GIZ/policy_classification · Datasets at Hugging Face

null

[ "Action and priority" ]

[ "Infrastructure", "Renewable energy", "Economy-wide: General" ]

ATG

[ "Water", "Energy", "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

2015 (Updated in 2021). Conditional. 7. 100% of the water supply infrastructure powered by their own grid-interactive renewable energy sources. 2030. 2015 (Updated in 2021). Conditional. 8. 100% education, health, food security, and emergency shelter facilities powered by their own grid-interactive renewable energy sources. 2030. 2015 (Updated in 2021). Conditional. 9. 100% of community and sports infrastructure and assets are climate resilient (to withstand at a minimum Category 4 tropical cyclones) and have adequate water harvesting and storage system. 2030. 2021. Conditional. 10.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Renewable Energy: Geothermal", "Renewable Energy", "Industries: General", "Renewable Energy: Solar", "Renewable Energy: Solar: Utility Scale", "Renewable Energy: Biofuels" ]

COM

[ "Energy", "Industries" ]

true

false

null

[ "Information on sectoral plans" ]

false

Not estimated. Waste. 15. 2. 22.4. LULUCF. 443. 6. 47.2. Total. 589. 15. 369.6. Table 1. Conditional mitigation actions. Energy. The energy sector (energy production and consumption) presents significant mitigation potential, in particular through the use of renewable energies, including photovoltaics and geothermal energy for the production of electricity and the reduction of electricity consumption. use of firewood in the residential and industrial sectors. Agriculture.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Technology needs" ]

[ "Gas Flaring", "Energy: General" ]

IRN

[ "Energy" ]

false

null

[ "Technology needed for a given sectoral plan" ]

false

Due to the significant share of energy sector in emissions (more than 90%) and consequently the high potential of this sector in emissions mitigation, its major technological requirements are as follows:. Technologies needed to curb and utilize gas flares;. Reducing natural gas leakage in the distribution networks;. Increasing efficiency through the development of CHP and combined-cycle power plants;. Reducing transmission and distribution electricity losses;. Energy demand optimization and management; and.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Adapt Now sector" ]

[ "Disaster preparedness", "Capacity building and knowledge transfer" ]

MMR

[ "Cross-Cutting Area", "Disaster Risk Management (DRM)" ]

false

null

[ "GCA_Sector" ]

true

However the capacity to reduce risk and mitigate the effects of climate change is limited due to lack of technical, human resources, financial and legislative processes. This results in significant loss and damage, hampering the process of national development. Myanmar’s population recurrently suffers from loss of life and damage to infrastructure as a result of climate related disasters.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Sectoral targets on", "Emission reduction potential" ]

[ "Energy: General" ]

KHM

[ "Energy" ]

false

null

[ "Targets at the sectoral level", "emission reduction potential for a given sectoral target" ]

false

Table 20 Sectoral share and absolute number of GHG emission reduction under the NDC scenario 3 in 2030. Sector. Sectoral share (%). GHG emission reduction. (MtCO2e). Energy. 45.5. 13.7. Agriculture. 20.6. 6.2. Industry (IPPU). 19.5. 5.9. FOLU. 12.5. 3.8. Waste. 1.9. 0.6. Total. 100%. 30.2. Under the NDC scenario 3, the target emission reduction is 30.2 million tCO2e/year by 2030, which is a 19.7 % reduction compared with the BAU scenario.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Climate services" ]

LAO

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Promote appropriate techniques for crop and animal productions and meteorological-agricultural technologies in natural disaster risk areas. Main barriers for implementation. Limited knowledge, capacity and technology on appropriate conservation farming systems, integrated and sustainable agriculture, agro-forestry, soil degradation and quality restoration, pest outbreak management and tolerant crops and different animal varieties. Limited information, knowledge and capacity on the vulnerability assessment of the conservation farming systems, integrated and sustainable agriculture on mitigation and adaptation. Ineffective law enforcement especially land concession, conversion, chemicals and environmentally friendly agriculture.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Urban Transport", "Transportation Planning", "Public Transport", "Non-motorized Transport" ]

MEX

[ "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

Remote work or teleworking contributes to reducing the carbon footprint, as well as other atmospheric pollutants, which strengthens climate change policies and also those of air quality. Finally, the strategy for the transport sector entails an improvement in the linkage of urban planning with climate change criteria and recovery of public space for pedestrians, considering a system-oriented planning efficient public transport and alternative and non-motorized transport systems. All these actions support compliance with the GHG target and are also essential for the black carbon target.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Climate services", "Climate smart agriculture" ]

ZWE

[ "Agriculture", "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

"Zimbabwe commits to promoting adapted crop and livestock development and climate smart agricultural practices through the following interventions: Strengthening capacities to generate new forms of empirical knowledge, technologies (including conservation agriculture) and agricultural support services that meet climate challenges" (5).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Downstream actions" ]

[ "Buildings: General", "Demand-side Efficiency: Buildings" ]

ARE

[ "Buildings", "Energy" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

"Abu Dhabi Energy Services (ADES) is planning to retrofit more than 30 buildings to reduce energy and water consumption by 20-30%. The measures will cover controlling the efficient operations of buildings through motion and room temperature sensors, enhancing capital equipment through upgrading chillers with new compressors, and replacing a range of fixtures, e.g., with LED lighting. The costs will be repaid through reduced utility bills, which represents a progressive approach to financing retrofits."

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Action and priority", "Sectoral plans on" ]

[ "Wetlands", "Afforestation" ]

JOR

[ "LULUCF/Forestry" ]

true

false

null

[ "Adaptation action/priority", "Information on sectoral plans" ]

true

Protect wetlands and major watershed areas vulnerable to climate change and enhance law enforcement measures. Establish protection measures to ensure minimizing extreme events effects on vulnerable ecosystems. Conceptual framework combining silvi-cultural, ecological and community-based approaches for afforestation & honeybee foraging. 4.3.4 Improving conservation measures and enforcement for climate threatened species and habitats. Despite long term implementation of conservation plans in Jordan in the last few decades there has not been a comprehensive assessment of the vulnerability of threatened species and habitats to climate change.

true

[ "Adaptation Commitments", "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions", "Unconditional part of mitigation target", "Downstream actions" ]

[ "Sustainable Forest Management", "Sustainable forest management" ]

GUY

[ "LULUCF/Forestry" ]

true

false

null

[ "Unconditional part of mitigation target for a given sectoral plan", "Unconditional part of mitigation target for a given sectoral downstream action", "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Unconditional sectoral actions" ]

true

Forest monitoring will maintain a high level of timber legality, with the GFC committing 50% of its staff to field monitoring from its 54 forest monitoring stations countrywide. These efforts will maintain a low rate of illegal logging (at less than 2% of production). Guyana is also prepared to finalize and implement the Voluntary Partnership Agreement (VPA) under EU- FLEGT. The VPA is expected to be finalized in 2016 and to provide independent accreditation of forest legality and management practices throughout Guyana’s timber industry.

true

[ "Sectoral Mitigation Actions", "Sectoral Mitigation Plans", "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

[ "Action and priority" ]

[ "Sustainable land management", "Ecosystem and biodiversity" ]

ECU

[ "Environment", "LULUCF/Forestry" ]

false

null

[ "Adaptation action/priority" ]

true

Implementation of sustainable practices for the use of natural resources in areas of influence of areas under different conservation status, vulnerable to the effects of climate change. Establishment of conservation and restoration corridors of secondary forests and buffer zones to maintain landscape connectivity, reduce impacts (current and expected) of climate change and increase ecosystem resilience. Creation and strengthening of capacities on climate change and natural heritage management in social, academic, research and government actors. **. Water Heritage Sector. Macro level.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Upstream policies on", "Downstream actions", "Sectoral targets on", "Unconditional part of mitigation target", "Conditional part of mitigation target" ]

[ "Demand-side Efficiency: Appliances", "Renewable Energy: Hydro", "Gas-to-Power" ]

