GIZ/policy_classification · Datasets at Hugging Face

null

[ "Existing sectoral policies" ]

[ "Energy: General" ]

GBR

[ "Energy" ]

false

true

null

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

false

"The Scottish Government published its Cleaner Air for Scotland strategy in 2015 setting out a series of actions for improving air quality across a wide range of policy areas. Following an independent review of the strategy in 2019 , which made recommendations for additional action on air pollution, a new strategy - Cleaner Air for Scotland 2: Towards a Better Place for Everyone - was published in July 2021. This sets out Scotland’s air quality policy framework for the period 2021 to 2026 with a continued focus on delivery of co-benefits for air pollutant and greenhouse gas reductions."

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on", "Emission reduction potential", "Action and priority", "Conditional part of mitigation target" ]

[ "Vehicle Fleet", "Sustainable transport planning", "Transport: General" ]

PSE

[ "Transport" ]

false

null

[ "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" ]

true

Improve the efficiency of the road vehicles. Control the technical condition of vehicles and periodic maintenance to improve fuel efficiency and reduce emissions. Reducing the emissions of the passenger vehicle fleet by 8% by 2030, and 24% by 2040. Scrapping 60% of vehicles older than 20 years by 2030 and scrapping all vehicles older than 20 years by 2040. Conducting statutory tests on 30% of on-road vehicles by 2030, and 60% by 2040. Transport: Promoting sustainable road usage.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Coastal management", "Coastal Zone: General" ]

SEN

[ "Coastal Zone" ]

false

null

[ "Adaptation action/priority" ]

true

Integrated Coastal Zone Management (establishment of a coastal monitoring system, identification of the forcing factors and physical processes that govern the functioning and dynamics of the coast, updating of the legal and institutional framework of the coast, morpho-dynamic modeling of the coastal zone, identification of the main coastal risks and risk areas, planning of coastal occupation, etc.). Protection and development of risk areas and restoration of degraded coastal ecosystems. Identification of adaptation issues. Coastal occupation regulations. Knowledge of wave climate and their modeling.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Building on existing downstream actions", "Implementing Agency for Sectoral Conditonal Actions" ]

[ "Infrastructure and roads", "CCS" ]

BHR

[ "Energy", "Transport" ]

false

null

[ "Existing sectoral downstream actions that the NDC builds on", "The agency responsible for implementing the sectoral conditional action" ]

true

Ministry of Transportation and Communications continues to find ways and means to mitigate emissions from land transportation.The Kingdom of Bahrain established a unit for Sustainable Energy under the Minster of Energy that focuses on energy conservation and renewable energy Policies. Carbon Capture and Storage. BAPCO Carbon Recovery Plan utilizes Waste CO2 rich off gas stream which is to be used for industrial applications. Gulf Petrochemical Industries Company (GPIC) Carbon Recovery Project is able to capture CO2 in the flue gases of the GPIC Methanol Plant.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Upstream policies on" ]

[ "Economy-wide: General" ]

TLS

[ "Economy-wide" ]

false

true

null

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

false

w The provision of expanded detail on Timor-Leste’s needs and intentions in relation to the development of a national GHG inventory. New policy initiatives designed to strengthen implementation w A new commitment to develop a climate change law that will create a legal framework for Timor-Leste’s climate change response and a conditional commitment to passing this law in 2023-24. w The intention to develop a National Climate Change Strategy and Action Plan, to guide the implementation of the National Climate Change Policy utilising financial support available through an existing GCF Readiness grant.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Climate smart agriculture" ]

CRI

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Line 13 - Incorporate adaptation practices into agricultural production systems in a manner appropriate to the local realities and cosmovisions of communities: By 2026, promote good agricultural practices through the design and adaptation of at least one standard that incentivizes the integration and risk and climate adaptation in the processes of production and capacity building (81).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Agriculture: General" ]

COD

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

The following specific actions are envisaged to strengthen the resilience of the agricultural sector to the effects of climate change:. Realization of zoning for land allocation, in order to circumscribe the areas to be allocated specifically to agricultural activities;. Promotion of good sustainable farming practices, distribution to farmers of improved and resilient seeds and popularization of soil enrichment techniques;. Support for the organization of marketing circuits and a price policy for the sale of remunerative agricultural products to producers;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority", "Time frame" ]

[ "Health services and assessment", "Landscape management", "Water management", "Energy: General", "Disaster preparedness", "Awareness raising and behavior change", "Agriculture: General", "Sustainable urban planning", "Coastal Zone: General", "Early warning system", "Ecosystem and biodiversity" ]

