon development plan through the National Climate Change Policy, and developed a Carbon Reduction Strategy for the power generation, transportation and industrial sectors which forms the basis of Trinidad and Tobago s iNDC. Trinidad and Tobago already produces all of its electricity from natural gas and is working towards achieving greater efficiency through combined cycle generation at all its power plants.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AND", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "These mobility plans must provide the necessary elements to promote the use of bicycles when travelling, such as having indoor parking or charging points for electric bicycles. The experience of the pandemic caused by COVID-19 in 2020 has shown how policies to restrict mobility, which have forced the implementation of teleworking or reduced mobility to essential minimum levels, could mean the country witnesses a 52% reduction in GHG emissions if they are maintained throughout a year (see Chart 7), taking into account domestic mobility, fuel tourism and the reduction in electricity consumption.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_Transport" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUS", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Decarbonising aviation and shipping will take longer to achieve, as it will require new technologies and global supply chains. Modelling for the Plan found global aviation and shipping emissions is expected to decline modestly, despite the value of these sectors more than doubling. Industry actions are promising. For example, Fortescue Metals Group is examining the use of clean ammonia in shipping, 50 and Qantas and Virgin are investing in sustainable aviation fuels.51 As decarbonising these sectors will require global collaboration, Australia is working with industry and other nations through the International Maritime Organisation and International Civil Aviation Organisation. Australia has also committed to working through the Quad partnership, with India, Japan and the United States, on efforts to decarbonise shipping and port operations.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Stakehol" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PRT", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The overall aggregate amount of investment by 2050 will be close to EUR 1 trillion - of which around EUR 930 billion will be realised\nin any case as a result of the normal dynamics of modernisation of the economy, catalysed by ongoing policies to ensure the\nfunctioning of the energy system - which translates into an annualised value of EUR 27 to 29 billion.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Invest" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NER", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": [ + "Despite this period of pandemic at COVID-19 and decades of insecurity in the Saharan and Sahel regions and displacement of populations, Niger continues to implement measures to adapt and combat the adverse effects of climate change, thereby negating the efforts of the Government and slowing down socio-economic activities in the country." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Le Niger continue, malgr\u00e9 cette p\u00e9riode de pand\u00e9mie \u00e0 COVID-19 et ces d\u00e9cennies marqu\u00e9es par l\u2019ins\u00e9curit\u00e9 dans l\u2019espace du Sahara et du Sahel et le d\u00e9placement des populations, d\u2019appliquer les mesures pour s\u2019adapter et lutter contre les effets n\u00e9fastes du d\u00e9r\u00e8glement climatique. Cette situation annihile les efforts du Gouvernement et ralentit les activit\u00e9s socio\u00e9conomiques dans le pays.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": [ + "benefits" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Availability of safe, affordable, energy-efficient transportation will increase access to employment, markets, education, health, and other services. Other Sectors contributed 459Gg CO2 eq (4 percent) of the sectoral emissions in 201526, especially from the residential and commercial buildings. PNG does not have much experience with energy efficiency in the residential and commercial building sub-sector; hence the lack of energy efficiency measures to date or energy efficiency projects, which may generate a high return on investments.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Social", + "B_Health" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": ", the Government will set a target for the diffusion of electrified vehicles in 2040.\u201d In this context, in order to promote the spread of electrified vehicles, the Government will promote cost reduction and convenience improvement, including the use of fuel efficiency regulations and stable supply of inexpensive renewable energy, etc. In addition to measures for vehicles alone, it is important to organically link and integrate electrified vehicles with various social systems in local regions, in response to the electrification of vehicles and with a view to the transformation of the mobility society in 2050 as depicted in the Green Growth Strategy.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ERI", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "On the other hand, if one takes Solar PVs has negative marginal abetment revenue per ton of CO2 eq whereas its CO2 eq emission reduction is very significant it can have other social benefits in addition to environmental and socio-economic co-benefits. \f~ 30 Annex 2 Mitigation Assumptions Measure options for reduction Investment required MUSD Potential reduction per option Waste heat recovery at cement plant Dissemination of 60,000 Efficient wood stoves Efficient electric grids distribution Replacement of 1.5 million incandescent lamp by LED efficient lamp Reforestation with agroforestry 35000ha Solar/diesel mini-grid 40MW Solar PVs, large grid 60MW Reforestation with Silvopasture 86000ha Wind turbines, on-shore 100MW Geothermal power Construction 50MW Wind turbines, off-shore 50MW Bus Rapid Transit (BRT) along the coast and from the port to the border with Sudan 1000km The above proposed lists of projects are Major options for reduction of CO2eq emissions reduction.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TTO", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "The Government of Trinidad and Tobago has recognised the importance of addressing climate change both from a mitigation and adaptation perspective and is committed to playing its part as a responsible member of the global community, and as a signatory to the UNFCCC, to making efforts to achieve the objective of the UNFCCC, regardless of the quantum of emissions on a global scale. Accordingly the Government has defined the policy framework for a low carbon development plan through the National Climate Change Policy, and developed a Carbon Reduction Strategy for the power generation, transportation and industrial sectors which forms the basis of Trinidad and Tobago s iNDC.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DEU", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2192 A climate strategy for road transport will outline how greenhouse gas emissions can be reduced by 2030, taking into consideration the correspond- ing proposals made at EU level. The strategy will address emissions from cars, light and heavy commercial vehicles and issues related to GHG- (Greenhouse gas-) free energy supply, the requis- ite infrastructure and the interlinking of sectors (through electric mobility).", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": [ + "The country estimates an upward investment required for adaptation to climate change at USD $8,715,787,193 expressed in investments, mainly in the sectors of water security, food security and resilient cities, while in the other sectors less investment is reflected and is more based on strengthening the enabling frameworks for the implementation of adaptation measures in the period 2021-2030." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "El pa\u00eds estima una inversi\u00f3n ascendente requerida para adaptaci\u00f3n al cambio clim\u00e1tico a USD $ 8,715,787,193 expresada en inversiones, sobre todo en los sectores de seguridad h\u00eddrica, seguridad alimentaria y ciudades resilientes. Mientras que en los dem\u00e1s sectores se refleja una inversi\u00f3n menor y se fundamenta m\u00e1s en robustecer los marcos habilitantes para la implementaci\u00f3n de las medidas de adaptaci\u00f3n en el periodo 2021-2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Invest" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "WSM", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "Other key documents include the Samoa Climate Change Policy 2020, the National Environment Sector Plan 2017-2021, the Energy Sector Plan 2017-2022 (2017), the Energy Management Act (2020), the Transport Sector Plan 2013-2018 (2013), and the Agriculture Sector Plan 2016-2020 (ASP), as well as the National Policy for Gender Equality 2021-2031 (2021) and the Inclusive Governance Policy 2021-2031 (2021). A full list of key sectorial plans and strategies is included in Appendix A. consultation\ufffdwith\ufffdthe\ufffdJapan\ufffdInternational\ufffdCooperation\ufffdSystem.\ufffd\fSamoa\u2019s Second Nationally Determined Contribution The Government of Samoa has led the development of Samoa\u2019s Second NDC.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "RWA", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Technology transfer and capacity building will be required to fully implement Rwanda\u2019s mitigation and adaptation contributions. Specific national needs relating to mitigation include: \u2022 Access to and overcoming barriers to the diffusion of appropriate clean technologies; \u2022 Building climate information systems; \u2022 Promotion of renewable energies and energy efficiency, including the involvement of the private sector; \u2022 Setting up of public-private partnerships.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Capacity" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Building the capacity of the private sector for energy efficiency initiatives X Strengthening disaster preparedness and early warning systems X Developing climate-resilient energy systems X Strengthening the capacity of health system institutions X Developing technical capacity to manufacture energy-efficient cook stoves X Introducing standards for energy-efficient infrastructure X Expanding sustainable forest management and reforestation efforts X Reducing deforestation, including through building capacity for fire control X Strengthening degraded land rehabilitation X Climate-proofing infrastructure and housing X Designing systems for increased and sustainable access to freshwater resources X Enhancing knowledge on surface and groundwater management X Designing a national REDD MRV mechanism X Developing a nationally appropriate mitigation action for the transport sector X Improving and expanding public transportation X Building capacity for waste collection, transportation, and treatment X Improving data generation, collection, and analysis X X 7.3 Public engagement This NDC will build upon strategies in the National Climate Communications Strategy, which seeks to: \u25cf Improve awareness and understanding of the Government of Sierra Leone\u2019s climate change adaptation initiatives and", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Technology", + "P_Capacity" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "As set out clearly in the recent Hydrogen Strategy and Transport Decarbonisation Plan, hydrogen is likely to play a significant role in transport applications, particularly where energy density requirements or refuelling times make it the most suitable low carbon energy source. Our dedicated hydrogen R&D funding and support is focussed on heavier applications, such as rail, maritime, aviation and heavy road freight, where hydrogen offers in-use advantages and the largest global market potential.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "benefits" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The offshore wind sector alone will see over \u00a320 billion in private investment by 2030, and in the last six months around \u00a31.5 billion of investment has already been announced. This includes two purpose-built manufacturing ports and five offshore wind turbine component factories. 20. Decarbonising the power sector will regenerate communities and open up new employment opportunities right around the UK.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Econ" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "COM", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": [ + "Indeed, international support in the form of financing, capacity building and technology transfer is needed to accompany the implementation of the revised NCD: Financial support The Union of the Comoros will need an overall envelope of more than EUR 1,301 million9 to complete the implementation of its NCD, i.e. an average annual amount of approximately EUR 130 million, of which at least EUR 902 million for mitigation measures and EUR 399 million for adaptation measures." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "En effet, un soutien international sous forme de financement, de renforcement de capacit\u00e9s et de transferts de technologies est n\u00e9cessaire pour accompagner la mise en \u0153uvre la CDN r\u00e9vis\u00e9e: Soutien financier L\u2019Union des Comores aura besoin d\u2019une enveloppe globale de plus de 1.301millions d\u2019EUR9 pour mener \u00e0 bien la mise en \u0153uvre de sa CDN soit environ un montant annuel moyen de 130 millions d\u2019EUR dont au minimum 902 millions d\u2019EUR pour les mesures d\u2019att\u00e9nuation et 399 millions d\u2019EUR pour les mesures d\u2019adaptation.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_invest" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": [ + "benefits" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Gender and age disaggregated data are crucially important in measuring the success of the gender targets, not only related to women\u2019s participation but also women\u2019s access to skills and technology, as well as women in climate-related decision making. Mitigation Mitigation priority actions, including energy, waste, and transport, all have linkages to gender equality and social inclusion and the potential to contribute to several gender-based indicators.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Social" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SOM", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Roughly 60 percent of the population are nomadic and semi- nomadic pastoralists and 60 percent live in rural areas. The country is considered among the poorest countries in the world with more than 69% of the population living below the international poverty line.2 Somalia continues to grapple with a fragile political system, insecurity, high levels of poverty, climate change-related shocks coupled with the COVID-19 pandemic.