MAR

[ "Energy" ]

false

true

null

[ "Information on upstream policies for a given sector", "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", "Targets at the sectoral level" ]

false

Put in place a 350 MW Pumped-Storage Power Plant (PSPP) at the Abdelmoumen site, 300 MW for another PPSP and 125 MW at the El Menzel hydroelectric facility. 730. 12.345. 5. Combined-Cycle Plants by 2025. Import liquefied petroleum gas (LPG) and use of LPG for electricity generation in combined cycle power plants to reach 3,550 MW by 2025. 2300. 57.518. 6. Energy-Certification Labelling of Refrigerators. Development of energy-use labelling program for refrigerators. 100. 1.461. 7. Energy-Efficient Building Wraps.

true

[ "Sectoral Mitigation Policies", "Sectoral Mitigation Targets", "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "First NDC" ]

true

en

true

null

[ "Downstream actions" ]

[ "Renewable Energy: Hydro", "Clean Cooking and Heating: Efficient cookstoves" ]

COD

[ "Energy" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

Three programs are likely to be developed, as part of the strategy, targeting urban and peri-urban households: the first is based on the reduction of demand through the supply of around 5 million households with improved or efficient ovens (making it possible to reduce the consumption of firewood by around 50%); the second program aims to promote the use of hydroelectricity instead of wood energy by covering part of the electricity supply bill for 5 million households, located mainly in southern provinces (Haut-Katanga, Tanganyika, Lualaba, Haut-Lomami, Lomami, Sankuru, Kasai, Kasai Central, Kasai-Oriental).

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Conservation" ]

PRY

[ "LULUCF/Forestry" ]

true

false

null

[ "Information on sectoral plans" ]

false

Accumulated to 2030: 1215.6 (with constant annual mitigation potential in the 2019-2030 period). Average: 101.3. Fixed GHG: CO2. UT.7. Increase of forest areas in conservation schemes. It contemplates the inclusion by 2030 of private properties within the National System of Protected Wild Areas (SINASIP), under some conservation scheme, to increase by 2030 from 15 to 18% the national surface of Protected Wild Areas (650,645 ha, including the Chaco Dry Forest and the Flood Sub-Humid Forest of the Paraguay River), under the environmental services regime.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Climate smart agriculture" ]

JOR

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Modification of crops planting and harvesting dates through the production and promoting an agro-climatic calendar. 4.2.5 Supporting hydroponic and other water tolerant agricultural productivity systems. Facing the threats of water scarcity and reduced water availability for agriculture requires the shifting of technology use to modern techniques that minimize water use with special focus on hydroponic agriculture by providing adequate regulations, technologies and capacities to spread the use of this technology in Jordan. Key measures under this objective include:. Promote the use of conservation agriculture (e.g.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions", "Sectoral Conditional Actions", "Adapt Now sector", "Action and priority" ]

[ "Buildings: General", "Infrastructure and roads", "Infrastructure", "Energy efficiency", "Renewable Energy: Hydro", "Renewable Energy: Solar", "Sustainable urban planning" ]

MWI

[ "Water", "Energy", "Transport", "Urban" ]

false

null

[ "Adaptation action/priority", "Unconditional sectoral actions", "Condition actions of the sectoral level", "GCA_Sector" ]

true

Construct infrastructure for flood control, transport, etc. ✓. ✓. ✓. Develop and implement climate related building codes/standards. ✓. ✓. ✓. Revise existing building standards in line with climate change. ✓. Industry. Promote reserch in industrial technologies. ✓. ✓. ✓. 3.5 Energy. Most of the energy sector interventions that have been put forward as mitigation activities have adaptation co-benefits.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

en

true

null

[ "Sectoral targets on" ]

[ "Supply-side Efficiency" ]

ARE

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

"The UAE is also home to the Arab World’s first civilian nuclear energy plant (5.6GW) that is the largest single source of clean electricity in the UAE and Arab World, and will generate 25% of the UAE’s total electricity demand by 2025 with zero carbon emissions to rapidly decarbonize the UAE power sector."

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Adapt Now sector" ]

[ "Awareness raising and behavior change", "Disease surveillance and control", "Health services and assessment" ]

IRQ

[ "Health" ]

false

null

[ "GCA_Sector" ]

true

The financial value of methane emissions in Iraq is estimated at more than 600 million dollars, which represents a great economic loss. In addition to the economic benefits that the investment of this gas will bring to Iraq, reducing methane emissions protects human health by improving air quality at the local level.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Upstream policies on" ]

[ "Renewable Energy", "Energy: General" ]

VUT

[ "Energy" ]

false

true

null

[ "Information on upstream policies for a given sector" ]

false

The projections of emissions data to 2010 was reported in the SNC from similar data sources as the 2000 data and has a similar uncertainty analysis. Planning Process: Vanuatu’s INDCs is well aligned with the Government’s Priority Action Agenda Policy Objective 4.5 which is most relevant to Climate Change and states, “to ensure the protection and conservation of Vanuatu’s natural resources and biodiversity, taking climate change issues in consideration.” The contribution is also based on the research undertaken for a number of national initiatives including the Vanuatu National Energy Roadmap (2013- 2020), the Scaling Up Renewable Energy in Low Income Countries (SREP) report, Rural electrification NAMA design document by UNDP MDG Carbon and Vanuatu’s Renewables Readiness Assessment (RRA) report undertaken by IRENA .

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Emission reduction potential", "Conditional part of mitigation target", "Sectoral plans on" ]

[ "Buildings: General" ]

KHM

[ "Buildings" ]

true

false

null

[ "emission reduction potential for a given sectoral plan", "Information on sectoral plans", "Conditional part of mitigation target for a given sectoral plan" ]

false

Better management of industrial wastewater in the food & beverage sector. MISTI. N/a. 30. Implementation of National Cooling Action Plan. MLMUCP. 1090. 31. Inclusion of performance requirements of Passive Cooling Systems in Building Energy Code of Cambodia. MLMUCP. 140.9. 32. Implementation of “passive cooling” measures in the cities (addressing urban heat island effect [UHIE]), public buildings and commercial buildings. MLMUCP. 74.5. No. FOLU sector targets. Lead Ministry. ER (ktCO2e). 1. FOLU NDC Scenario 1: 60% forest cover by 2030.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Conditional part of mitigation target", "Downstream actions" ]

[ "Wastewater" ]

MWI

[ "Waste" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Conditional part of mitigation target for a given sectoral downstream actions" ]

false

Creation of revenue generation opportunities for urban population in the waste management process chain. ✔. ✔. ✔. WASTE WATER. Waste-water treatment and reuse. Rehabilitation and construction of sewerage network and wastewater treatment plants in Lilongwe, Blantyre, Mzuzu and Zomba, achieving a reduction in CH4, and N2O emissions from waste-water and sewage. MOFNR, MOLG. City and District Councils, Department of Water Resources. US$ 67 million. 100% conditional. Reduced water contamination resulting in increased human and environmental resilience. Increased agriculture production and groundwater recharge.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Sectoral targets on", "Conditional part of mitigation target", "Time frame", "Sectoral plans on" ]

[ "Supply-side Efficiency: Power generation efficiency improvement: Fuel switching", "Renewable Energy", "Renewable Energy: Solar: Utility Scale", "Renewable Energy: Wind", "Health: General", "Renewable Energy: Biofuels", "Capacity building and knowledge transfer" ]

BLZ

[ "Health", "Cross-Cutting Area", "Energy" ]

true

false

null

[ "Conditional part of mitigation target for a given sectoral plan", "Conditional part of the mitigation target for a given sectoral target", "Conditional part of mitigation target for a given sectoral downstream actions", "Information on sectoral plans", "Targets at the sectoral level", "Time frame" ]

true

Reduce emissions from high carbon electricity sources including through taking 2MW diesel generation offline by 2022 and converting new LPG generation to CNG by 2026. Action. Install 40 MW utility-scale solar power by 2025. Action. Implement an interconnection policy and regulatory framework to facilitate distributed renewable power generation by 2022. Action. Expand the use of biomass, including bagasse, for electricity generation. Action. Explore the feasibility of onshore wind power generation and flexible storage technologies to complement high levels of variable renewable power sources.