URY

[ "Environment", "Disaster Risk Management (DRM)", "Agriculture", "Water", "Coastal Zone", "Health", "Energy", "Cross-Cutting Area", "Urban" ]

false

null

[ "Adaptation action/priority", "Time frame" ]

true

To have formulated, adopted and implemented by 2025 three integrated basin management plans that consider climate change and variability. Agricultural sector. ( Relative to paragraph 15 of the PNCC). To have formulated, adopted and started the implementation of a National Adaptation Plan for Agriculture by 2020.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Action and priority" ]

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

PAN

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

false

null

[ "Adaptation action/priority" ]

true

Ambition: Adaptive capacity of communities to the adverse effects of climate change increased, reduced vulnerability and measures to manage disaster risk established. 4.8 Public health. Climate change influences the social and environmental determinants of health, such as clean air, clean water, sufficient food, and safe housing. Many of the deadliest diseases, such as diarrhea, malnutrition, malaria and dengue, are highly sensitive to climate, while increasing anthropogenic pressures on ecosystems that increase environmental health risks through disease transmission .

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

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

CAN

[ "Buildings", "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

"Investing in energy efficiency and fuel switching in Canada’s building stock will result in immediate benefits. This will help set the stage for a resilient buildings sector composed of net-zero carbon buildings powered by clean electricity, and more green jobs. Continued support for innovation will provide an important complement to building codes, to ensure that energy efficient technologies continue to reduce costs and emissions."

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Building on existing downstream actions" ]

[ "Agriculture: General" ]

VNM

[ "Agriculture" ]

false

null

[ "Existing sectoral downstream actions that the NDC builds on" ]

false

2 ‘1 must’ is the compulsory using of certified seed; ‘5 decreases’ are decreases in the use of water, energy, post- harvest lost, pesticides and fertilizers. 3 Increasing the areas with mid-season water drainage and alternating wet and dry irrigation techniques applied on 45,000 ha of rice is estimated to reduce by 160 tonnes of CO2eq.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Archived Revised First NDC" ]

false

en

true

null

[ "Time frame" ]

[ "Coastal fisheries", "Water management", "Sea-level rise protection", "Infrastructure", "Disaster Risk Management (DRM): General", "Coastal Zone: General", "Early warning system", "Food security", "Capacity building and knowledge transfer" ]

SYC

[ "Disaster Risk Management (DRM)", "Agriculture", "Water", "Coastal Zone", "Cross-Cutting Area" ]

false

null

[ "Time frame" ]

true

The projections correspond to an increase in the number of vehicles from 10,622 in 2005 to 20,000 in 2030. Fossil fuel consumption is expected to increase from 21,324 t (2005) to 53,620 t in 2030. Using a target of 30% reduction in fuel use, which is expected to produce a proportional decrease in GHG emissions, the total emissions arising from road transport is expected to be 116.96 ktCO2 in 2030. This target corresponds to a reduction in emission of 50.13 ktCO2 in 2030.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer", "Fisheries and aquaculture", "Climate risk management" ]

ALB

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

false

null

[ "Adaptation action/priority" ]

true

Development of territorial climate change adaptation plans for the whole coast (an integrated coastal zone adaptation plan, including lagoons and fishery sectors). Fishery. High. Development of fishery sectoral climate change adaptation plans integrated to the supporting sectors (water, energy and agriculture) and development of risk management plans75. Fishery. Very high. Improved Management of Fishery sectors based upon risk assessment and monitoring (e.g. incorporating system feedbacks).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Energy Efficiency" ]

PLW

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

35% Energy Efficiency target by 2025. Coverage. Energy (electricity generation), transport and waste sectors. Gases: Carbon dioxide (CO2 ) and methane (CH4). Baseline assumption. Business as Usual (BAU) emissions scenario projections are based on economic growth in the absence of new climate change policies and measures in addition to those in place in 2015, and greater coverage and implementation of existing measures. BAU projections include the electricity sector only, which is Palau’s largest emitting sector.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Renewable Energy" ]

ARM

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

In its 2015 INDC, Armenia undertook to pursue economy-wide mitigation measures, striving to achieve per capita net emissions of 2.07 tCO2eq in 2050, subject to adequate international financial, technological and capacity-building support. By 2030, Armenia is going to double its share of renewables in energy generation on the path to achieve climate neutrality in the second half of this century. Armenia is a land-locked country with vulnerable mountainous ecosystems, already facing negative impacts of climate change and water scarcity.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Livestock" ]