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Inter-Ministerial Council for Climate Change, which will allow to discuss, define, and follow up on climate change policies. 2. Ad-Hoc Operational Coordination Mechanism such as: Joint Commissions (agriculture and forestry, transportation and energy), which will coordinate the inter-sectorial implementation agendas under the National Climate Change Strategy. 3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Institute" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": [ + "benefits" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "Forest protection and replanting of mangroves that are implemented for mitigation purposes are expected to protect the coastline against storm surges and erosion; which are increasing in frequency as a result of climate change. Likewise, many of the proposed actions in the waste, transport and electricity sectors are expected to produce additional adaptation co-benefits such as reduced water and air pollution, energy security, improved energy access, employment creation, and ecosystem protection; all of which lead to increase resilience to climate change.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Airpollution" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": [ + "The country estimates upward investment required for adaptation to climate change at USD $ 8,715,787,193 expressed in investments, mainly in the sectors of water security, food security and resilient cities, while in the other sectors less investment is reflected and is more based on strengthening the enabling frameworks for the implementation of adaptation measures in the period 2021-2030." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "una inversi\u00f3n requerida estimada de USD $ 8,916,950,000.00 expresada de forma condicionada e incondicionada.\nEl pa\u00eds estima una inversi\u00f3n ascendente requerida para adaptaci\u00f3n al cambio clim\u00e1tico a USD $ 8,715,787,193 expresada en inversiones, sobre todo en los sectores de seguridad h\u00eddrica, seguridad alimentaria y ciudades resilientes. Mientras que en los dem\u00e1s sectores se refleja una inversi\u00f3n menor y se fundamenta m\u00e1s en robustecer los marcos habilitantes para la implementaci\u00f3n de las medidas de adaptaci\u00f3n en el periodo 2021-2030", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Invest" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ETH", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "FigurE 6: NDC-SPECIFIC MRV AND M&E FRAMEWORK Sectoral targets and indicators Nationally Determined Contribution National inventory report Biennial Transparency report Annual Emission Balance Corresponding Adjustments, based on ITMO tracking tool (registry) Planning and Development Commission (PDC) Environment, Forest, and Climate Change Commission (EFCCC) MRV/M&E of NDC targets and indicators Based on data from national inventory report uNFCCC\fUPDATED NATIONALLY DETERMINED CONTRIBUTION 7. Means of Implementation 7.1 CONDITIONAL AND UNCONDITIONAL fINANCINg NEEDs As shown in Figure 7, the financial resources required to implement the updated NDC in the next 10 years is estimated as USD 316 billion.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Other" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "SGP", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "In particular, the IMCCC\u2019s role in strongly coordinating Singapore\u2019s climate change policies from a whole-of- government perspective facilitates opportunities for optimising Singapore\u2019s climate efforts, including consideration of possible trade-offs or synergies across the sectors. A key focus of the planning processes for Singapore\u2019s NDC is to develop a comprehensive suite of mitigation measures to achieve\f its NDC target. These measures are described in Singapore s Climate Action Plan: Take Action Today, for a Sustainable Future, published in 2016.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Implementation of a CNG/LNG fueling network for trucks that cannot move to electric vehicles. Grid reinforcements and modernization to accommodate electric vehicle loads. Development of competencies and market offerings for vehicle maintenance and distribution. Study of hydrogen or other zero-carbon fuels as long-term alternatives to natural gas for the trucking sector. Ministry of Industry, Science, Technology and Innovation Electricite du Cambodge Private sector Development of collective transportation and a sustainable transportation economy. Planning and financing for public transportation and passenger and freight rail expansions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Capacity" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "EUR) Regarding the individual measures, it can be noticed that the largest investments are in the transport measures, i.e. the measure for electrification of the transport, followed by the measures for renewing of national car fleet and other national road fleet (Figure 48). Significant investments are also needed in the measures for renovation and construction of new buildings in the households and the commercial sector.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TCD", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": [ + "Covid-19 has had a significant economic impact in the country and has contributed to delays in the implementation of mitigation and adaptation actions. This pandemic has also exacerbated the vulnerabilities of rural communities to climate change, in particular those of the most vulnerable and marginalized people. 2.1 New elements contributing to the update According to the above-mentioned policy guidelines of the Government of Chad, national commitments on climate change are reflected in the policy and strategy documents developed defining the strategic directions to guide the Government\u2019s action in this area." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "La Covid-19 a eu un impact \u00e9conomique important dans le pays et a contribu\u00e9 \u00e0 retarder la mise en \u0153uvre des actions d att\u00e9nuation et d adaptation. Cette pand\u00e9mie a \u00e9galement amplifi\u00e9 les vuln\u00e9rabilit\u00e9s des communaut\u00e9s rurales aux changements climatiques, en particulier celles des personnes les plus expos\u00e9es et marginalis\u00e9es. 2.1 Nouveaux \u00e9l\u00e9ments contribuant \u00e0 l\u2019actualisation Selon les orientations de la politique du Gouvernement du Tchad susmentionn\u00e9es, les engagements nationaux en mati\u00e8re de changements climatiques sont inscrits dans les documents de politique et de strat\u00e9gie \u00e9labor\u00e9es d\u00e9finissant les axes strat\u00e9giques devant guider l\u2019action du gouvernement dans ce domaine.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": false, + "Context": "2) Atal Mission for Rejuvenation and Urban Transformation (AMRUT), a new urban renewal mission has been launched by Government of India for 500 cities with focus on ensuring basic infrastructure services such as water supply, sewerage, storm water drains, transport and development of green spaces and parks by adopting climate resilient and energy efficient policies and regulations. 1.4 PROMOTING WASTE TO WEALTH CONVERSION India recognizes the dual benefits that can arise from efficient waste disposal leading to enhanced environmental benefits along with conversion to energy.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "THA", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "\u2022 Carbon capture and storage (CCS) or carbon capture, utilization and storage (CCUS) in power plant and industries \u2022 Bio-energy with CCS \u2022 Electric Vehicle (xEV), battery and Infrastructures \u2022 Grid Modernization, smart energy management and Independent Power Supply (IPS) \u2022 Other technologies related to carbon neutrality (Hydrogen, Bio-hydrogenated diesel (BHD)\f Other sectors \u2022 Smart energy management in the industrial sector \u2022 Waste-to-energy technologies in the waste sector \u2022 CH4 reduction technologies in agriculture such as enteric fermentation and manure management and rice cultivation. Mechanisms and instruments \u2022 Financial instruments, incentives, mechanisms and approaches to engage the private sector in the shift to green investment.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Technology" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "THA", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Moreover, the global outbreak of novel coronavirus (COVID-19) has dramatically threatened the way people conduct their daily life. The so-called \u201cNew Normal\u201d that emerges after the pandemic will reshape many economic and social activities. As Thailand plans its recovery from this pandemic, we aim to use this opportunity to build back better an ecosystem and economy that promotes climate-resilient and sustainable development, including through the implementation of NDC.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Capacity building: Based on the draft capacity need assessment for the NDC, capacity will be built for (i) institutional capacity for governance and coordination; (ii) technical capacity, including sectoral expertise; (iii) relational capacity to build partnerships and invest time in processes; and (iv) strategic capacity for systemic policy design and implementation.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Capacity" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LUX", + "IKI_DataSheet": [ + "benefits" + ], + "TranslatedContext": [ + "In order to achieve climate neutrality by 2050, the challenge is therefore to reverse this trend and to make every effort to decarbonise the mobility system. The efforts to be made will be very substantial, but will also bring important additional benefits such as better air quality, a reduction in road congestion, noise nuisance and the number of accidents, or a reduction or even elimination of storage capacities for petroleum products, thereby generating health benefits and improvements in the quality of life of citizens." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Pour parvenir \u00e0 la neutralit\u00e9 climatique d\u2019ici \u00e0 2050, le d\u00e9fi consiste donc \u00e0 inverser cette tendance et \u00e0 tout mettre en \u0153uvre pour d\u00e9carboniser le syst\u00e8me de mobilit\u00e9. Les efforts \u00e0 consentir seront tr\u00e8s substantiels, mais apporteront \u00e9galement d\u2019importants avantages suppl\u00e9mentaires comme une meilleure qualit\u00e9 de l\u2019air, une r\u00e9duction de la congestion routi\u00e8re, des nuisances sonores et du nombre d\u2019accidents ou encore une baisse voire la suppression des capacit\u00e9s de stockage pour produits p\u00e9troliers, g\u00e9n\u00e9rant ainsi des bienfaits pour la sant\u00e9 et des am\u00e9liorations de la qualit\u00e9 de la vie des citoyens.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Safety", + "B_Congestion", + "B_Airpollution" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "PNG", + "IKI_DataSheet": [ + "benefits" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The transport sub-sector contributed approximately 2,007 Gg CO2 eq (17 percent) of the total sectoral emissions in 201525. This sub-sector is a growing source of emissions, particularly with the expansion of urban towns and cities, the population contained in these towns and cities mainly rely on fossil fuel-run vehicles for commuting. Availability of safe, affordable, energy-efficient transportation will increase access to employment, markets, education, health, and other services.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Social", + "B_Health" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Intense cyclones, as experienced in Tropical Cyclone (TC) Gita and TC Harold, substantially impact these sectors and the economy. In April 2020, TC Harold is estimated to have caused economic damage totalling 12% of GDP (World Bank, 2020), in addition to lives and livelihoods lost. The government of Tonga has successfully quarantined its population from COVID-19, with no cases recorded as of August 2021. However, the pandemic continues to threaten Tonga\u2019s population, health and economic fortunes.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Underpinning the Net Zero Strategy the UK has also published a range of sectoral strategies, which will support delivery of the NDC by 2030. These include the Energy White Paper, the\nNorth Sea Transition Deal, the Industrial Decarbonisation Strategy, the Transport Decarbonisation Plan, the Hydrogen Strategy and the Heat and Buildings Strategy. Most recently, the British Energy Security Strategy sets out how Great Britain will accelerate homegrown power for greater energy independence.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": [ + "governance" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "The LT-LEDS pathway for transport supports this NDC aim through either establishing mandatory vehicle standards and/or incentives for purchasing more efficient vehicles through taxes, fees, or import tariffs. Relevant national policies, sectoral policies and links with the LT-LEDS All transport responsibilities come under the Ministry of Infrastructure (MOI), under which sit a number of entities managing land, maritime and aviation sub-sectors. The main actor in land transport is the Land Transport Division of MOI.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "G_Respon" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "LCA", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "As a SIDS, Saint Lucia is disproportionately vulnerable to external economic shocks and extreme climatic events that can instantly erase years, if not decades of development gains. Saint Lucia is also facing significant capacity constraints, limited fiscal space and insufficient domestic finance to respond adequately to challenges posed by climate change. This has been compounded by the economic fallout of the COVID- 19 global pandemic and exacerbating the already existing high debt to GDP ratio.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": [ + "governance" + ], + "TranslatedContext": [ + "The National Council for Climate Change and the Clean Development Mechanism acts as a high-level horizontal coordination body on climate change in the Dominican Republic." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "El Consejo Nacional para el Cambio Clim\u00e1tico y Mecanismo de Desarrollo Limpio act\u00faa como un organismo de coordinaci\u00f3n horizontal de alto nivel sobre el cambio clim\u00e1tico en la Rep\u00fablica Dominicana. El Consejo est\u00e1 presidido por el presidente de la Rep\u00fablica y est\u00e1 integrado por ministerios de l\u00ednea clave, as\u00ed como por el Banco Central y las empresas el\u00e9ctricas estatales.