true

[ "Sectoral Mitigation Plans", "Sectoral Mitigation Targets", "Adaptation Commitments", "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Climate services", "Sea-level rise protection" ]

KWT

[ "Coastal Zone", "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Kuwait seeks to move to low-carbon economic system and adaptable to climate change to enhance and protect its natural resources and achieve sustainable development standards, were it is working hard to adapt with the impacts of climate change from high temperatures, lack of rainfall, sea level rise, lack of water resources and the increasing severity of dust storms. 2.2.1 Projects. Strengthen coastal information systems: the establishment of forecasting and protection centers from water level rise, through data collection and development of information and basic requirements to monitor sea-level rise and to predict it with the purpose of enhancing the ability of strategic planning in adapting with this phenomenon in order to protect the shoreline.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Power system planning" ]

KHM

[ "Energy" ]

false

null

[ "Adaptation action/priority" ]

true

Conduct climate risk analysis for the existing electricity infrastructures and provide recommendations. Energy. Ministry of. Mines and. Energy. (MME). National. Adaptation Plan. Financing. Framework and. Implementation. Plan, p. 24 for. MME. Strengthen climate-resilient. energy through electricity infrastructure improvement in order to respond to climate related disasters. Baseline: 0?. 1. Vulnerability assessment of existing. 5 power plants 2. Vulnerability assessment of the existing 1000km of national power transmission network. Forest fire prevention and biodiversity protection. Local community safety and life protection. Water and air pollution.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Livestock", "Watershed and river basin management" ]

BFA

[ "Agriculture", "Environment" ]

false

null

[ "Adaptation action/priority" ]

true

Rehabilitation of 225,000ha of degraded land for agro-sylvo-pastoral purposes. 71,000,000. Creation and sustainable management of 02 animal production intensification zones (ZIPA) in 2 regions of the country. 47,600,000. Mowing and conservation of 10,000T of coarse fodder per year (hay and crop residues). 17,830,189. Development of water points in order to preserve the banks of the Kou valley. 595,400. 0.8. 1.61. 4.83. Water and sanitation. Unconditional. Integrated Program for Development and Adaptation to Climate Change in the Niger Basin (PIDACC/BN). 16,037,000.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Target" ]

[ "Ecosystem and biodiversity" ]

TON

[ "Environment" ]

false

null

[ "Adaptation targets/ objectives at the sectoral level" ]

true

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. INDC is designed for both reduced emission and increased investing in climate resilience, Tonga makes an explicit call for a more cost-effective national response and avoids the much bigger costs caused by climate inaction.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Sectoral Unconditional Actions", "Action and priority" ]

[ "Climate smart agriculture", "Crops", "Capacity building and knowledge transfer" ]

MMR

[ "Agriculture", "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority", "Unconditional sectoral actions" ]

true

Crop varieties are being researched with the involvement of universities, research institutions and local communities across the country for example. For instance, research is being carried out on the resilience of rice varieties’ resilience to drought, flood tolerance, salt tolerance and into alternative varieties that are resistant to pests and disease.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

[ "Sectoral targets on", "Emission reduction potential", "Upstream policies on", "Downstream actions" ]

[ "REDD+", "Soils" ]

UGA

[ "Agriculture", "LULUCF/Forestry" ]

false

true

null

[ "Information on upstream policies for a given sector", "Emission reduction potential for a given sectoral upstream", "emission reduction potential for a given sectoral target", "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Targets at the sectoral level", "Emission reduction potential for a given sectoral downstream action" ]

false

"Rainwater harvesting and irrigation": "This measure will contribute to the achievement of the National Irrigation Policy (2017), which underscores 50% of irrigation potential by 2040. Investments will be in micro, medium and large-scale irrigation systems to mitigate water shortages resulting from drought hazards. It is expected that the irrigation practice will reduce new farmland expansion and deforestation and promote solar-powered irrigation systems, contributing to about 1.6 MtCO2e reduction by 2030."

true

[ "Sectoral Mitigation Policies", "Sectoral Mitigation Targets", "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Capacity Building Needs for Sectoral Implementation" ]

[ "Early warning system", "Capacity building and knowledge transfer" ]

SSD

[ "Cross-Cutting Area", "Disaster Risk Management (DRM)" ]

false

null

[ "Capacity building needs for Sectoral implementation" ]

true

Conducting cost-benefit analyses of adaptation options to prioritise implementation of interventions. vii. Collecting, analyzing and applying hydro-meteorological and climate data for decision-making and dissemination of early warnings. Summary of Needs. As a post-conflict country, it is imperative for South Sudan to ensure sustainable and climate-resilient development across all sectors. South Sudan is one of the least developed countries of the world and the development policies have to go hand in hand with the climate change initiatives for a more resilient population.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Gas", "Recycling, Reuse, Reduce", "Renewable Energy: Waste-to-Energy", "Fertilizers", "Solid Waste", "Waste-to-Energy" ]

DOM

[ "Agriculture", "Energy", "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

5 mitigation options discussed by sector actors with null information, which was not recommended to be taken into tabular format:. Develop a National Strategy for Organic Waste, to increase the recovery of this type of waste generated in the municipalities, to reduce CH 4 emissions . Capture and direct use of methane from landfills for energy purposes. Recycling of new waste with added value as by-products for energy purposes, composting (organic fertilizers), others. Introduction of Circular Economy (CE) processes in the Waste sector.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on", "Conditional part of mitigation target", "Sectoral plans on" ]

[ "Solid Waste", "Wastewater", "Waste: General", "Waste-to-Energy" ]

SWZ

[ "Waste" ]

true

false

null

[ "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" ]

false

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. Conduct assessments and develop strategies to move from a linear economy to a circular economy model to support sustainable development in the country.

true

[ "Sectoral Mitigation Targets", "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Downstream actions" ]

[ "Aviation", "Transportation Infrastructure", "Maritime" ]

USA

[ "Transport" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

Investment in a wider array of transportation infrastructure will also make more choices available to travelers, including transit, rail, biking, and pedestrian improvements to reduce the need for vehicle miles traveled. 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).

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "CCS" ]

ARE

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Further, Emirates Steel is engaged in capture and utilization of CO2 generated during the iron reduction process, as part of the Al Reyadah project with ADNOC. 2.5 Transport. Aimed at supporting the economy and encouraging smart mobility choices, in 2015, the UAE introduced far-reaching fuel pricing reform, linking gasoline and diesel prices to international market prices. Since then, the UAE has made further advances in supporting sustainable transport, and providing clean transport infrastructure and services.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer", "Health services and assessment", "Ecosystem and biodiversity" ]

CPV

[ "Environment", "Health", "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Set up till 2022 a national action plan on health and climate change indicating additional priority measures and actions to be implemented till 2030, as well as establishing a financial plan to identify financial support needs from the international community;. Set up a research project to identify health effects of climate change on animals and vegetable species in the country. Lead Agencies: Ministry of Health; Public Health National Institute; Ministry of Industry, Trade and Energy, supported by ICIEG. TRANSPARENCY AND GOVERNANCE.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Solid Waste", "Recycling, Reuse, Reduce" ]

IDN

[ "Waste" ]

false

null

[ "Targets at the sectoral level" ]

false

"Utilisation of waste to switch from landfill disposal to zero landfill disposal in 2060" CM1: "Utilisation of waste is further enhanced with additional waste-to-energy or MSW recovery & utilisation facilities that treat 10,2 million ton MSW in 2030 to avoid 6.2 million ton CO2-eq" CM2: "Utilisation of waste is further enhanced with additional waste-to-energy or MSW recovery & utilisation facilities that treat 10,2 million ton MSW in 2030 to avoid 6.2 million ton CO2-eq"

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Capacity Building Needs for Sectoral Implementation" ]

[ "Capacity building and knowledge transfer" ]