VUT

[ "Agriculture" ]

true

false

null

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

false

It is to be noted that actual GHG mitigation potentials of the above measures are not estimated due to lack of data and defined methodology. However, the cumulative impact of these measures will result in higher than the estimated GHG emissions reductions. ENV 4.7. 100. 350,000. M11. By 2030, Converting Pastures to Silvo-pastural Livestock Systems. ENV 4.7. 100. 500,000. M12. By 2030, International Collaboration to Improve Livestock Efficiency. ENV 4.7. 100. 500,000. Forestry: Agriculture, forestry and other land use (AFOLU). M13.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Action and priority" ]

[ "Fisheries and aquaculture", "Water management", "Coastal fisheries", "Climate smart agriculture" ]

VNM

[ "Agriculture", "Water", "Coastal Zone" ]

false

null

[ "Adaptation action/priority" ]

true

Developing and implementing the national water resources master plan and river basin integrated master plan, taking into account climate change; developing and implementing measures for ensuring water security in the context of climate change and continuing to enhance the implementation of the above-mentioned ongoing measures;. Shifting production towards climate-smart and environmentally friendly production; changing the production structure and varieties of plants and animals, adjusting cultivation calendars, agricultural production techniques towards climate-resilience; implementing the programme for aquatic resources protection and development,diversifying cultured species, applying technological measures and cultivation practices of sustainable and organic aquaculture;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Climate services", "Capacity building and knowledge transfer" ]

KHM

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Local government and Climate Change-III (LGCC3). Governance. NCDD. 12. Reducing vulnerability of local communities though sub-national climate governance reform (focusing on policy). Governance. NCDD. 13. Enhance the quality of broadcasting means and expand the capacity of coverage for raising awareness on climate change nationwide. Information. MOINF. 14. Training and enhancing human capacity on climate change in the information sector. Information. MOINF. 15. Urge private media organizations to participate in covering climate change related topics and to complement state broadcasting agencies. Information. MOINF. 16.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Recycling, Reuse, Reduce", "Waste: General" ]

CPV

[ "Waste" ]

true

false

null

[ "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", "Information on sectoral plans" ]

false

Seek to provide proper waste management coverage (with waste segregation, recycling, and treatment in sanitary landfills) for 50% of the most vulnerable municipalities by 2030, including:implementing educational programs for the separation of basic waste types by households and waste producers;. planning and building 5 waste collection and recycling facilities and/or general drop off points by 2025; planning and building at least 1 landfill equipped with gas-to- energy systems by 2025; and.

true

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

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Sectoral Unconditional Actions" ]

[ "Land degradation", "Disaster preparedness", "Sustainable urban planning" ]

FJI

[ "Urban", "Disaster Risk Management (DRM)", "LULUCF/Forestry" ]

false

null

[ "Unconditional sectoral actions" ]

true

Rehabilitation plans are focused on the principle of “building back better” especially for rural housing and infrastructure such as roads, water and energy. In the agriculture and forestry sector, the planting of traditional tree and root crops is being undertaken to minimize soil erosion and land degradation and desertification. The planting of mangroves, construction of seawalls and the relocation of communities to higher grounds are part of ongoing adaptation initiatives. 5.1 Key challenges and Proposed Way Forward, Action and Time bound Indicators for Adaptation[4].

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

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

[ "Water management", "Climate risk management", "Capacity building and knowledge transfer" ]

BDI

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

false

null

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

true

Table 6: Programmes and costs associated with implementation of the INDC (Source: National Strategy and Action Plan on Climate Change, 2012). Programme Name. Components. Cost (in US$K). Climate risk adaptation and management. Integrated water resources management by a small hydrological unit. Protection of aquatic and land-based ecosystems. Coaching of the population to develop their resilience to climate change. Development of institutional and operational capacities to coordinate programmes that are resilient to climate change. Research on the vulnerability and adaptation of socioeconomic sectors to climate change.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Livestock" ]

ALB

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

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. They can be affected differently from the outbreak of diseases. They have different reproductive rates and can contribute differently to rebuild livestock holding after drought, disease or natural disasters. High. High. Medium. High. High. Medium. Improve the environment inside housings/application of efficient cooling equipments like as fans, water sprinklers to minimize heat stress.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Upstream policies on" ]

[ "REDD+" ]

COD

[ "LULUCF/Forestry" ]

false

true

null

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

false

It includes, in addition to the three aforementioned sectors (Agriculture, Forestry and Energy), that of Waste and concerns the same gases. The budget for this revised NDC is estimated at USD 48.68 billion, including USD 25.60 billion for the implementation of the mitigation initiatives announced and USD 23.08 billion for priority adaptation measures. Contribution to mitigation. The mitigation measures implemented by the DRC mainly concern the forestry sector, in particular the implementation of its national strategy to reduce emissions from deforestation and forest degradation (REDD+).