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + null + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": false, + "Context": "The COVID-19 pandemic has precipitated a set of unprecedented socio-economic challenges for all countries of the world. As the UAE addresses the public health crisis and sets the economy on a path of recovery, uncertainty on the fallout of the crisis remains. It is notable thatthe pandemic\u2019spotential implications for economic growth and investment, and therefore emission trajectories, are not fully known and thus unaccounted for in this submission.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "NPL", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Technology transfer: To meet Nepal\u2019s aspirations to be carbon neutral by or before 2045, technology transfer will play a primary role. Moreover, easy access to technology transfer and its affordability will be key incentives in the implementation of long-term strategies. Some technologies will be homegrown for the energy and transport sector, agriculture, IPPU, and waster sector while many will need to be imported. Finance: The cost of achieving unconditional targets outlined in the NDC is estimated to be USD 25 million.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_Technology" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": false, + "Context": "Investment priorities: Promote environmentally friendly and efficient transport in the country through:-Resilient urban infrastructure with reduced exposure to climate risks-Increased climate resilience of transport infrastructure (roads, bridges, viaducts, railways, tracks)-Adoption of climate resilience codes, protocols and standards-Improved access of the rural population to a climate-resilient road system and public transport that takes into account social, age and gender aspects", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MLT", + "IKI_DataSheet": [ + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Carbon neutrality is also one of Malta\u2019s pillars for economic growth and recovery from the COVID-19 pandemic. This three-year process was initiated in 2018 and its output and considerations have been inevitably impacted by the COVID-19 pandemic which hit Malta as from March 2020. Within this context, this Strategy seeks to align economic development with measures that reduce and offset GHG emissions through interim targets for 2030. Longer-term targets can only be achieved as smaller interim goals are obtained.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "Y_General" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": [ + "investment" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "Initial results achieved in 12 companies and additionally Program for replications of the energy management systems realized in 5 companies \u2022 Continuation of the implementation of ISO 50001 standard in more industrial companies (manufacturing industries) \u2022 Implementation of obligatory energy audits Assumptions/ General comments: Improvement of the systems efficiency in manufacturing industries at annual rate of A-M-25: Introduction of efficient electric motors\fLong-term Strategy on Climate Action and Action Plan Main objective: Increase the competitiveness of the industrial products through improvement of the efficiency in the production process and reducing the resources Description: Electric motors are responsible for a high share of the total electricity consumption in industries.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "investment", + "benefits" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": false, + "Context": "We will use research and development to build on the expertise of business and academia, maximising opportunities for growth, exports and hundreds of thousands of new high-quality jobs. 10. To achieve the level of emissions reductions in the transport sector indicated by our delivery pathway to 2037, we will need additional public and private investment of around \u00a3220 billion. 11. Decarbonising the transport sector will regenerate communities and open up new employment opportunities right around the UK.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "B_Econ", + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "AUS", + "IKI_DataSheet": [ + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": false, + "Context": "In 2020, Australia is forecast to match or exceed the record 6.3 gigawatts of new renewable capacity installed in 2019. the National Energy Productivity Plan is on track to ensure energy productivity improves by 40 per cent over the period 2015 to 2030. Climate Active works with Australian businesses to encourage voluntary climate action, by certifying businesses that have credibly reached a state of carbon neutrality. III. Australia\u2019s commitment to transparency.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "P_National" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "BIH", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The conditional target (with more intensive international assistance for the decarbonisation of mining areas) for 2030 is 17.5% compared to 2014 or 36.8% compared to 1990. GHG emissions reduction target for 2050 is 50.0% (unconditional) and 55.0% (conditional) compared to 2014, that is, 61.7% (unconditional) and 65.6% (conditional) compared to modelling 1990. In the case of conditional target, more intensive international assistance is expected for faster decarbonisation of the power sector with an emphasis on fair transition of mining areas.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Longterm" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "AGO", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Therefore, the mitigation options identified in this scenario are expected to reduce an additional 15% below BAU emission levels by 2030. In total, in achieving its unconditional and conditional targets Angola 2JoergenFenhann, UNEP DTU Partnership, e-mail jqfe@dtu.dk\f expects to reduce its emissions trajectory by nearly 50% below the BAU scenario across sectors by 2030. Baseline scenario and projections of Unconditional and Conditional mitigation scenarios for Angola Emissions \u2013 BAU scenario (ktCO2e) Emissions - Unconditional scenario Emissions - Conditional scenario *From the baseline scenario.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "MWI", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "MALAWI\u2019S UPDATED NATIONALLY DETERMINED CONTRIBUTION IX A detailed assessment of identified GHG mitigation options for Malawi estimates a total emissions reduction potential of around 17.7 million tCO2e in 2040 against the BAU scenario emissions in the same year of 34.6 million tCO2e, equivalent to a reduction of 51 per cent. Based on the analysis, mitigation measures have been grouped according to two different contributions: \uf0b7 Unconditional contribution: A reduction of 6 per cent relative to BAU in the year 2040; equivalent to an estimated mitigation level of 2.1 million tonnes of carbon dioxide equivalent (tCO2e) in that year.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "FSM", + "IKI_DataSheet": [ + "adaptation", + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "This\"effort\"will\"be\"bolstered\"by\"the\"EU-funded\"AW-REP\"described\"above,\"under\"which\"the\"FSM\" Department\"of\"Resources\"&\"Development\"will\"coordinate\"the\"development\"of\"a\"comprehensive\" national\"Transport\"Master\"Plan\"and\"State\"Action\"Plans.\"The\"AW-REP\"is\"also\"intended\"to\"kickstart\" Contributions+ Conditional By 2030, climate-proof (e.g., by widening, elevating, repairing and/or relocating) all major island ring roads, airport access roads and arterial roads\" Conditional By 2030, complete climate-proofing of major ports (including larger and more resilient docks meeting ISPS standards)\f Climate+Change+Co-Benefits+ Mitigation Adaptation \u2022 Reduction of emissions from idling vessels waiting to dock \u2022 Reduction of emissions from large transportation idling vessels waiting to dock by incorporating renewable energy technology for powering their auxiliary equipment \u2022 Resilience to flooding from sea-level rise and king tides \u2022 Maintenance of public and commercial services during weather related emergencies Means+of+Implementation+Requirements+ million\" and\" USD\" 79\" million\" for\" road\" and\" pedestrian\" and\" maritime\" infrastructure\" projects,\" respectively.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Adaptation_Unc", + "R_Infrares", + "I_RE", + "I_Onshorepower" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "ARE", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The UAE is undertaking the following investments and initiatives, which will have significant mitigation co-benefits in addressing the transport sector\u2019s greenhouse gas emissions, including: \u2022 the introduction of a new fuel pricing policy, which will put the UAE in line with global prices. This reform aims to support the national economy, lower fuel consumption, and protect the environment; \u2022 a federal freight rail network crossing the country and eventually integrated into the GCC network; \u2022 the Emirate of Abu Dhabi has also set targets to shift 25% of government vehicle fleets to compressed natural gas; and \u2022 the Emirate of Dubai has invested in a multi-billion dollar light-rail and metro system, which will continue to add new lines.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "S_PTIntegration", + "T_Transport_O_Unc", + "I_LPGCNGLNG", + "S_Infraexpansion", + "A_Fossilfuelsubs" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "MKD", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "G e n e r a l a n d s p e c i f i c o b j e c t i v e s On the basis of modelling results, the results of the Strategic Environmental Impact Assessment, the foreseen socio-economic benefits and the need to adapt to changed climatic conditions, the general objective is: Reduction of national net GHG emissions (including Forestry and Other Land Use and excluding MEMO items) of 72% by 2050 compared to 1990 levels (or GHG emission reduction of 42% by 2050 compared to 1990, excluding FOLU and MEMO items) and increased resilience of Republic of North Macedonia\u2019s society, economy and ecosystems to the impacts of climate change It should be noted that MEMO items include emissions from aviation and electricity import.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "Planning Process 5.2 Information on implementation plans Tonga is currently developing a LT-LEDS which will be submitted to the UNFCCC in 2021. This NDC is aligned with the upcoming LT-LEDS and stakeholder dialogue for the development of the LT-LEDS has fed into the development of the 2020 NDC. The Tongan Government also intends to develop a NDC Roadmap and Investment Plan in 2021. \fFairness and Ambition 6. Fairness and Ambition Tonga is a SIDS and its GHG emissions are negligible on a global scale.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Longterm" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "BLZ", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "As a member of the High Ambition Coalition, Belize has committed to increasing emissions reduction ambition in this updated NDC, including through the use of nature-based solutions in the FOLU sector intended to increase removals, whilst underpinning the NDC development process with more robust and realistic data and projections in all sectors. Belize is committed to developing a long-term strategy aligned with achieving net zero global emissions by 2050.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Longterm", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "To provide certainty to consumers, energy providers, the chargepoint industry, vehicle manufacturers and supply chains during this transition, we will introduce a zero emission vehicle mandate setting targets requiring a percentage of manufacturers\u2019 new car and van sales to be zero emission each year from 2024. 28. We will continue to regulate the tailpipe CO2 emissions of new non-zero emission cars and vans to limit their emissions until 100% of new sales are zero emission.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "AGO", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Unconditional Reduction The level of reduction planned unconditionally is expected to be up to 35% by 2030 as compared to the Business As Usual (BAU) scenario, taking 2005 as the reference year. Conditional Reduction In a conditional mitigation scenario Angola plans to reduce further its emissions. Therefore, the mitigation options identified in this scenario are expected to reduce an additional 15% below BAU emission levels by 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "MDA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "According to this policy document, a 20 per cent GHG emissions reduction compared to the BAU scenario has to be reached in the Republic of Moldova by 2020. Along with the overall national target, the policy document sets up GHG emissions reduction targets for seven economic sectors: \uf0b7 power production sector \u2013 25 per cent GHG emissions reduction compared to BAU scenario has to be achieved by 2020; \uf0b7 buildings, industry and agriculture sectors \u2013 20 per cent GHG emissions reduction compared to BAU scenario has to be reached by 2020; \uf0b7 transport and waste sectors \u2013 15 per cent GHG emissions reduction compared to BAU scenario has to be achieved by 2020; and \uf0b7 LULUCF sector \u2013 an increase by 25 per cent of the net removals has to be reached by 2020.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "Chapter 3 \u2013 Reducing Emissions across the Economy\fNet zero transition and economic opportunities Our 2050 vision and how we get there 5. Every place in the UK will have its own net zero emission transport network before 2050, serving the unique needs of its communities. Sustainability will be at the heart of levelling up.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "THA", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "In addition, bio-energy with CCS (BECCS) power plant is needed to achieve the 2-degree target in 2050. \u2022 Transport sector: The energy efficiency improvement will be achieved by behavioral changes, road surface improvement and engine performance improvement. Currently, the proportion of new efficient vehicle fleets is increasing, including hybrid, plug-in hybrid, and battery electric vehicles. Under Thailand\u2019s LEDS, the transport sector needs to increase the energy efficiency to 68% of total final energy consumption in 2050.