SLB

[ "Cross-Cutting Area" ]

false

null

[ "Capacity building needs for Sectoral implementation" ]

true

“Kastom” barriers also hamper awareness and action as with very limited capacity at the community level to undertake local level vulnerability mapping, adaptation planning and the implementation of priority adaptation interventions. Financing needs for priority adaptation interventions. Some adaptation projects have been grouped into thematic areas linked to the priority sectors established in the National Adaptation Programme of Action (NAPA) as well as some recently identified priorities.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Targets" ]

[ "Renewable Energy: Hydro", "Sustainable forest management" ]

SLV

[ "Energy", "LULUCF/Forestry" ]

false

null

[ "Measurable targets or indicators" ]

true

From 2005, with a projection until 2025 (after the entry into operation of the Central 3 de Febrero, in 2023), more than 146 ha of forest will have been established with an assisted natural regeneration approach on land surrounding the perimeter of the future reservoir, of said Power Plant, in the Torola River Hydrographic Basin, in the Lempa River Hydrographic Region. This goal will be contributing to the fulfillment of Goal 2.1.7.A through the rehabilitation of an area of 18,930 ha of riparian forest, for the period between 2035 and 2040, so this consideration must be taken into account when applying monitoring.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Unconditional part of mitigation target" ]

[ "Energy: General" ]

BEN

[ "Energy" ]

false

null

[ "Unconditional part of mitigation target for a given sectoral downstream action" ]

false

(Network Connection Component) Electrification of localities by network connection Electrification of 481 new localities through various ongoing or beginning projects (PRERA, PROVES, PAELRB, PERU) (22.63%) Electrification of localities (proposed PROSPER2E and PIERL programmes).

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

true

null

[ "Upstream policies on" ]

[ "Recycling, Reuse, Reduce" ]

MEX

[ "Waste" ]

false

true

null

[ "Information on upstream policies for a given sector" ]

false

The increase in ambition also contemplates the development of a National Circular Economy Strategy, as well as programs and incentives for energy efficiency, considering both regulatory programs and the promotion of cogeneration efficient in industry, services and shops, and in sugar mills. There are multiple possibilities to promote a national circular and efficient industry, which includes 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.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Recycling, Reuse, Reduce", "Renewable Energy: Waste-to-Energy", "Renewable Energy", "Agricultural Waste", "Agriculture: General", "Wastewater", "Solid Waste", "Renewable Energy: Biofuels" ]

CMR

[ "Agriculture", "Energy", "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

Recovery / treatment of other waste (wastewater treatment plant, faecal sludge. Biogas in rural farms replacing non-renewable firewood;. Biogas on large farms;. Biogas from industrial wastewater;. Plastic recycling;. Fuels from municipal solid waste;. Biogas from municipal solid waste;. Municipal solid waste composting. 6) Development of energy production from renewable sources. Promotion of renewable energies. Adoption of a renewable energy development plan bringing the share of renewable energies in the electricity mix to 25%;. Implementation of an incentive framework for the development of renewable energies.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Upstream policies on", "Downstream actions" ]

[ "Economy-wide: General" ]

TLS

[ "Economy-wide" ]

false

true

null

[ "Information on upstream policies for a given sector", "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

The significant progression in the institutional arrangements for managing Timor-Leste’s response to climate change enabled by the proposed climate change law and the establishment of the National GHG Inventory (contingent on required technical and financial support) is expected to enable Timor-Leste to submit its first Biennial Transparency Report in 2024. To further guide the development of Timor-Leste’s 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.

true

[ "Sectoral Mitigation Policies", "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on", "Downstream actions" ]

[ "Renewable Energy: Solar: Utility Scale", "Supply-side Efficiency", "Renewable Energy: Solar" ]

ARE

[ "Energy" ]

false

null

[ "Targets at the sectoral level", "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

The abundance of solar radiation in the UAE coupled with a conducive regulatory framework and innovative business models has led to the development of both photovoltaic and concentrated solar power projects with record-breaking low electricity prices. The UAE is also investing in nuclear energy with the development of the four-reactor Barakah nuclear power plant. Installed clean power capacity, including solar and nuclear, is on track to reach 14 gigawatts (GW) by 2030, from just above a 100 megawatts (MW) in 2015 and 2.4 GW in 2020.

true

[ "Sectoral Mitigation Actions", "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Conditional part of mitigation target", "Downstream actions" ]

[ "Climate Smart Agriculture" ]

FSM

[ "Agriculture" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Conditional part of mitigation target for a given sectoral downstream actions" ]

false

Unconditional By 2030, establish and support State-level farmer associations to provide training for local farmers in climate-smart agriculture practices and establish local seed banks. Unconditional By 2030, improve market access for local farmers by facilitating durable relationships and the development commercial agreements between local producers and purchasers. Conditional By 2030, increase annual production of coconuts and coconut-based products to improve resilience of the food system to climate change impacts.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Existing sectoral policies" ]

[ "Supply-side Efficiency: Grid/energy loss reduction", "Renewable Energy", "Iron and Steel" ]

AUS

[ "Energy", "Industries" ]

false

true

null

[ "Information on the existing upstream sectoral policies that the NDC builds on" ]

false

"These new measures will build on existing emissions reduction and low emissions technology accelerator policies and programs including the Australian Renewable Energy Agency, the Clean Energy Finance Corporation, crediting under the Carbon Credits (Carbon Farming Initiative) Act 2011, and a range of investments to accelerate and facilitate low emissions and clean energy technologies, such as green hydrogen, energy storage, and low emissions steel and aluminium, to bring their costs down to make them competitive with higher emitting alternatives."

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Conditional Actions", "Adapt Now sector", "Action and priority" ]

[ "Infrastructure and roads", "Wetlands", "Infrastructure", "Economy-wide: General", "Sustainable urban planning", "Watershed and river basin management", "Water infrastructure", "Ecosystem and biodiversity" ]

LAO

[ "Environment", "Water", "Transport", "LULUCF/Forestry", "Economy-wide", "Urban" ]

false

null

[ "Adaptation action/priority", "Condition actions of the sectoral level", "GCA_Sector" ]

true

Managing Watersheds and Wetlands for Climate Change Resilience. Strengthen the protection of watersheds to safeguards and moderate downstream flow during periods of high and low flow;. Study and promote the conservation of wetlands as part of a climate resilient ecosystem-based approach. Objective 3 and related activities. Increasing Water Resource Infrastructure Resilience to Climate Change. Develop and strengthen standards and procedures to ensure the safety of dams and other water resource related infrastructure; preparation of investment plans for upgrading and safeguarding infrastructure for water resource management.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

KHM

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

MOP. 22. Development of a climate change public investment program for the national/capital/ provincial levels. Policy and planning. MOP. 23. 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. Policy and planning. MRD. 24. Build adaptive capacity on climate change for Village leaders (Village Development Committees, VDCs). Policy and planning. MRD. 25.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Existing sectoral policies" ]

[ "Conservation", "REDD+" ]

MEX

[ "LULUCF/Forestry" ]

false

true

null

[ "Information on the existing upstream sectoral policies that the NDC builds on" ]

false

Mexico maintains and strengthens the strategy towards a zero-net deforestation rate, which will be achieved under the National Strategy to Reduce Emissions from Deforestation and Forest Degradation (ENAREDD+, by its acronym in Spanish). Likewise, strategies for the management and administration of Natural Protected Areas are strengthened through coordinated action among the different orders of government by means of ecological restoration projects that will allow the recovery of unused and degraded soils.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Archived Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

CRI

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Line 3 - Strengthen the capacity of decision makers at all levels of govt as well as community leaders and young people in a manner appropriate to individual communities' realities and cosmovisions: By 2022, the abilities and knowledges will have been developed to transform municipal planning, with a vision for integrating adaptation and climate risks in 20 municipalities in the country (76).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions" ]

[ "Capacity building and knowledge transfer" ]

SYC

[ "Cross-Cutting Area" ]

false

null

[ "Unconditional sectoral actions" ]

true

The National Institute for Science, Technology and Innovation will reinforce the technological capacity to undertake effective research on climate change-related issues. Legislation - Seychelles is already in the process of revising some of its legislation to reflect emerging sustainable development issues, including climate change. There is a need to finalise amendments to the Town and Country Planning Act, and to enforce and provide resources as well as for the new Disaster Risk Management Act.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

[ "Targets", "Action and priority" ]

[ "Health: General", "Waste management", "Disease surveillance and control" ]

LKA

[ "Health", "Urban" ]

false

null

[ "Adaptation action/priority", "Measurable targets or indicators" ]

true

Establish clinical waste disposal systems in all hospitals in collaboration with relevant. agencies. 1.1 Establish solid clinical waste disposal systems. 1.2 Establish liquid clinical waste disposal systems. Control of vector borne and rodent borne diseases (dengue, malaria, and leptospirosis). 2.1 Control of dengue. 2.1.1 Improvement of solid waste management systems by local authorities including recycling of non-degradable items. 2.1.2 Implementation of integrated vector control methods. 2.1.3 Redesigning of housing structures to prevent breading of mosquitoes. 2.1.4 Strengthening of diseases and vector surveillance systems. 2.2 Maintenance of malaria free status. 2.2.1 Surveillance and screening of all forms of migrants from malaria endemic areas. 2.2.2 Establish an early and rapid response system in the event of outbreaks. 2.3 Control of Leptospirosis. 2.3.1 Continue prophylactic treatment for farmers. 2.3.2 Continue farmer education on prevention and prophylactic treatment. 2.3.3 Continue a surveillance system including GPS. 2.4 Establishment of an early warning system for vector borne and rodent borne diseases using, and networking for information exchange on extreme weather events to reduce climate induced health impacts (in highly vector borne disease prone areas).

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral Conditional Actions" ]

[ "Ecosystem and biodiversity", "Capacity building and knowledge transfer" ]

BRA

[ "Environment", "Cross-Cutting Area" ]

false

null

[ "Condition actions of the sectoral level" ]

true

Brazil already monitors extreme rainfall events for 888 municipalities and has in place an early warning system and action plans to respond to natural disasters. It should be further noted that Brazil seeks to enhance its national capacity in water security (National Water Security Plan) and conservation and sustainable use of biodiversity (National Strategic Plan for Protected Areas, as well as the implementation of the Forest Code, particularly concerning protected areas).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

[ "Sectoral Conditional Actions", "Action and priority" ]

[ "Economy-wide: General", "Climate risk management", "Watershed and river basin management", "Early warning system", "Transport: General" ]

MMR

[ "Environment", "Disaster Risk Management (DRM)", "Transport", "Economy-wide", "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority", "Condition actions of the sectoral level" ]

true

Eco-system based approaches to adaptation at township level will be tested during the course of 2016-18, including a vulnerability analysis of the following elements: urban planning, infrastructure development, environmental risk and livelihood patterns. This will be followed by implementation of solutions to identified issues. Adaptation activities are also being conducted in the water sector, with projects on water way improvement to reduce flooding, improving the control of the transportation of commodities and on river bank erosion.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Land degradation", "Fisheries and aquaculture", "Livestock", "Capacity building and knowledge transfer" ]

GIN

[ "Agriculture", "Cross-Cutting Area", "LULUCF/Forestry" ]

false

null

[ "Adaptation action/priority" ]

true

Integration of the climate change dimension in local planning (PDL and PAI). Development of techniques for the conservation and processing of agro-sylvo-piscicultural products. Better management of agro-pastoralism,. transnational in particular, through the construction of pastoral facilities, so as to limit the degradation of pastures and soils and to mitigate the risks of conflicts of use. d. Adaptation measures leading to associated mitigation benefits in accordance with §7 of Article 4 of the Paris Agreement.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions" ]

[ "Ecosystem and biodiversity" ]

BRN

[ "Environment" ]

false

null

[ "Unconditional sectoral actions" ]

true

Borneo’s tropical rainforests stretch from north to south and are understood to be one of the world’s oldest tropical rainforest ecosystems. The initiative builds on five pillars: trans-boundary management; protected area management and sustainable natural resource management, ecotourism development and capacity building. ii) Development of the National Biological Resources (biodiversity) Policy and Strategic Plan of Action (2012). The plan outlines the strategic objectives and actions to conserve the biodiversity. iii) Ratification of the Convention of Biological Diversity of the United Nations.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

[ "Conditional part of mitigation target", "Downstream actions" ]

[ "LULUCF/Forestry: General" ]

GMB

[ "LULUCF/Forestry" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Conditional part of mitigation target for a given sectoral downstream actions" ]

false

This circular mitigation strategy aims to strengthen these initiatives to increase tree cover in The Gambia, both in urban and rural areas. Trees help retain water and improve drought resilience, provide food to the rural population in case of shortages, and provide shade in cities. Unconditional. 169 GgCO2e in 2030. MA4 – Firewood from agroforestry. The 95,000 ha under community-based multistrata agroforestry in MA3 can produce around 262,000 tons of wood/year, assuming an agroforestry yield of 2.8 ton/ha/year.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Second NDC" ]

false

true

en

true

null

[ "Sectoral plans on" ]

[ "Demand-side Efficiency: Industries", "Renewable Energy: Waste-to-Energy", "Transportation Fuels" ]

TUR

[ "Energy", "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

Increasing energy efficiency in industrial installations and providing financial support to energy efficiency projects. Making studies to increase use of waste as an alternative fuel at the appropriate sectors. Transport. Ensuring balanced utilization of transport modes in freight and passenger transport by reducing the share of road transport and increasing the share of maritime and rail transport. Enhancing combined transport. Implementing sustainable transport approaches in urban areas. Promoting alternative fuels and clean vehicles.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Technology Transfer Needs for Sectoral Implementation" ]

[ "Early warning system" ]

MMR

[ "Disaster Risk Management (DRM)" ]

false

null

[ "Technology transfer needs for sectoral implementation" ]

true

A preliminary Technology Needs Assessment (TNA) was completed by MOECAF as part of the preparation of the Initial National Communication. There is a clear need for the transfer of Environmentally Sound Technologies (ESTs) such as renewable energy and energy efficiency technologies for mitigation and flood control technology and early warning technologies for adaptation. Myanmar’s technology development and transfer needs also include technologies and skills transfer which support the implementation and operation of ESTs such as those that ensure the operation, repair and maintenance of ESTs.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Buildings: General" ]

SGP

[ "Buildings" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

Partnering the United Nations Environmental Programme (UNEP), the Building and Construction Authority (BCA) of Singapore established the Centre for Sustainable Buildings - a first in Asia - to support regional efforts to develop green building policies and actions. Singapore also works closely with many partners including the UNFCCC Secretariat, ASEAN member states, the United Nations Development Programme (UNDP), the World Meteorological Organisation, the US Government, the UK Government, UK Carbon Trust, the Australian Department of Foreign Affairs and Trade and Germany’s Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH to provide platforms to share experiences, best practices and technical knowledge on climate change and green growth issues.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Renewable Energy: Hydro", "Sustainable forest management" ]

SLV

[ "Energy", "LULUCF/Forestry" ]

false

null

[ "Adaptation action/priority" ]

true

Conservation of forest areas with a focus on sustainable management and assisted natural regeneration on CEL land (Executive Hydroelectric Commission of the Lempa River). Threat of climate change against which action is taken:Manifestations: increase in average temperature, change in precipitation patterns and extreme hydrometeorological events. Effects: dryness and heat, reduction of flows in the dry season, abrupt changes in flows in the rainy season with excesses and overflows, soil erosion and landslides. Risk reduction of (impacts of climate change and its associated variability).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Waste: General" ]

SSD

[ "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

Short to medium term. Introduce decentralized waste management options. South Sudan will also explore decentralized waste management options, especially in rural areas. Introduce decentralized waste management options, such as using livestock waste for biogas generation, which could be further used for cooking and lighting in households; and installation of pit latrines, decentralized wastewater treatment systems, septic tanks, etc. Yet to be implemented. Short to medium term. 7.7.3.2 Adaptation.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Sectoral Conditional Actions", "Targets", "Sectoral Target", "Capacity Building Needs for Sectoral Implementation" ]