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "I_Vehicleimprove", + "S_Infraimprove", + "I_Education", + "T_Transport_O_Unc", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "ERI", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Trajectory Objective Towards 2030 The government of Eritrea is committed to reduce the CO2 emissions from fossil fuels by 4.2% in 2020, 6.2% by 2025 and 12.0% by 2030 compared to the projected BAU of the reference year of 2010. If additional support is availed, it can further be reduced by 12.6% in 2020, 24.9% by 2025 and 38.5 by the year 2030. Table 2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "We will transform last mile deliveries, with zero emission HGVs and decarbonised deliveries made possible through the adoption of new delivery models, supported by accurate data and digital innovations which drive greater efficiencies. \u2022 The rail network will be net zero emissions by 2050 through a sustained, long-term programme of investment in rail electrification, supported by deployment of battery and hydrogen-powered trains. \u2022 UK aviation and shipping will achieve net zero emissions by 2050.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "I_Hydrogen", + "I_Other", + "T_Transport_Unc", + "I_ITS" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "DOM", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": [ + "The Dominican Republic is guided by the National Development Strategy (Ley 1-2012) and the Climate Change Compatible Development Plan (Plan DECCC-2011) to prepare and communicate sectoral strategies, plans and measures for low-carbon development that reflect its special circumstances by 2030 and its aspiration for carbon neutrality by 2050." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "La Rep\u00fablica Dominicana se gu\u00eda por la Estrategia Nacional de Desarrollo (Ley 1-2012) y por el Plan de Desarrollo Compatible con el Cambio Clim\u00e1tico (Plan DECCC-2011) para preparar y comunicar estrategias sectoriales, planes y medidas para un desarrollo con bajas emisiones de gases de efecto invernadero que reflejen sus circunstancias especiales al 2030 y su aspiraci\u00f3n de carbono neutralidad al 2050. 7. C\u00f3mo contribuye la NDC para lograr el objetivo de la Convenci\u00f3n como se establece en su Art\u00edculo 2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Longterm", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The BAU starts from 2010 (the latest year of the national GHG inventory) and includes the energy, agriculture, waste and LULUCF sectors. \uf0b7 GHG emissions in 2010: 246.8 million tCO2e \uf0b7 Projections for 2020 and 2030 (not included industrial processes): Unconditional contribution With domestic resources, by 2030 Viet Nam will reduce GHG emissions by 8% compared to BAU, in which: - Emission intensity per unit of GDP will be reduced by 20% compared to the 2010 levels; - Forest cover will increase to the level of 45%.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "JPN", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "As a member of the international community, Japan will contribute to the world by formulating this long-term strategy and sharing the experiences out of its implementation, thereby contributing to achieving the aforementioned target set forth in the Paris Agreement. 2. Japan\u2019s Long-term Vision Japan aims to reduce GHGs to net-zero, that is, to realize carbon neutrality by 2050, based on the idea that addressing climate change is no longer a constraint on economic growth and that proactive climate change measures bring transformation of industrial structures as well as its economy and society, leading to dynamic economic growth.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "ALB", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Considering all sectors (including FOLU), emissions for the NDC scenario (with mitigation measures) increase from 10,139 kt CO2e in 2016 to 11,978 kt CO2e in 2030, which represents an increase of +18.1%. The difference, in 2030, with the BAU scenario, is -3,170 kt CO2e, which represents a mitigation impact of -20.9%. Overall, the mitigation actions accounted in the NDC scenario could help avoid, in total during the period 2021-2030, 16,828 kt CO2e compared to the BAU scenario.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "NAM", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The unconditional share will reach about 10% when taking into consideration implemented and planned measures up to 2030 which are accounted for in the BAU scenario.\f7 National emissions (Gg CO2 Eq.) BAU and mitigation scenarios for the year 2030 BAU Mitigation scenario Reduction of emissions by 89 % compared to the BAU scenario in emissions and removals in the AFOLU sector Sectors The contribution of the IPCC sectors are given in the table below.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "By 2030, technological replacement and energy efficiency measures in the passenger, freight and industrial transport sectors will reduce black carbon emissions by 20% compared to 2018 emissions.Black carbon Impact on well-being CONTRIBUTION Fair transition Fair transition Fair transition Convention on Biological Diversity EQUAL INDIAN COMMUNITIES AFRO Nationally Determined Contribution Nationally Determined Contribution Costa Rica is committed to transforming its infrastructure system into a resilient, sustainable one with high efficiency standards and low emission processes, incorporating solutions based on nature and favouring the circular economy." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Para el a\u00f1o 2030, las medidas de sustituci\u00f3n tecnol\u00f3gica y de eficiencia energ\u00e9tica en los sectores de transporte de pasajeros, de carga e industrial reducir\u00e1n las emisiones de carbono negro un 20% con respecto a las emisiones del 2018. Carbono negro Impacto sobre el bienestar CONTRIBUCI\u00d3N Transici\u00f3n justa Transici\u00f3n justa Transici\u00f3n justa Convenio Diversidad biol\u00f3gica PUEBLOS IND\u00cdGENAS COMUNIDADES AFRO\fContribuci\u00f3n Nacionalmente Determinada Contribuci\u00f3n Nacionalmente Determinada Costa Rica est\u00e1 comprometida con transformar su sistema de infraestructura hacia uno resiliente, sostenible con est\u00e1ndares de alta eficiencia y procesos bajos en emisiones, que incorpore soluciones basadas en la naturaleza y privilegie la econom\u00eda circular.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CHE", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The Government of Switzerland has formulated an indicative goal to reduce emissions by 2050 by 70 to 85 percent compared to 1990 including use of international credits as well as the vision to reduce per capita emissions in Switzerland to 1 \u2013 1.5 t CO2eq in the longer term. These unavoidable emissions will have to be eventually compensated through sinks or removals. 5. Assumptions and methodological approaches: Switzerland supports internationally agreed rules for accounting and reporting of greenhouse gas emissions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Longterm" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "NAM", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The updated NDC presents a progressive shift above the 2015 pledge to reduce emissions from 89% to 91% by 2030. Mitigation contribution Namibia s mitigation commitment is in the form of a decrease in GHG emissions compared to the Business as Usual (BAU) baseline over the 2015-2030 period. This update presents an improvement in the commitment of the devotion of Namibia to meeting the Paris Agreement goal and following the road to net zero emissions by 2050.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Netzero", + null + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "MWI", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "\ufffd Increase number of passengers using mass transport by 30% \ufffd \ufffd \ufffd Producing 351 MW of hydro electricity \ufffd Increase generation of HEP by 800MW by 2025 \ufffd \ufffd \ufffd Energy utilization Distribute energy saving cook stoves to 400 000 households \ufffd Increase the number of households adopting energy saving stoves to \ufffd \ufffd \ufffd Industrial Processes Increase use of soil-cement stabilized block and rice husk ash blended cement to around 10% of current cement production \ufffd \ufffd \ufffd Support research and use of alternative cement materials \ufffd Develop national standards for alternative building materials and technologies \ufffd \ufffd \ufffd Support industries engaged in carbon capture and storage \ufffd \ufffd \ufffd Agriculture Support development of market based policies and legal instruments to shift decisions from financial to environmental decisions \ufffd \ufffd \ufffd Develop appropriate extension and training materials for climate resilient agronomic practices \ufffd Upscale the dissemination of climate resilient agronomic practices to above 10% of current cropland \ufffd \ufffd \ufffd Build capacity to implement and monitor the agriculture", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "In the CPOS, the emission will increase rapidly after 2030 and it will reach 2,454 Mton CO2e or about 7.33 ton CO2e per capita in 2050. Whereas in the TRNS, the increase of the emission after 2030 is much slower than that of CPOS and it will reach 1,526 Mton CO2e or about 4.56 ton CO2e per capita in 2050. Under LCCP, the emission will decrease rapidly after 2030 reaching 540 Mton CO2e in 2050 or equivalent to about 1.61 ton CO2e per capita.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Building on existing downstream actions", + "Targets", + "Downstream actions" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Climate smart agriculture", + "Energy Efficiency", + "Fertilizers", + "Agriculture: General" + ], + "SectorLabel": [ + "Agriculture", + "Energy", + "Transport" + ], + "Document": [ + "Revised First NDC", + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "hybrid and EVs Ministry of Industry (MoI) Number of vehicles purchased 30% shift to electric passenger vehicles and 50% shift to electric two/three wheelers and buses by 2030 90% shift to electric passenger vehicles and 90% shift to electric two/three wheelers and buses by 2040 Establishing recharging network for EV adoption MoI with MoE Number of charging stations Transition to Euro 5 MoE (Petroleum Division) Reduction in air pollution Promote climate smart inputs and management practices in agriculture and livestock management Improve irrigation practices and water management Provincial agriculture department Reduction in drop per crop Climate resilient agriculture/ agroforestry practices Ministry of National Health Services, Regulation & Coordination (MoNHSR&C) Number of farmers trained on farming techniques Introduce climate resilient seed varieties MoNHSR&C & Provincial Departments of Agriculture (DoAs) Number of crop varieties developed and piloted Promotion, storage and management of green manure MoNHSR&C & DoAs Area of land using green manure Promote energy ef\ufb01cient practices in industries Ensure the provision of gaseous fuels at cheaper rates Reduction in prices for", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Measurable targets or indicators", + "Existing sectoral downstream actions that the NDC builds on", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "I_Emobilitycharging" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets", + "Adaptation Commitments" + ], + "NonGHGLabel": true, + "ActionLabel": true, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "GMB", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "GHG emissions in the LULUCF sector are expected to decrease from 1,415 GgCO2e in 2020 to 1,082 GgCO2e in 2030 (a decrease of 23.5 percent). Based on the mitigation measures listed above, GHG emissions in 2030 will be 589 GgCO2e. This is a 58.4 percent decrease compared to the 2020 level and a 45.6 percent compared to the expected baseline level in 2030. Figure 4: GHG emissions: LULUCF baseline and mitigation scenario. 1.3.3 Energy. Eight mitigation measures have been identified in the energy sector:.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "In addition to the above-mentioned measures, the Government of Costa Rica has adopted a number of other measures aimed at improving the quality of life of the indigenous peoples of Costa Rica." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Carbono negro Carbono negro Impacto sobre el bienestar CONTRIBUCI\u00d3N Impacto sobre el bienestar CONTRIBUCI\u00d3N Impacto sobre el bienestar CONTRIBUCI\u00d3N Contribuci\u00f3n Nacionalmente Determinada de Costa Rica 2020 Transici\u00f3n justa Carbono negro Transici\u00f3n justa Carbono negro Transici\u00f3n justa\f1.6. Para el a\u00f1o 2025, el pa\u00eds habr\u00e1 adoptado est\u00e1ndares para migrar hacia una flota de motocicletas cero emisiones y la estabilizaci\u00f3n del crecimiento de flota de motocicletas. 1.7. En el a\u00f1o 2030, al menos el 8% de la flota de veh\u00edculos ligeros \u2014privados e institucionales\u2014 ser\u00e1 el\u00e9ctrica. 1.8.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "LUX", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": [ + "The dissemination of electric vehicles in Luxembourg depends, of course, on the more or less rapid development of the international car market, but also on national measures to promote and put in place adequate recharging infrastructure. The aim is to achieve a complete decarbonisation of the national car fleet by 2050. Luxembourg has opted for the development of a common national infrastructure of public charging stations for electric vehicles157." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "La diffusion des v\u00e9hicules \u00e9lectriques au Luxembourg d\u00e9pend bien entendu de l\u2019\u00e9volution plus ou moins rapide du march\u00e9 automobile international, mais aussi de mesures nationales de promotion et de mise en place de l\u2019infrastructure de recharge ad\u00e9quate. La mission consiste \u00e0 parvenir une d\u00e9carbonisation compl\u00e8te du parc automobile national \u00e0 l\u2019horizon 2050. Le Luxembourg a opt\u00e9 pour l\u2019am\u00e9nagement d\u2019une infrastructure nationale commune de bornes de charge publiques pour v\u00e9hicules \u00e9lectriques157.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc", + "I_Emobilitycharging" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "AUS", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\ufffd Australia adopts a target of net zero emissions by 2050. This is an economy-wide target,\u00a0covering all sectors and gases included in Australia\u2019s national inventory. \ufffd In order to achieve net zero by 2050, Australia commits to seven low emissions technology stretch goals - ambitious but realistic goals to bring priority low emissions technologies to economic parity with existing mature technologies.