[ "Landscape management", "Land and soil management", "Livestock" ]

MNG

[ "Agriculture", "Cross-Cutting Area" ]

false

null

[ "Measurable targets or indicators", "Condition actions of the sectoral level", "Capacity building needs for Sectoral implementation", "Adaptation targets/ objectives at the sectoral level" ]

true

Adaptation goals. Adaptation Targets. Needs. Capacity. Technology. Financial (international, investments), million USD. Animal husbandry and pastures. -To implement sustainable pasture management. -Reduce rate of pasture degradation-Regulate headcounts and types of animals including wild animals to match with pasture carrying capacities. -To create regulations for pasture use-To set up taxation system for pasture use-To increase community participation in proper use of pastures, their monitoring and conservation.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority", "Sectoral plans on" ]

[ "Conservation", "Ecosystem and biodiversity" ]

JOR

[ "Environment", "LULUCF/Forestry" ]

true

false

null

[ "Adaptation action/priority", "Information on sectoral plans" ]

true

Identify and map ‘climate-vulnerable’ 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. Protect watersheds and forests to sustain surface water flow and improved groundwater reserves.

true

[ "Sectoral Mitigation Plans", "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Conservation", "REDD+" ]

KHM

[ "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level" ]

false

"Eco-payment based on changing behavior on fire wood use of community in Angkor and Kulen Conservation Park": "20 communes of Prasat Bakong district, Kulen District, Norkor Krav District, and Banteay Srey District, of Siem Reap Province integration of climate change into financial management, institutional arrangement and policy reform by 2030"

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on", "Upstream policies on" ]

[ "Energy: General" ]

TUN

[ "Energy" ]

false

true

null

[ "Information on upstream policies for a given sector", "Targets at the sectoral level" ]

false

Thanks to such GHG mitigation results induced by the energy transition policy advocated by the State, the energy sector would reduce its carbon intensity in 2030 by 44% compared to the year 2010; i.e., an average annual decrease of 4.7%. The following two figures present the GHG emission reductions respectively by energy efficiency measures by sector and by renewable energy by technology. Figure 2: Future GHG emission reduction trajectories from energy efficiency (by sector). Figure 3: Future renewable GHG emission reduction trajectories by technology.

true

[ "Sectoral Mitigation Policies", "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on", "Sectoral plans on" ]

[ "Conservation", "Reforestation" ]

TLS

[ "LULUCF/Forestry" ]

true

false

null

[ "Targets at the sectoral level", "Information on sectoral plans" ]

false

Conditional Enhancing Carbon Sinks Timor-Leste’s conditional reforestation target is to plant, grow and monitor as close to one million trees annually and to establish a national system for tracking progress against this target. Efforts will be made to strengthen the protection and conservation of coastal and marine ecosystems against the impacts of climate change including through the protection and enhancement of mangroves. This commitment is contingent on access to climate financing and technical assistance.

true

[ "Sectoral Mitigation Targets", "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Upstream policies on", "Downstream actions" ]

[ "Solid Waste", "Waste: General" ]

CRI

[ "Waste" ]

false

true

null

[ "Information on upstream policies for a given sector", "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

In the first two years of the implementation period of this NDC, Costa Rica will launch its public policy instrument for the promotion of the circular economy. 6.5. During the first two years of implementation of this NDC, Costa Rica will have published and started the implementation of its public policy instruments, such as the Action Plan for the Comprehensive Management of Solid Waste 2021-2026 and the National Composting Plan 2020-2050, articulating the efforts to reduce emissions, with a focus of transformation towards the circular economy and the bioeconomy.

true

[ "Sectoral Mitigation Policies", "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Demand-side Efficiency: Buildings" ]

KHM

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Ministry of Mines and Energy (MME). 1. Investments in energy efficiency are seen more favourably to decrease energy consumption. 2. Creation of both in relation to the use of energy efficient appliances, as well as concerning the features of the buildings. 0.03 Mt CO2e/year. Providing the necessary fundamentals to understand energy efficiency issues when in professional practice to reduce. 2% in 2030. The approximate number of awareness. programmes. scheduled for a. year? (25 programmes). Reducing inefficient appliances/technologies uses.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Power system planning" ]

COL

[ "Energy" ]

false

null

[ "Adaptation action/priority" ]

true

Contribute to the energy transformation of the country, in such a way that the competitiveness of the energy mining industries is guaranteed in the face of changing climate scenarios. Mines and energy. 9. Strategic line of information for adaptation: By 2025, have an updated climate risk analysis methodology, together with a strategy to update periodically at the national and business levels. Transversal - information. Mines and energy. 10.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Conditional Actions", "Action and priority", "Sectoral Target" ]

[ "Water supply", "Water management", "Climate services", "Infrastructure" ]

RWA

[ "Water", "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority", "Condition actions of the sectoral level", "Adaptation targets/ objectives at the sectoral level" ]

true

All the existing 53 gauging stations will be upgraded to automated real time data stations by 2030. 5.3 Develop a National Water Security Plan to employ water storage and rain water harvesting, water conservation practices, efficient irrigation, and other water efficient technologies. Rwanda will establish a comprehensive National Water Security Plan to expand water storage and irrigation infrastructure, rainwater harvesting, water conservation and water efficiency practices. This strategic action brings together the national policies and strategies for irrigation, water supply and sanitation, IWRM and energy.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Health services and assessment", "Landscape management", "Sustainable urban planning" ]

DOM

[ "Health", "Cross-Cutting Area", "Urban" ]

false

null

[ "Adaptation action/priority" ]

true

Prepare vulnerability and adaptation assessments of health systems, the health chapter to be assigned to the Climate Change Adaptation Plan or equivalent documents. Resilient Cities Sector (infrastructure, human settlements). Improve urban planning and land use to ensure that new and existing developments, infrastructure, buildings and land management promote long-term climate resilience, including the resilience of ecosystems. Improve current building standards for climate risk integration. Promote strategic environmental assessment integrating climate risk.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Urban: General", "Disaster preparedness", "Climate risk management" ]

MDA

[ "Cross-Cutting Area", "Disaster Risk Management (DRM)", "Urban" ]

false

null

[ "Adaptation action/priority" ]

true

CROSS-SECTORIAL CLIMATE CHANGE ADAPTATION PRIORITIES. Being a complex process, adaptation to climate change requires cross-sectorial perspectives coming from the involvement of a multi-level governance system with strong capacities for both planning and implementing adaptation. In the undertaken sectorial and institutional level capacity assessments of Moldova, it was concluded on several occasions that the need exists to strengthen the country’s capacities to plan and implement cross-sectorial adaptation.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Vehicle Fleet", "Transportation Infrastructure", "Road Sector", "Inland Waterways", "Rail", "Transportation Planning" ]

LKA

[ "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

Encourage and introduce low emission vehicles such as electric and hybrid. 8.1 Introduce electrified three - wheelers to reduce emissions,. 8.2 Introduce electrified boat service,. 8.3 Introduce electric buses,. 8.4 Introduce other electrified vehicles such as cars. Reduce traffic congestion in order to reduce GHG emission. 9.1 Introduce canal transport systems. 9.2 Introduce Centralized Traffic Management Systems (CTMS). 9.3 Establish highways. 9.4 Transport of heavy loads by railway.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Sectoral targets on", "Conditional part of mitigation target" ]

[ "Energy Efficiency" ]

PSE

[ "Energy" ]

false

null

[ "Targets at the sectoral level", "Conditional part of the mitigation target for a given sectoral target" ]

false

Improve energy efficiency by 20% (versus business as usual) across all sectors by 2030. Energy: Energy distribution. Providing reliable electricity supply (West Bank). Electricity grid upgrading (West Bank). Upgrade of the electricity grid to enable distribution of renewable energy, primarily from solar PV, by 2030. Health: Developing safety and monitoring systems for water, food and sanitation. Development of water, food and sanitation monitoring and safety systems using high technology.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Capacity building needs" ]