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "BRN", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "There has been a steady increase in the number of gasoline and diesel vehicles in Brunei Darussalam since 2009. EVs are a viable transportation option for Brunei Darussalam as travelling pattern is primarily of short- distance with relatively inexpensive electricity for charging. BNCCP Strategy 4 on Renewable Energy - Increase total share of renewable energy to at least 30% of total capacity in the power generation mix by 2035.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Energy" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "We will deliver a net zero rail network by 2050, with sustained carbon reductions in rail along the way. Our ambition is to remove all diesel-only trains (passenger and freight) from the network by 2040. We will deploy new low-carbon technologies on the network such as hydrogen and battery trains, where they make operational and economic sense. We will incentivise the early take up of low carbon traction by the rail freight industry. 24.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Transport_Unc", + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "UGA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Implement 1,412 km of fully electrified standard gauge rail by 2050. 3.5.2 Targets for Transport Sector Transport sector GHG emissions under Business-As-Usual conditions will more than double from 4.2 MtCO2e in 2015 to 9.6 MtCO2e in 2030. If all the main mitigation measures under the NDC scenario are implemented fully, they have the potential to limit the growth of the emissions by 29% to 6.8 MtCO2e in 2030 as illustrated in the figure 3-6.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_C", + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "GEO", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Scope All greenhouse gases not controlled by the Montreal Protocol: \uf0b7 Carbon Dioxide (CO2) \uf0b7\f \uf0b7 Nitrous Oxide (N2O) \uf0b7 Hydrofluorocarbons (HFCs) \uf0b7 Perfluorocarbons (PFCs) \uf0b7 Sulphur hexafluoride (SF6) Base Year Period Reduction level Georgia plans to unconditionally reduce its GHG emissions by 15% below the Business as usual scenario (BAU) for the year 2030. This is equal to reduction in emission intensity per unit of GDP by approximately 34% from 2013 to 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "This INDC is consistent with Mexico\u00b4s pathway to reduce 50% of emissions by the year 2050, with respect to the year 2000, as mandated by the LGCC. In presenting its INDC, Mexico reaffirms its commitment to combat climate change, to the multilateral rules-based climate regime that requires the participation of all countries, and to sustainable development, as well as its solidarity with the most vulnerable countries.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Longterm" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "NZL", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "NEW ZEALAND Submission under the Paris Agreement New Zealand\u2019s Nationally Determined Contribution New Zealand hereby communicates its nationally determined contribution under the Paris Agreement. New Zealand commits to reduce greenhouse gas emissions to 30% below 2005 levels by 2030. \f Time period Type of commitment Absolute reduction target managed using a carbon budget.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "COM", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "Over the period 2015-2030, 3,103 kt CO2eq of cumulative additional removals are permitted through the implementation of mitigation actions. Figure 4: Comparison of CNA and CDN scenarios for LULUCF and additional removals (in kt CO2eq) Finally, the graph below shows the evolution of emissions under the CDN scenario, showing that the country would remain a net carbon sink. Figure 5:" + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Sur la p\u00e9riode 2015-2030, 3 103 kt CO2eq d\u2019absorptions additionnelles cumul\u00e9es sont permises par la mise en \u0153uvre des actions d\u2019att\u00e9nuation. Figure 4: Comparaison des sc\u00e9narios CNA et CDN pour l\u2019UTCATF et absorptions additionnelles (en kt CO2eq) Enfin, le graphique ci-dessous pr\u00e9sente l\u2019\u00e9volution des \u00e9missions selon le sc\u00e9nario CDN, montrant que le pays resterait un puits net de carbone.\f Figure 5: Evolution des \u00e9missions et absorptions selon le sc\u00e9nario CDN (en kt CO2eq) 2.6.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CHE", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Switzerland\u2019s INDC Switzerland commits to reduce its greenhouse gas emissions by 50 percent by 2030 compared to 1990 levels, corresponding to an average reduction of greenhouse gas emissions by 35 percent over the period 2021-2030. By 2025, a reduction of greenhouse gases by 35 percent compared to 1990 levels is anticipated. Carbon credits from international mechanisms will partly be used. The INDC is subject to approval by Parliament. The methodological approaches underlying the Swiss INDC are included in this communication. A.) Up-front Information 1.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Despite the challenge, however, if anything, this crisis will strengthen the determination of Cabo Verde and its people to take aggressive action to combat and adapt climate change. Key contributions of Cabo Verde to the Paris Agreement Cabo Verde\u2019s new key contributions include: Box 3: Increasing Cabo Verde\u2019s 2030 climate ambitions \u2022 By 2030, Cabo Verde commits to reduce economy-wide GHG emissions by 18% below the BAU scenario. Conditional on adequate international support, this reduction target may go up to 24% below the BAU scenario.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "By keeping his van plugged in during the week when he doesn\u2019t need to use it, he\u2019s able to sell energy back to the grid when demand is high. Maritime 34. We will plot a course to net zero for the UK domestic maritime sector, with indicative targets from 2030 and net zero as early as is feasible. We will establish, after public consultation in 2022, an ambitious \u2018Course to Zero\u2019.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "COD", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "The combined unconditional and conditional contribution thus represents a 21% reduction in total GHG emissions relative to the OAU in 2030 (of which 19% conditional and 2% unconditional), equivalent to an estimated mitigation level of up to 650 Mt CO2e by 2030. The table below shows the main levers identified and the associated costs by sector as well as the potential for emission reductions in 2030. A total of 30 GHG mitigation actions are proposed, classified according to priority sectors." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "La contribution inconditionnelle et conditionnelle combin\u00e9e est ainsi une r\u00e9duction de 21% des \u00e9missions totales des GES par rapport au BAU en 2030 (dont 19% conditionnel et 2%\finconditionnel); cela \u00e9quivaut \u00e0 un niveau d att\u00e9nuation estim\u00e9 jusqu \u00e0 650 Mt CO2e \u00e0 l\u2019horizon 2030. Le tableau ci-apr\u00e8s montre les principaux leviers d\u2019intervention identifi\u00e9s et les co\u00fbts associ\u00e9s par secteur ainsi que le potentiel de reduction des \u00e9missions en 2030. Au total, 30 actions d att\u00e9nuation des \u00e9missions des GES sont propos\u00e9es, class\u00e9es en fonction des secteurs prioritaires.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "MNE", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "In the following Annex additional information is provided regarding the INDC in order to ensure clarity, transparency and understanding. ANNEX Intended Nationally Determined Contribution of Montenegro Type Economy-wide base year based emission reduction target Gases covered All greenhouse gases not controlled by the Montreal Protocol: Carbon Dioxide (CO2), Nitrous Oxide (N2O) Hydrofluorocarbons (HFCs) Perfluorocarbons (PFCs) Solapur hexafluoride (SF6) Nitrogen trifluoride (NF3) Base year Target year Reduction level 30% emission reduction by 2030 compared to the 1990 Sectors covered Sectors included are: Energy Fuel Combustion Fugitive emissions from fuels CO2 transport and storage Industrial processes Mineral industry Chemical industry Metal industry Non-energy products from fuels and solvent use Electronic industry Product uses as substitutes for ODS Other Product Manufacture and Use Other Agriculture Livestock Aggregate sources and non-CO2 emissions sources on land Waste Planning process Planning process of the INDC included the review of available data and modelling work applicable to", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "CCICD then engaged members of the Steering Committee as well as numerous national and international experts and stakeholders from private sector, academia, and civil society through a participatory process to develop the LEDS (described in section 1.5 below). 1.2 FIJI\u2019S VISION Fiji aims to reach net zero carbon emissions by 2050 across all sectors of its economy. This is consistent and aligns directly with Fiji\u2019s objective stated above to ensure that net zero emissions is achieved globally by 20503.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "AUS", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": true, + "Context": "Australia\u2019s Long Term Greenhouse Gas Emissions Reduction Strategy is under development, and will be submitted to the UNFCCC ahead of the 26th Conference of the Parties (COP26). II. Policies and measures. Australia\u2019s policies and measures, including those newly released in 2020, will enable the deployment of new and emerging low-emissions technologies to drive emission reductions and support economic growth.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Longterm" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "China will accelerate the development of a low-carbon transport system, and actively expand the application of electric power, hydrogen energy, natural gas, and advanced liquid biofuels in transportation. By 2030, the proportion of new energy and clean energy-powered vehicles will reach about 40% of all the vehicles sold in that year, the carbon emission intensity of converted turnover of commercial vehicles will decrease about 9.5% from 2020 level, and the comprehensive energy consumption per unit of converted turnover of railways will drop by 10% from 2020 level, and oil consumption by land transportation strives to peak.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "ZWE", + "IKI_DataSheet": [ + "targets", + "covid19" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The NDC revision process incorporated impacts of COVID-19 on emissions trends and macroeconomic parameters, including GDP, which fed into the updated baseline. Emission reduction target The INDC emission reduction target was a 33% reduction in energy-related emissions per capita compared to BAU by 2030, conditional on international support. In the mitigation scenario, energy-related emissions per capita were projected to be 2.21 tCO2eq in 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "Y_General", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "BRA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Brazil\u2019s iNDC has a broad scope including mitigation, adaptation and means of implementation, consistent with the contributions\u2019 purpose to achieve the ultimate objective of the Convention, pursuant to decision 1/CP.20, paragraph 9 (Lima Call for Climate Action). MITIGATION: Contribution: Brazil intends to commit to reduce greenhouse gas emissions by 37% below 2005 levels in 2025. \f Subsequent indicative contribution: reduce greenhouse gas emissions by 43% below 2005 levels in 2030. Type: absolute target in relation to a base year.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "NAM", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "(SWH) Transport: 9) Promote passenger vehicle fuel efficiency standards (in 80 % of total passenger vehicle population) 10) 10 000 Electric Vehicles - replacing gasoline 11) Fuel switching to low-carbon fuels - Hydrogen replacing diesel 12) Light-duty vehicles (LDV) \u2013 reducing fuel use by 20% Subtotal IPPU including RAC Industry: 13) Replace 23% clinker in cement production Refrigeration and Air Conditioning (Climate-friendly and energy-efficient alternatives): 14) Split residential air conditioners \u2013 switch to R290 (propane) 15) Car air conditioning \u2013 safe disposal of old car ACs 16) Domestic refrigeration - R600a (isobutane) and safe disposal of old refrigerators 17) Commercial refrigeration (Stand-alone equipment) \u2013 switch to R290 (propane) and R744 (CO2) and safe disposal of old equipment 18) Commercial refrigeration (Condensing units) \u2013 switch to R290 (propane) and R744 (CO2) and safe disposal of old equipment Subtotal AFOLU 19) Reduce deforestation rate by 75 % 20) Reforest of 20,000 ha per year 21) Restore15.5 million ha of degraded savanna 22) Plant 10,000 ha of trees per year under Agroforestry 23)", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "I_Vehicleeff", + "T_Transport_O_Unc", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "VUT", + "IKI_DataSheet": [ + "targets", + "investment" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The GHG emission reduction targets in this section are all conditional upon international support (financial and technical support) made available. Coverage Energy; Agriculture, Forestry and Other Land Use (AFOLU); and Waste Timeframe Single year target \u2013 2030, including updates on 2025 targets Energy Energy Industry (Electricity Generation) \uf0b7 By 2030, Renewable Energy Capacity Addition and substituting (replacement) of fossil fuels with Coconut (Copra) Oil based Electricity Generation: transitioning to close to 100% renewable energy in the electricity generation sector.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Energy", + "M_Project" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "UGA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "All traditional fuels (petrol/gasoline and diesel). 1% per year increase in alternative fuel use for all road vehicles - 60% of the increase comes from natural gas. - 20% from ethanol (E10). - 20% from biodiesel.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Archived Revised First NDC" + ], + "TargetLabel": true, + "Context": "\u2022 FINANCIAL \u2022 TECHNICAL \u2022 TECHCNOLOGICAL \u2022 CAPACITY BUILDING Black Carbon Instruments NDC Unconditional commitments Conditional commitments GHG BC GHG BC Power Transport Industry Residential Oil and gas Agriculture Waste LUCF Synergy with adaptation Sectors Mexico is unconditionally committed to re- duce its greenhouse gas (GHG) emissions by 22% and its black carbon emissions by 51% by 2030 compared to a baseline un- der a business-as-usual (BAU) scenario. In addition, conditional commitments would allow for increased emissions mitigation, reaching a target of up to 36% reduction of GHG emissions and 70% of black carbon emissions by 2030 compared to the BAU.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "EEU", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The EU and its Member States, acting jointly, are committed to a binding target of a net domestic reduction of at least 55% in greenhouse gas emissions by 2030 compared to 1990. This NDC and accompanying information contained in the Annex replaces the 6 March 2015 submission of the EU and its Member States contained in the UNFCCC interim NDC registry and will, as of the date of the receipt of this submission by the Secretariat, be considered to be the current NDC maintained by the EU and its Member States under Article 4 of the Paris Agreement. III.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "MAR", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Sectoral plans on" + ], + "SubSectorLabel": [ + "Vehicle Fleet", + "Solid Waste", + "Waste-to-Energy" + ], + "SectorLabel": [ + "Transport", + "Waste" + ], + "Document": [ + "First NDC", + "First NDC" + ], + "TargetLabel": true, + "Context": "Upgrade of Utility Vehicles 20 Years and Older between 2025 and 2030. Upgrade utility vehicles of 20 years and older to lower their fuel consumption, between 2025 and 2030. 3. 2.216. 42. Mechanical biological treatment and co-incineration of household waste. Recycling household waste through co-incineration, mechanical biological treatment. This process involves the following manipulations: mechanical sorting and crushing, biological treatment with aerobic drying. 1,440. 58.811. 43. Recycling of GHG Emissions from Wastewater Treatment Plants. Biogas collection from wastewater treatment plants (WWTP) for electricity generation.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Information on sectoral plans" + ], + "PlansLabel": true, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "I_VehicleRestrictions" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets", + "Sectoral Mitigation Plans" + ], + "NonGHGLabel": true, + "ActionLabel": false, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "LBN", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "20% of the power and heat demand in 2030 is generated by renewable energy sources. 3. A 10% reduction in power demand through energy- efficiency in 2030 compared to the demand under the BAU scenario. 1. A GHG emission reduction of 31% compared to the Business-As-Usual (BAU) scenario in 2030 (amounting to 12,075 Gg. CO2eq.). 2. 30% of the power demand (i.e. electricity demand) and 16.5% of the heat demand (in the building sector) in 2030 is generated by renewable energy sources. 3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "\u2022 Introduce a zero emission vehicle mandate setting targets for a percentage of manufacturers\u2019 new car and van sales to be zero emission each year from 2024. \u2022 Take forward our pledge to end the sale of all new, non-zero emission road vehicles by 2040, from motorcycles to buses and HGVs, subject to consultation. \u2022 Ensure the UK\u2019s charging infrastructure network is reliable, accessible, and meets the demands of all motorists.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc", + "I_Emobilitycharging" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets", + "implementation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "Increased levels of active travel can improve everyday life for us all. 17. We will deliver the Prime Minister\u2019s bold vision for cycling and walking, investing \u00a32 billion over five years with the vision that half of all journeys in towns and cities will be cycled or walked by 2030. We will also deliver thousands of miles of safe, continuous, direct routes for cycling in towns and cities, physically separated from pedestrians and volume motor traffic along with more low traffic neighbourhoods and school streets.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "P_Specific", + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "PAK", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The GoP has taken a series of major initiatives as outlined in chapters 4 and 5. Hence, Pakistan intends to set a cumulative ambitious conditional target of overall 50% reduction of its projected emissions by 2030, with 15% from the country\u2019s own resources and 35% subject to provision of international grant \ufb01nance that would require USD 101 billion just for energy transition. 7.1 HIGH PRIORITY ACTIONS Addressing the Global Climate Summit at the United Nations in December 2020, the Prime Minister of Pakistan made an announcement to reduce future GHG emissions on a high priority basis if international \ufb01nancial and technical resources were made available: MITIGATION: 1.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "MNG", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Reduce building heat loss by 20% by 2020 and by 40% by 2030, compared to 2014 levels. Reduce internal energy use of Combined Heat and Power plants (improved plant efficiency) from 14.4% in 2014 to 11.2% by 2020 and 9.14% by 2030. Implement advanced technology in energy production such as super critical pressure coal combustion technology by 2030. Energy (Transport) Improve national paved road network. Upgrading/Paving 8000 km by 2016, 11000 km by 2021.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "S_Infraexpansion", + "T_Transport_O_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "IDN", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "(a) Unconditional Reduction (b) Conditional Reduction Indonesia in its 1st NDC committed to reduce unconditionally 29% of its greenhouse gasses emissions against the business as usual scenario by the year of 2030. The BAU scenario was projected approximately 2.869 GtCO2-eq in 2030 which was updated from the BAU scenario on the INDC along with energy policy development particularly in coal fired power plant. The Enhanced NDC increases unconditional emission reduction target of 31.89%, compared to 29% in the 1st NDC.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "GIN", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "The conditional objective (CDN+) is 3929 ktCO2 eq/year, or 17.0% below the trend scenario, or an emission growth of 4% per year over the period 2020-2030. On LULUCF, excluding reforestation (absorption not taken into account), the Republic of Guinea sets its unconditional objective (CDN) of a 20% reduction in its gross emissions in 2030 below the trend scenario. The conditional objective (CDN+) is 49% below the trend scenario." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "L\u2019objectif conditionnel (CDN+) s\u2019\u00e9tablit \u00e0 3929 ktCO2 eq/an, soit 17,0% par rapport au scenario tendanciel, soit une croissance des \u00e9missions de 4% par an sur la p\u00e9riode 2020-2030. Sur UTCAFT, hors actions de reboisement (absorptions non prises en compte), la R\u00e9publique de Guin\u00e9e \u00e9tablit son objectif inconditionnel (CDN) \u00e0 20% de r\u00e9duction de ses \u00e9missions brutes en 2030 par rapport au scenario tendanciel. L\u2019objectif conditionnel (CDN+) s\u2019\u00e9tablit \u00e0 49% par rapport au scenario tendanciel.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "Transformation vision: \u2022 In 2035, 30% of the public transport fleet will be zero-emissions and the Passenger Electric Train will be in operation, running 100% on electricity \u2022 In 2050, the public transport system (Buses, Taxis, Passenger Electric Train) will operate in an integrated way, replacing the private automobile as the first option of mobility for the population in the GMA. \u2022 In 2050, 85% of the public transport fleet will be zero-emissions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "VNM", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "\uf0b7 GHG emissions in 2010: 246.8 million tCO2e \uf0b7 Projections for 2020 and 2030 (not included industrial processes): Unconditional contribution With domestic resources, by 2030 Viet Nam will reduce GHG emissions by 8% compared to BAU, in which: - Emission intensity per unit of GDP will be reduced by 20% compared to the 2010 levels; - Forest cover will increase to the level of 45%. Conditional contribution The above-mentioned 8% contribution could be increased to 25% if international support is received through bilateral and multilateral cooperation, as well as through the implementation of new mechanisms under the Global Climate Agreement, in which emission intensity per unit of GDP will be reduced by 30% compared to 2010 levels. 2.3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "On conditional terms, Mexico can increase its 2030 target to 40%, compared to its baseline in 2030, if international financing, innovation and technology transfer are scaled up, and if other countries, mainly the largest emitters, make huge efforts to meet the most ambitious targets of the Paris Agreement." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "De forma condicionada, M\u00e9xico puede aumentar su meta al 2030 hasta 40%, con respecto a su l\u00ednea base en 2030, si se escala el financiamiento internacional, la innovaci\u00f3n y transferencia tecnol\u00f3gica, y si otros pa\u00edses, principalmente los mayores emisores, realizan esfuerzos conmensurados a los objetivos m\u00e1s ambiciosos del Acuerdo de Par\u00eds. Finalmente, se ratifica la meta de reducci\u00f3n de las emisiones de carbono negro de 51% de forma no condicionada en 2030, y 70% de forma condicionada.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Second NDC" + ], + "TargetLabel": true, + "Context": "Taking into account its negligible emissions and limited resources, as well as the ongoing disruption and uncertainty brought about by the COVID-19 pandemic, Tonga\u2019s second NDC is nevertheless ambitious and reflects the urgency of the Paris Agreement. Tonga\u2019s targets for mitigation are as follows: \ufffd Energy: 13% (16 Gg) reduction in GHG emissions by 2030 compared to 2006 through a transition to 70% renewable electricity as well as energy efficiency measures.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "MCO", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "SF6 - SF6 emissions increased from 3.6 E-6 kt in 1990 (4.1 E-6 kt in 1995) to 5.4 E-6 kt in 2018. Distribution of GHG emissions by gas in 2018 of the Environment Evolution of GHG emissions by gas between 1990 and 2018 of the Environment 2.2 Objectives for the reduction of greenhouse gas emissions 2030 The Principality of Monaco has set itself the objective, within the framework of this Determined National Contribution, of reducing its greenhouse gas emissions by 55% by 2030. of the Environment 2.3 Main Policies and Measures In order to achieve its objectives by 2030, the Principality of Monaco has already implemented important policies and measures." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "SF6 - Les \u00e9missions de SF6 sont pass\u00e9es de 3,6 E-6 kt en 1990 (4,1 E-6 kt en 1995) \u00e0 5,4 E-6 kt en 2018. R\u00e9partition des \u00e9missions de GES par gaz en 2018 \fde l\u2019Environnement Evolution des \u00e9missions de GES par gaz entre 1990 et 2018 \fde l\u2019Environnement 2.2 Objectifs de r\u00e9duction des \u00e9missions de gaz \u00e0 effet de serre 2030 La Principaut\u00e9 de Monaco s\u2019est fix\u00e9e comme objectif, dans le cadre de la pr\u00e9sente Contribution D\u00e9termin\u00e9e au Niveau National, de r\u00e9duire ses \u00e9missions de gaz \u00e0 effet de serre de 55% en 2030. \fde l\u2019Environnement 2.3 Principales Politiques et Mesures Pour l\u2019atteinte de ses objectifs \u00e0 horizon 2030, la Principaut\u00e9 de Monaco a d\u2019ores et d\u00e9j\u00e0 mis en \u0153uvre d\u2019importantes politiques et mesures.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "RUS", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "This indicator is intended to demonstrate the importance of protecting and improving the quality of removals and sinks of greenhouse gases, as mentioned in Article 5 of the Paris Agreement. The first nationally determined contribution of the Russian Federation is consistent and calls to reduce greenhouse gas emissions by 2030, reduction of greenhouse gas emissions to 70 percent compared to the 1990 level, taking into account the maximum possible absorptive capacity of forests and other\f ecosystems and subject to sustainable and balanced socio- economic development of the Russian Federation.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CPV", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Aware that Cabo Verde needs support to meet these ambitious mitigation targets, the country seeks to join regional and international initiatives promoting low-carbon maritime transport, starting along the North-West African routes. Cabo Verde\u2019s contributions in this sector for 2030 are as follows: MITIGATION CONTRIBUTION #3: LOWERING THE CARBON INTENSITY OF MOBILITY Cabo Verde undertakes to electrify at least 25% of its land-borne transport fleet (new vehicles) by 2030 by resorting to RE sources.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "ISL", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "This document enfolds Iceland\u2019s first communication on its long-term strategy (LTS), to be updated when further analysis and policy documents are published on the matter. Iceland is committed to reducing its overall greenhouse gas emissions and reaching climate neutrality no later than 2040 and become fossil fuel free in 2050, which should set Iceland on a path to net negative emissions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "MWI", + "IKI_DataSheet": [ + "targets", + "investment", + "benefits", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\uf061\uf020 \uf061\uf020 \uf061\uf020 Clean Coal technology - Carbon Capture and Storage (CCS) Deployment of carbon capture to sub-critical coal power stations in the north of Malawi with permanent geological storage within in-situ coal seams. MOE (Department of Energy Affairs) MERA, EGENCO, ESCOM, IPPs, Department of Mines, donors US$ 4.8 billion conditional Not applicable \uf061\uf020 \uf061\uf020 \uf061\uf020 TRANSPORT\uf020\f MALAWI\u2019S UPDATED NATIONALLY DETERMINED CONTRIBUTION NDC MEASURE LINE MINISTY (FOCAL POINT) OTHER KEY IMPLEMENTING ENTITIES TOTAL ESTIMATED FUNDING ADAPTATION AND RESILIENCE CO-BENEFITS ALIGNMENT WITH SDGs TIMELINE Modal shift: private to passenger transport Increasing the share of passenger transport from around 10% at present to around 30% in 2040, reducing GHG emissions from gasoline and diesel use.