[ "Afforestation" ]

BEN

[ "LULUCF/Forestry" ]

false

null

[ "Capacity building needed for a given sectoral target" ]

false

Establishment of cells responsible for Climate Change issues in their relationship with biodiversity. Consideration of the issue of Climate Change in the management of biological resources. Training of stakeholders (policymakers, technicians, farmers, local authorities) in the development of integrated projects for the conservation of biological resources in a modified climate and in ex situ and in situ conservation methodology. Popularization of local knowledge in the management of biological resources. Establishment of information systems and alerts on the adverse effects of climate change on biodiversity

true

[ "Sectoral Mitigation Targets" ]

null

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Demand-side Efficiency: Cities" ]

SLV

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Sustainable Development Goals involved. Adaptation:Cities. Solid waste. Health. Description of the goal. 1.1.3. A. Target based on annual consumption in 2030. By 2030, there will be an annual consumption of 124 GWh for public electric lighting, which means an accumulated saving of 34 GWh compared to a BAU Scenario, in which an annual consumption of 126 GWh in 2019 is assumed, with a trend which would imply a consumption of 128 GWh in 2030, by not applying energy efficiency measures. Methodological aspects.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Upstream policies on", "Sectoral plans on" ]

[ "Peatlands" ]

COD

[ "LULUCF/Forestry" ]

true

null

[ "Information on upstream policies for a given sector", "Information on sectoral plans" ]

false

Through the National Peatlands Strategy, clarify and implement, as far as possible, the commitments made through international conventions and initiatives for the protection and sustainable management of peatlands, including the Ramsar Convention;. Invest in building national capacity and expertise, both institutionally and technically, in relation to sustainable peatland management;. Harness the current interest in Congo Basin peatlands to advance the DRC government s current agenda and priorities for peatland enhancement and protection;.

true

[ "Sectoral Mitigation Policies", "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Social Development: General" ]

URY

[ "Social Development" ]

false

null

[ "Adaptation action/priority" ]

true

To make available, by 2025, georeferenced information of social vulnerabilities associated to adverse climatic events, adopting human rights and gender perspectives and looking at childhood, population below the poverty line and/or indigence, homeless people, older adults, disabled people, afro-descendants, migrants and rural population. 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.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Gender", "Social Development: General", "Ecosystem and biodiversity" ]

FJI

[ "Environment", "Social Development" ]

false

null

[ "Adaptation action/priority" ]

true

Fiji will imbibe its traditional values of respecting and living within nature’s limits, in its future development plans in the context of its financial, technical, and social capacities, and develop robust legislative measures to protect and conserve the vulnerable species and ecosystems. Fiji will take appropriate steps to protect its social infrastructure against climate change and prioritise gender, disability, and the needs of the children and elderly in disaster management and in climate action. 3. CONCLUSION.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Disease surveillance and control" ]

MWI

[ "Health" ]

false

null

[ "Adaptation action/priority" ]

true

Promotion of insecticide-treated mosquito nets and. Oral rehydration salts, homemade sugar and salt solution, and cereal based solutions, such as rice water. intravenous fluids, antibiotic treatment, and isolation wards in case of diarrhoeal disease outbreaks. Scaling up resilient nutrition. Increased adoption of improved nutrition-specific and nutrition-sensitive practices. Nutrition assessment, counselling, and support services linked to livelihoods targeting adolescents, adults, and children. Increased adoption of improved nutrition-specific and nutrition-sensitive practices. Promote dietary diversity and integrate nutrition-sensitive practices across sectors, primarily agriculture, health, education, WASH and.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Climate services" ]

VEN

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Future climate prediction: "Reduction of risks due to Climate Variability and Change Climate, in the specific sectors of Water, Agriculture, Energy Health and Disaster, selected by the WMO for the implementation of the Global Framework for Climate Services (GFCS), to which the Venezuelan State would add Biodiversity for its commitment to protected natural spaces" (26).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Mangroves" ]

COL

[ "Coastal Zone" ]

false

null

[ "Adaptation action/priority" ]

true

Environment: "Updating and implementation of 50% of the 'National Program for sustainable use, management and conservation of mangrove ecosystems' by 2030. Reduce the vulnerability of blue carbon ecosystems, with an emphasis on mangroves, through strategies for preservation, sustainable use and restoration, as well as the formulation and implementation of management instruments, such as measures that contribute to climate change adaptation" (20).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Water: General" ]

JOR

[ "Water" ]

false

null

[ "Adaptation action/priority" ]

true

Adoption of Climate Resilience Water Safety and Security Planning as a tool to identify adaptation measures at utility level. 4.1.4 Improved efficiency in water use for sustainable development. In a future where climate change will multiply the expected scarcity of water resources in Jordan due to increased population growth and economic development it becomes essential that water efficiency measures become a necessary approach in water management to enhance climate resilience and improve productivity of water use. Some key actions are the following:.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Targets", "Action and priority" ]

[ "Water management", "Climate services", "Water conservation and reuse", "Water efficiency", "Water: General" ]

RWA

[ "Water", "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority", "Measurable targets or indicators" ]

true

Improved quantity and quality of water resources which sustain new and existing hydropower plants. Renewable water resource availability per capita per annum (m³ /capita/a). MoE / MININFRA (RWRB/REMA/ WASAC, Private sector). ✔. ✔. B. 2. Develop water resource models, water quality testing, and improved hydro-related information systems. Percentage of catchments with water balance and allocation models. MoE (RWRB/ Private sector). ✔. ✔. B. 10 million USD. 3. Develop and implement a catchment management plan for all Level 1 catchments. Number of operational hydrological stations.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Agricultural waste" ]

SSD

[ "Agriculture" ]

true

false

null

[ "Information on sectoral plans" ]

false

There is tremendous potential for growth and development in the agriculture sector with only 5% of total arable land currently under use. South Sudan will use this opportunity to create targeted agricultural hubs promoting closed agricultural loops.6 Creating such hubs will also help South Sudan address the impacts of inefficient marketing, which lead to significant post-harvest loss due to wastage. Establishing markets closer to production areas will allow quicker and more efficient transportation of produce, thus helping reduce post-harvest losses. Yet to be implemented.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Sectoral targets on", "Conditional part of mitigation target", "Downstream actions" ]

[ "HFCs", "REDD+" ]

NIC

[ "Industries", "LULUCF/Forestry" ]

false

null

[ "Conditional part of the mitigation target for a given sectoral target", "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Targets at the sectoral level" ]

false

Required activities:Development of a strategy for the use of natural refrigerants or those with low global warming potential, which would have an impact on the industrial processes sector, the emissions subsector of fluorinated substitutes that deplete the ozone layer. 9.1.3.- Forest Management and Land Use Change Sector. Conditional NDC in the forestry sector and land use change: Reduce CO 2 emissions generated by gross deforestation at the national level by 25% by 2030 with respect to the country s baseline.

true

[ "Sectoral Mitigation Actions", "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Poverty reduction" ]

HND

[ "Social Development" ]

false

null

[ "Adaptation action/priority" ]

true

Measure 14. Financing mechanisms for vulnerable populations (rural savings banks to improve ACC capacity for women, access to credit, access to markets for the rural population). VI. Financing Component. Climate finance context in Honduras. Access to climate finance is a challenge for the country, and it is considered that in order to achieve the objectives of this NDC, policies are required that allow the resources of the financial mechanisms to flow more quickly.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Infrastructure and roads", "Poverty reduction" ]

LBR

[ "Social Development", "Transport" ]

false

null

[ "Adaptation action/priority" ]

true

Consumer information campaigns through heightened driver awareness about better ways of driving cars through eco-driving, speed reduction and use of well-adjusted motors, electric and Compressed Natural Gas vehicles and promotion of public transport through the use of bus transport network and car sharing; (Linked to Health sector). Promote diesel particulate filters for road and off-road vehicles. Continuation of road upgrading and construction. Support the implementation of infrastructure that foster the development of a bus public transport network for Monrovia.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Policies" ]

[ "Ecosystem and biodiversity" ]

GMB

[ "Environment" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

In the medium- and long-term, the Government must continue the mainstreaming of climate change into national development frameworks as achieved for the medium-term strategy – the Programme for Accelerated Growth and Employment (PAGE) and some sectorial policies and strategies (the Agriculture and Natural Resources Policy, the Forest Policy and the Fisheries Strategic Action Plan) by adjusting all national and sectorial policies to take climate change into consideration. With appropriate changes in the policies, including fiscal policy, the fostering of public investments to green key sectors (agriculture, energy, water resources, waste management, etc.)