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "S_PublicTransport", + "M_Project", + "T_Transport_O_C", + null + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "SLE", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Existing infrastructure will also be retrofitted, or managed differently, because of climate change.\f 5. MITIGATION CONTRIBUTION In order to contribute to the mitigation of global GHG emissions, Sierra Leone\u2019s commitment is to reduce its domestic GHG emissions of 10% by 2030 as compared to a no-policy scenario of 2015 to 2030, with an intermediary indicative mitigation target of 5% reduction by 2025 against the same baseline.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "UZB", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The Republic of Uzbekistan has increased its commitments in the updated natio nally determined contribution (NDC) and intends to reduce specific gree nhouse gas emissions per unit of GDP by 35% by 2030 from the level of 2010 instead of 10% specified in the NDC1. CONTENT EXECUTIVE SUMMARY \u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026.\u2026 1 NATIONAL CIRCUMSTANCES\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026. 2 MITIGATION MEASURES\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026. 2.1 Information needed for clarity, transparency and understanding of the nationally determined contributions \u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026. 2.2 Additional information on mitigation aspects in the Republic of Uzbekistan \u2026\u2026\u2026\u2026\u2026 3 ADAPTATION\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026 4 WAYS OF UPDATED NDC IMPLEMENTATION\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026\u2026.\u2026 ABBREVIATIONS GDP Gross domestic product RES Renewable energy sources HPP Hydro power plant HFCs Hydrofluorocarbons GCF Green Climate Fund COP Conference of the Parties to the UNFCCC IPCC Intergovernmental Panel on Climate Change CDM Clean Development Mechanism IFI International financial institutions NAP National adaptation plan GHGs Greenhouse gases GWP Global warming potential of greenhouse gases FBUR First Biennial Updated Report INDCs", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ZAF", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "Agriculture sector - 1 PJ verified electricity saving from officially supported projects, annually Transport sector - 20% reduction in the average vehicle energy intensity (measured in MJ/km) of the South African road vehicle fleet, by 2030. The NEES also identifies a set of measures to be implemented in each sector to achieve the stated targets. These are shown in Table 3.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "KGZ", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "It indicates directions for a low-carbon transformation untill 2030, with consideration given to national priorities and the Sustainable Development Goals. The Kyrgyz Republic recognizes the importance of the adoption of the Low-Carbon Development Strategy and the National Adaptation Policy. The overall mitigation goal of the Kyrgyz Republic is to unconditionally reduce GHG emissions by 16.63% by 2025 and by 15.97% by 2030, under the business-as-usual scenario.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "MRT", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "For example, Mauritania\u2019s updated CDN projects a net reduction in economy-wide GHG emissions of 11% in 2030 compared to the baseline scenario with the country\u2019s own resources supported by international support comparable to that received up to 2020." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "fr", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Ce potentiel est constitu\u00e9 par l\u2019\u00e9norme gisement de production d\u2019\u00e9nergie propre, \u00e9olienne et solaire. Ainsi, la CDN actualis\u00e9e de la Mauritanie pr\u00e9voit une r\u00e9duction nette des \u00e9missions de GES \u00e0 l\u2019\u00e9chelle de l\u2019\u00e9conomie de 11% en 2030 par rapport au sc\u00e9nario de r\u00e9f\u00e9rence avec les moyens propres du pays soutenu par un appui international comparable \u00e0 celui re\u00e7u jusqu\u2019\u00e0 2020. Avec un appui plus cons\u00e9quent, la Mauritanie pourrait assurer sa neutralit\u00e9 carbone, allant jusqu\u2019\u00e0 une r\u00e9duction de 92% conditionnelle par rapport au BAU.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "UGA", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Adopt TOD friendly building control rules by 2025. TOD reduces motorised travel demand by 5% in 2050. BRT \u2013 Bus Rapid Transit Road: Standard growth rate of PKM of 7% to 2025 and 6% to 2050. No change in load factor. Minimal policies to encourage mass transit uptake over private vehicles. Implement 101 km of BRT in GKMA in 2030.18 Policies introduced to manage the use of personal motor vehicles to reduce congestion and encourage a shift to public transport, walking, and cycling.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "S_BRT", + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "GHA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "The 13 adaptation measures are divided into seven unconditional2 and six conditional3 programmes of action. For the 34 mitigation measures, Ghana aims to implement nine unconditional programmes of action that would result in 8.5 MtCO2e GHG reductions by 2025 and a further 24.6 MtCO2e by 2030 compared to the 2020-2030 cumulative emissions in a baseline scenario.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "IND", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "To put forward and further propagate a healthy and sustainable way of living based on traditions and values of conservation and moderation. 2. To adopt a climate friendly and a cleaner path than the one followed hitherto by others at corresponding level of economic development. 3. To reduce the emissions intensity of its GDP by 33 to 35 percent by 2030 from 2005 level. 4.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "USA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "In addition, since 2008 the United States has reduced greenhouse gas emissions from Federal Government operations by 17 percent and, under Executive Order 13693 issued on March 25th 2015, has set a new target to reduce these emissions 40 percent below 2005 levels by 2025. Relationship with inventory: This approach, and the definitions and metrics used, are fully consistent with our greenhouse gas inventory.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "FJI", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "Total Net Emissions for Fiji under the four LEDS scenarios (all values in metric tonnes CO2e). \u201cAs the central goal of this LEDS, Fiji aims to reach net zero carbon emissions by 2050 across all sectors of its economy\u201d\fFIJI LOW EMISSION DEVELOPMENT STRATEGY 2018-2050 I 7 6 Each of the emission reduction scenarios detailed for each sector in this LEDS is underpinned by a range of key policies and actions that must be undertaken in each sector to achieve the emission reductions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "GBR", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In December 2020, the United Kingdom of Great Britain and Northern Ireland (the UK) communicated its Nationally Determined Contribution (NDC) to the United Nations Framework Convention on Climate Change (UNFCCC) in line with Article 4 of the Paris Agreement. In its NDC, the UK commits to reducing economy-wide greenhouse gas emissions by at least 68% by 2030, compared to 1990 levels. At COP26 in November 2021, which the UK hosted in Glasgow, Parties resolved to pursue efforts to limit global temperature increase to 1.5\u00b0C.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "KHM", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "Fuel switching to electricity for cooking \u2022 Substitution of coal in the industrial and power sector Transportation \u2022 More use of public transportation \u2013 30 percent modal share in urban areas by 2050 \u2022 Moderate penetration of electric vehicles \u2013 70 percent for motorcycles and 40 percent for cars and urban buses by 2050 \u2022 Increased fuel efficiency for internal combustion engine vehicles \u2022 Rail for freight and passengers \u2022 CNG penetration of 80 percent for interregional buses and 80 percent for trucks until 2050 Industrial processes and product use \u2022 Clinker substitution in cement production \u2022 Carbon capture and storage for cement kilns \u2022 Use of recycled aggregate concrete \u2022 Increasing use of refrigerants with low global warming potential \u2022 Regular inspection of refrigeration and air- conditioning equipment and recovery of spent refrigerants Waste \u2022 Reducing open burning by expanding waste collection coverage to 85 percent in 2050 \u2022 Implementing a reduce, reuse, and recycle strategy \u2022 Landfill gas management \u2022 Organic composting \u2022 Anaerobic digestion and wastewater treatment", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc", + "I_LPGCNGLNG", + "S_PublicTransport", + "S_Railfreight", + "S_Infraexpansion", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "GTM", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "In order to meet the conditional target, the country remains committed to seeking external and additional technical and financial support, with the aim of increasing the national ambition and achieving a 22.6% reduction in projected emissions by 2030." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Por su parte, para cumplir con la meta condicionada, el pa\u00eds mantiene el compromiso de buscar apoyo t\u00e9cnico y financiero externo y adicional, con la finalidad de aumentar la ambici\u00f3n nacional y lograr la reducci\u00f3n del 22.6 % de emisiones proyectadas al 2030. En este sentido, con la actualizaci\u00f3n de los datos del escenario BAU, las metas de mitigaci\u00f3n quedar\u00edan de la siguiente manera: Meta no condicionada al apoyo internacional: Al 2030, se ha reducido el 11.2 % de las emisiones de GEI con respecto al escenario tendencial (BAU), lo cual conlleva reducir las emisiones a 64.9 millones de toneladas de CO2-eq.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "TUN", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "The conditional contribution allows for an additional decrease of 28 per cent in carbon intensity, with 2010 as the base year. The graph below represents the trajectory of Tunisia s conditional and unconditional contribution for the period 2015-2030: Trajectory of Tunisia s conditional and unconditional contribution for the period 2015- Equity and ambition Tunisia, as a Non-Annex I Party to the UNFCCC, shall actively contribute to the planetary effort to mitigate greenhouse gas emissions.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": null, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "ISR", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Most noteworthy is Government Decision 171 passed on the 25th of July 2021 entitled \"Transition to a Low Carbon Economy.\u201d Unlike Israel s original NDC, this new Decision includes an unconditional absolute greenhouse gas (GHG) emissions reduction goal for 2030 of 27% relative to 2015 and an unconditional absolute GHG emissions reduction goal for 2050 of 85% relative to 2015. Whereas our INDC submitted in 2015 projected 2030 emissions would be 81.65 MtCO2e, under this update they are projected to be 58 MtCO2e by 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "ZWE", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "- Internal food and nutrition security reports for the cabinet under the National Early Warning Unit as well as the ZimVAC reports up to 2030. - Crop yield assessments by the Ministry of Agriculture, Mechanisation and Irrigation Development. 2.2. Mitigation Contribution of Contribution GHGs, GHG Intensity (Emissions per capita) Energy 5. Target level The Mitigation Contribution for Zimbabwe is given as 33%* below the projected Business As Usual energy emissions per capita by 2030. Figure 2. Emissions per capita trends with and without mitigation projects.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "DMA", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Sustain the current growth rate of renewables and other zero and low-carbon power generation until 2025 to reach 100% share by 2050. No new coal power plants, reduce emissions from existing coal fleet by 30% by 2025. Last fossil fuel passenger car sold by 2035\u20132050. Develop and agree on a 1.5oC - consistent vision for aviation and shipping. All new buildings fossil-free and near-zero energy by 2020. Increase building renovation rates from less than 1% in 2015 to 5% by 2020.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_Unc", + "I_ICEdiesel" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": [ + "targets", + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "In model pathways indicated in the report, global net anthropogenic CO2 emissions decline by about 45% from 2010 levels by 2030, reaching net zero around 2050. For limiting global warming to below 2\u00b0C, the report suggests that CO2 emissions are projected to decline by about 25% by 2030 from the 2010 level and reach net zero around 2070. The report specifies that the pathways that overshoot 1.5\u00b0C of global warming rely on CO2 removal measures to return to below 1.5\u00b0C by 2100.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Netzero" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "CRI", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "In the year 2025, the establishment of sustainable logistics models will have begun in the main ports, urban areas and logistics consolidation centers of the country, in accordance with the National Strategic Plan Costa Rica 2050." + ], + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "En el a\u00f1o 2025 se habr\u00e1 iniciado el establecimiento de modelos de log\u00edstica sostenible en los principales puertos, zonas urbanas y centros de consolidaci\u00f3n log\u00edstica del pa\u00eds, en consonancia con el Plan Estrat\u00e9gico Nacional Costa Rica 2050. PUEBLOS IND\u00cdGENAS COMUNIDADES AFRO Carbono negro Carbono negro Carbono negro Impacto sobre el bienestar CONTRIBUCI\u00d3N Impacto sobre el bienestar CONTRIBUCI\u00d3N Impacto sobre el bienestar CONTRIBUCI\u00d3N Contribuci\u00f3n Nacionalmente Determinada de Costa Rica 2020 1.5.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": null, + "IKI_Parameter": [ + "T_Transport_O_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": null, + "ActionLabel": null, + "GHGLabel": null + }, + { + "ConditionalLabel": false, + "Alpha3": "KEN", + "IKI_DataSheet": [ + "adaptation", + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": true, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "P14: Promote and expand opportunities for nature based enterprises including seaweed farming, and mangrove ecotourism P15: Integrate the use of nature based solutions, including the implementation of national mangrove management plan, into national and county development plans P16: Strengthen early-warning and tailor made climate information services through institutional strengthening of KMD and other information _user institutions P17: Roll-out Early Action Protocols for forecast based financing Infrastructure P18:Develop and adopt guidelines on how to climate proof energy infrastructure using vulnerability risk (energy) assessments P19:Enhance climate proofing of energy infrastructure along the renewable energy supply chain P20: Increase the number of companies participating in energy efficient water-use initiatives by 40% from the baseline Infrastructure (roads) P21:Upscale the construction of roads to systematically harvest water and reduce flooding P22: Enhance institutional capacities on climate proofing vulnerable road infrastructure through vulnerability assessments P23: Promote the use of appropriate designs and building materials to enhance resilience of, at least 4500km of roads to climate risk Water and sanitation _|P24:Conduct and implement recommendations on climate and", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Adaptation_Unc", + "R_Education", + "R_Design", + "R_Infrares" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "PSE", + "IKI_DataSheet": [ + "targets", + "investment", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "\u2022 At least a 30% increase in the awareness of people, particularly women, by 2030 about measures that they can take to help prevent major diseases related to water, sanitation and food. Transport: Reducing emissions in the road transport sector \u2022 Plug-in electric-hybrid-vehicles \u2022 Improve the efficiency of the road vehicles \u2022 Control the technical condition of vehicles and periodic maintenance to improve fuel efficiency and reduce emissions. \u2022 Reducing the emissions of the passenger vehicle fleet by 8% by 2030, and 24% by 2040.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "I_Vehicleimprove", + "M_Project", + "T_Transport_O_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "MYS", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "MALAYSIA\u2019S INTENDED NATIONALLY DETERMINED CONTRIBUTION Malaysia intends to reduce its greenhouse gas (GHG) emissions intensity of GDP by 45% by 2030 relative to the emissions intensity of GDP in 2005. This consist of 35% on an unconditional basis and a further 10% is condition upon receipt of climate finance, technology transfer and capacity building from developed countries.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "NGA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "In the updated NDC, Nigeria recommits to its unconditional contribution of 20% below business- as-usual by 2030 and increases its conditional contribution from 45% to 47% below business-as- usual by 2030, provided that sufficient international support is forthcoming. In addition to the existing sectors of the 2015 NDC, Nigeria in scaling up her ambitious targets, included the waste and water resources sectors and articulates other nature-based solutions not included in the 2015 NDC.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "SLB", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Despite its status as a low emitting least developed country, Solomon Islands will nonetheless, commit to reduce its emissions by 14% by 2025 below 2015 and by 33% below 2015 by 2030 compared to a business-as-usual projection. If and when Paris Agreement addresses international assistance to access financial and technical resources, Solomon Islands can, with international assistance, contribute: \u2022 a further 27% reduction in GHG emissions by 2025, and \u2022 a further 45% reduction in GHG emissions by 2030, compared to BaU projection.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "MNG", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Nationally Determined Contribution Target Mongolia intends to achieve a target to mitigate its greenhouse gas emissions by 22.7 percent by 2030, compared to the business as usual scenario, excluding LULUCF. B. Methodology and Assumptions Metric applied IPCC Second Assessment Report (SAP), 100-year time horizon Global Warming Potential (GWP) Methodologies for estimating GHG emissions LEAP (energy sector) 2006 IPCC Guidelines for national GHG inventories (non-energy sector) Approach to accounting for agriculture, forestry and other land uses 2006 IPCC Guidelines for national GHG inventories Multiple Forest Reference Level, 2018 Implementation and integration of NDC into the national development policy and strategies For the achievement of NDC targets, it is imperative to develop a national roadmap, which reflects all actions and measures along with guidelines for sectors and integrate these actions into the Government action program and the national budget.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "LKA", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "In this background, conditional NDCs have been framed around an analysis that presents the country\u2019s commitment to maintaining its trajectory of low-emission growth with international financial and technical assistance. These conditional NDC actions account for additional 10.5%7 of GHG emissions reduction respective to the BAU scenario for the period 2021-2030. 4.3 Implementing and Monitoring Mitigation NDCs NDCs will be \u2018projectized\u2019 into fundable actions and further developed for private sector investments, public financing through the Government\u2019s budget or through international funding agencies by developing proposals for climate financing.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "MEX", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": [ + "Finally, the goal of reducing black carbon emissions by 51% unconditionally in 2030, and 70% conditionally, is ratified." + ], + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "es", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Finalmente, se ratifica la meta de reducci\u00f3n de las emisiones de carbono negro de 51% de forma no condicionada en 2030, y 70% de forma condicionada. El escenario tendencial proyectado al 2030, sin intervenci\u00f3n de pol\u00edtica de mitigaci\u00f3n se cuantific\u00f3 en 991 MtCO2e como punto de referencia para 2030.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": true, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_Unc", + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "PAK", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "Pak-INDC Statement Having considered the existing potential for mitigation in the country, Pakistan intends to reduce up to 20% of its 2030 projected GHG emissions subject to availability of international grants to meet the total abatement cost for the indicated 20 percent reduction amounting to about US$ 40 billion at current prices. Pakistan\u2019s adaptation needs range between U$ 7 to U$ 14 billion/annum during this period.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "NPL", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "First NDC" + ], + "TargetLabel": true, + "Context": "By 2020, Nepal aims to increase the share of electric vehicle up to 20% from 2010 level. 10. By 2050, Nepal will decrease its dependency on fossils in the transport sector by 50% through effective mass public transport means while promoting energy efficient and electrical vehicles. 11. Nepal will develop its electrical (hydro-powered) rail network by 2040 to support mass transportation of goods and public commuting. 12.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "S_PublicTransport", + "T_Transport_O_C", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": true, + "Alpha3": "KHM", + "IKI_DataSheet": [ + "targets" + ], + "TranslatedContext": null, + "MitigationLabel": false, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Overall GHG emissions reduction (including the FOLU) The estimated emissions reduction with the FOLU by 2030 under the NDC scenario will be approximately 64.6 million tCO2e/year (41.7% reduction of which 59.1% is from the FOLU). Summary over BAU emissions and NDC emissions reduction Sector emissions emissions Scenario reduction emission reduction % FOLU Energy Agriculture Industry (IPPU) Waste Total Mitigation measures Mitigation actions were identified from information provided by the relevant ministries (MAFF, MISTI, MLMUPC, MME, MoE, MOEYs, MoT, MPWT, and NCDD) across seven mitigation sectors: energy, waste, industry, transport, agriculture, building, and the FOLU.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Economy_C" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": false, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": true, + "Alpha3": "LAO", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "Measure 300 MW total installed biomass power capacity in the country by Sector Energy GHG mitigation target 84 ktCO2e on average per year between 2020 and 2030 Monitoring procedures Newly added biomass capacity will be monitored on an annual basis by the Department of Climate Change of the Ministry of Natural Resources and Environment using data from the Ministry of Energy and Mines Comments - Installed capacity as of 2019 is around 40MW Measure 30% Electric Vehicles penetration for 2-wheelers and passengers cars in national vehicles mix Sector Transport GHG mitigation target 30 ktCO2e on average per year between 2020 and 2030 Monitoring procedures Share of Electric Vehicles in national vehicle mix will be monitored on an annual basis by the Department of Climate Change of the Ministry of Natural Resources and Environment using data from the Ministry of Public Works and Transport.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "T_Transport_O_C", + "I_Emobility" + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": true + }, + { + "ConditionalLabel": false, + "Alpha3": "KOR", + "IKI_DataSheet": [ + "netzero" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Existing sectoral policies" + ], + "SubSectorLabel": [ + "Economy-wide: General" + ], + "SectorLabel": [ + "Economy-wide" + ], + "Document": [ + "Revised First NDC", + "Revised First NDC" + ], + "TargetLabel": true, + "Context": "First, the Republic of Korea is pushing forward policies that accelerate the achievement of its updated 2030 target and 2050 goal in accordance with the Carbon Neutrality Act. The Act was enacted in September 2021 with the aim of strengthening both mitigation and adaptation measures and addressing inequality that could arise in the societal transition to carbon neutrality. The Act clearly defines 2050 carbon neutrality as the Republic of Korea\u2019s national vision and stipulates the minimum level of its NDC target for 2030.", + "PolicyLabel": true, + "CW_QuestionDefinition": [ + "Information on the existing upstream sectoral policies that the NDC builds on" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": true, + "IKI_Parameter": [ + "T_Netzero" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Policies" + ], + "NonGHGLabel": false, + "ActionLabel": false, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "CHN", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on" + ], + "SubSectorLabel": [ + "Buildings: General" + ], + "SectorLabel": [ + "Buildings" + ], + "Document": [ + "First NDC", + "INDC", + "First NDC" + ], + "TargetLabel": true, + "Context": "To promote the share of green buildings in newly built buildings of cities and towns reaching 50% by 2020;. To develop a green and low-carbon transportation system, optimizing means of transportation, properly allocating public transport resources in cities, giving priority to the development of public transportation and encouraging the development and use of low-carbon and environment-friendly means of transport, such as new energy vehicle and vessel;. To improve the quality of gasoline and to promote new types of alternative fuels;.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "I_Fuelqualimprove", + "I_Altfuels" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": true, + "ActionLabel": false, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "IND", + "IKI_DataSheet": [ + "targets", + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": null, + "SubSectorLabel": null, + "SectorLabel": null, + "Document": [ + "LTS" + ], + "TargetLabel": true, + "Context": "\u2022 Integrated and optimized freight networks through programmes such as Gati Shakti, Transit-oriented development, Bharatmala, Sagarmala, and dedicated rail freight corridors. \u2022 National Logistic Policy aspires to reduce cost of logistics in India to be comparable to global benchmarks by 2030. Elements of a Long-Term Low-Carbon Growth Strategy 1. Reducing fuel demand and GHG emissions through improved fuel efficiency: India will achieve this through raised standards, optimized networks, improved technologies, and fleet modernization. 2.", + "PolicyLabel": null, + "CW_QuestionDefinition": null, + "PlansLabel": null, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + null + ], + "CW_OverviewCategory": null, + "NonGHGLabel": true, + "ActionLabel": null, + "GHGLabel": false + }, + { + "ConditionalLabel": false, + "Alpha3": "TON", + "IKI_DataSheet": [ + "mitigation" + ], + "TranslatedContext": null, + "MitigationLabel": true, + "AdaptationLabel": false, + "split": "Test", + "Source": [ + "CW", + "IKITracs" + ], + "Language": "en", + "CW_QuestionText": [ + "Sectoral targets on", + "Downstream actions" + ], + "SubSectorLabel": [ + "Transportation Fuels" + ], + "SectorLabel": [ + "Transport" + ], + "Document": [ + "Second NDC", + "Second NDC" + ], + "TargetLabel": true, + "Context": "Technology transfer, capacity building and external financial support will be required to build, operate, and maintain the necessary infrastructure. Second, achieving a 2% efficiency gain per year for newly purchased light duty vehicles either requires establishing mandatory vehicle standards and/or incentives for purchasing more efficient vehicles through taxes, fees, or import tariffs. While price incentives would likely directly affect consumer choices, mandatory standards would profit from being aligned with price signals for consumers in order to be effective.", + "PolicyLabel": false, + "CW_QuestionDefinition": [ + "Targets at the sectoral level", + "Sectoral downstream actions to be undertaken as part of the NDC contribution" + ], + "PlansLabel": false, + "UnconditionalLabel": false, + "NetzeroLabel": false, + "IKI_Parameter": [ + "I_Lowemissionincentive", + "I_Vehicleeff" + ], + "CW_OverviewCategory": [ + "Sectoral Mitigation Actions", + "Sectoral Mitigation Targets" + ], + "NonGHGLabel": true, + "ActionLabel": true, + "GHGLabel": false + } +] \ No newline at end of file