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Transportation Infrastructure" ]

MMR

[ "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

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. Of the 55 national Road Transport Offices only 20 have multi-testing systems, of which one is a mobile system, while 8 only have exhaust emissions testing systems. Based on how markets for EVs progress, Myanmar will develop both infrastructure and policies to further support the sector under bilateral partnerships or public-private partnerships.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Conditional Actions", "Action and priority" ]

[ "Climate services", "Disaster preparedness", "Climate risk management" ]

GNQ

[ "Cross-Cutting Area", "Disaster Risk Management (DRM)" ]

false

null

[ "Adaptation action/priority", "Condition actions of the sectoral level" ]

true

With the adoption of the National Action Plan for Adaptation to Climate Change (NAPA) in 2013, the country develops the strategy to promote resilience to climate change in all sectors, with concrete proposals in the short and medium term. Among the proposed actions are:. Periodic diagnoses on climate vulnerability at the national level, according to international standards;. Construction of meteorological stations throughout the country for the proper monitoring of climatic factors in each area of the territorial administration;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Targets" ]

[ "Early warning system", "Disease surveillance and control" ]

SLV

[ "Health", "Disaster Risk Management (DRM)" ]

false

null

[ "Measurable targets or indicators" ]

true

Between 2021 and 2025, epidemiological surveillance systems with a national scope will be improved, indicating the following results: a) identification of human diseases attributable to climate change and its associated variability; b) integrated pilot system with common variables that allows predictive and multivariate analysis and its link to the National Epidemiological Surveillance entities; c) sustained establishment of a situation room with the objective of analyzing and making decisions based on information shared and updated intersectorally. Implementation framework.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Targets" ]

[ "Tourism: General", "Capacity building and knowledge transfer" ]

KHM

[ "Tourism", "Cross-Cutting Area" ]

false

null

[ "Measurable targets or indicators" ]

true

“1. Strengthen the capacity building on Environmental Education Development (EED) in tourism to stakeholders among 6 Provinces. 6 provinces are just based on first priority strategy plan of MoT where are higher tourist area. Those are Kg Thom, Battambang, Siem Reap, Kg Cham, Kg Chhnang and Pursat. 2. Providing supports for Kampong Thom, Siem Reap, Koh Kong Provinces” (p. 130)

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on", "Downstream actions" ]

[ "LULUCF/Forestry: General", "Climate Smart Agriculture" ]

PNG

[ "Agriculture", "LULUCF/Forestry" ]

true

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Information on sectoral plans" ]

false

to the rapid population growth (3.1 percent per. annum) and fast-growing economy (6.7 percent. average annual constant GDP growth between. 2009 and 2016)31. This trend is expected to continue. as well as the increasing trend of emissions in the. LULUCF sector as shown in Figure 45. PNG will. shift to a downwards trend mainly by promoting REDD+ activities such as enhancement of land use. planning and monitoring, promoting climate-friendly. agriculture, strengthened monitoring of FCA permits,. enhancement of timber legality, and promoting. reforestation and ecosystem restoration.

true

[ "Sectoral Mitigation Actions", "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Sectoral targets on", "Action and priority" ]

[ "Land degradation", "Agroecology", "Sustainable Land Management", "REDD+" ]

SLV

[ "Agriculture", "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level", "Adaptation action/priority" ]

true

Conservation, restoration, rehabilitation of one million hectares at the level of ecosystems and landscapes; working on the drivers and causes of deforestation, ecosystem degradation and promoting the transition towards sustainable agroecosystems. Threat of climate change against which action is taken:Manifestations of climate change: increase in average temperature, change in precipitation patterns and extreme hydro-meteorological events. Effects: heat, soil erosion, soil dryness, floods, landslides, landslides and storm surges. Risk reduction of (impacts of climate change and its associated variability).

true

[ "Sectoral Mitigation Targets", "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Conditional Actions", "Adapt Now sector" ]

[ "Energy: General", "Water quality", "Climate risk management", "Water supply", "Water efficiency", "Fisheries and aquaculture", "Education: General" ]

NGA

[ "Agriculture", "Water", "Energy", "Education", "Cross-Cutting Area" ]

false

null

[ "Condition actions of the sectoral level", "GCA_Sector" ]

true

Intensify programmes to survey water quality and quantity for both ground and surface. Implement programmes to sustainably extend and improve water supply and water management infrastructure. Explore water efficiency and management of water demand, particularly in Sahel and Sudan savanna areas. Enhance artisanal fisheries and encourage sustainable aquaculture as adaptation watershed level water management infrastructure Sudan savanna areas options for fishing communities. C. STRATEGIES FOR FORESTS. Strengthen the implementation of the national Community-Based Forest Resources Management Programme.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Sectoral targets on", "Conditional part of mitigation target", "Sectoral plans on", "Downstream actions" ]

[ "Recycling, Reuse, Reduce", "Renewable Energy: Waste-to-Energy", "Fertilizers", "Solid Waste", "Waste-to-Energy" ]

VUT

[ "Agriculture", "Energy", "Waste" ]

true

false

null

[ "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", "Conditional part of mitigation target for a given sectoral downstream actions", "Information on sectoral plans", "Targets at the sectoral level" ]

false

Based on the results and outcome from the REDD+ initiative, potential mitigation interventions shall be included in future NDC update. Waste. Solid Waste (Municipal Solid Waste). By 2030, Implement Waste to Energy Plant for Municipal Solid Waste (MSW): (a) Waste to Energy Plant for Port Villa; (b) Waste to Energy Plant for Luganville; and (c) Waste to Energy Plant for Lenakel. By 2030, Introduce Composting for municipal organic waste to produce soil enhancer.

true

[ "Sectoral Mitigation Actions", "Sectoral Mitigation Targets", "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Conditional part of mitigation target", "Downstream actions" ]

[ "Renewable Energy", "Renewable Energy: Solar: Utility Scale" ]

CPV

[ "Energy" ]

false

null

[ "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Conditional part of mitigation target for a given sectoral downstream actions" ]

false

Introduce first solar desalinisation plants at scale, with the first plant to be commissioned in 2021 (Furna, Brava Island);. Implement the Brava Sustainable Island Projet (see box 5 below). Box 5: Cabo Verde low-carbon flagship project: Brava Sustainable Island. In 2018, the Government of Cabo Verde elaborated a pioneer energy transition plan for the island of Brava8, which is home to 5 000 Cabo Verdeans.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Upstream policies on" ]

[ "Vehicle Fleet" ]

AUS

[ "Transport" ]

false

true

null

[ "Information on upstream policies for a given sector" ]

false

"Australia’s 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 doubling the Commonwealth’s investment in charging and refuelling infrastructure to $500 million. The Australian Government will also introduce an electric car tax discount and establish a real-world emissions testing program to help consumers make more informed choices about the fuel efficiency of their vehicles."

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Fertilizers" ]

MLI

[ "Agriculture" ]

true

false

null

[ "Information on sectoral plans" ]

false

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. The cost of these GHG emissions in the agriculture sector is US $ 20.6 billion for the conditional mitigation scenario and US $ 3.09 billion for the unconditional mitigation scenario. 3.2.3. GHG Emissions in the Forestry and Land Use Change Sector. Policies, plans and programs on which the prospective 10 is based.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false