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Technology needs" ]

[ "Soils" ]

BEN

[ "Agriculture" ]

false

null

[ "Technology needed for a given sectoral target" ]

false

Smallholder Agricultural Productivity Enhancement Program (SAPPEP) Increased productivity of smallholder irrigated and rainfed agricultural production systems (development of integrated soil fertility management technologies, restoration of soil health and fertility) Rural Irrigation Perimeter Development Project (RIPDP) Implementation of hydro-agricultural development: development of 1000 ha of lowland and 300 ha of small irrigated perimeter, rehabilitation of 200 ha of degraded agricultural land, construction of four (04) water reservoirs.

true

[ "Sectoral Mitigation Targets" ]

null

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Renewable Energy", "Clean Cooking and Heating", "Renewable Energy: Solar", "Energy: General" ]

NPL

[ "Energy" ]

true

false

null

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

false

By 2050, Nepal will achieve 80% electrification through renewable energy sources having appropriate energy mix. Nepal will also reduce its dependency on fossil fuels by 50%. Nepal aims to achieve the following target under the National Rural and Renewable Energy Programme (NRREP), reducing its dependency on biomass and making it more efficient. Technologies. Targets. Mini and Micro Hydro Power. 25 MW. Solar Home System. 600,000 systems. Institutional solar power systems (solar PV and solar pumping systems). 1,500 systems. Improved water mill. 4000 number.

true

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

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Energy: General", "Climate risk management" ]

TJK

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

false

null

[ "Adaptation action/priority" ]

true

Based on a comprehensive analysis of the irrigation system and existing problems, a list of adaptation measures was submitted and then included in the general plan to update NDCs for the water sector. Based on the general analysis of the information received, the following adaptation measures have been formulated for the key sectors of the economy:Key adaptation measures in the energy sector include:. development of short-term impact models and effective adaptation options for extreme weather conditions such as droughts;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Vehicle Fleet", "Maritime", "Transport: General" ]

VUT

[ "Transport" ]

false

null

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

false

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. Transport. By 2030, 10% improvement in transport (land and marine) energy efficiency. Electric Vehicles (e-Mobility): by 2030, (a) Introduce Electric Vehicles (e-buses) for public transportation (10% of total Public Buses); (b) Introduce Electric Cars (e-Cars) in Vanuatu (10% of government fleet); and (c) 1000 Electric Two wheelers (e-bikes) /Three Wheelers (erickshaw).

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Sectoral Policies" ]

[ "Renewable energy" ]

GMB

[ "Energy" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

Renewable Energy Act, 2013 is designed to promote the use of RES in order to achieve greater energy self-reliance which will thus reduce the nation‟s exposure to fossil fuels, harmful emissions and the demand burden in regards to the supply of electricity; establish a Renewable Energy Fund; encourage investment into the RE sector; and ensure appropriate training and certification of installers of RE equipment and provision of guarantees to clients. Sustainable Energy for All (SE4ALL) Action Agenda and Investment Prospectus (2015 – 2030) is the country‟s plan of action to achieve the set of SE4ALL goals by 2030.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Targets" ]

[ "Gender", "Disaster Risk Management (DRM): General" ]

PAK

[ "Social Development", "Disaster Risk Management (DRM)" ]

false

null

[ "Measurable targets or indicators" ]

true

Pakistan in the year 2020 emerged as one of the countries to achieve SDG-13 Climate Action. According to SDG report 202013, Pakistan’s SDG index score improved whereby Pakistan was categorized as one of the countries that had achieved SDG-13. 6.3.1 CONTRIBUTIONS TO SDGS Table 6.2: SDG Objectives, Actions & Indicators Targets Objective Proposed Actions Lead Agency Potential indicators Strengthen resilience and adaptive capacity to climate- related disasters • Improve capacities to mitigate risks and respond to climatic- related disasters • Develop district- level multi-hazard vulnerability assessments FFC, NDMA, PDMAs • Number of capacity building initiatives undertaken for improving disaster risk mitigation and response • Number of district level multi-hazard assessments in various provinces PAKISTAN: UPDATED NATIONALLY DETERMINED CONTRIBUTIONS 2021 Integrate climate change measures into policies and planning • Integrate climate consideration in development planning processes Line Ministries and Provincial Departments, FFC • Integration of climate considerations in PC-I form Build

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Economy-wide: General", "Sustainable urban planning", "Climate smart agriculture" ]

CHN

[ "Agriculture", "Economy-wide", "Urban" ]

false

null

[ "Adaptation action/priority" ]

true

Additional details: “Focusing on areas that are vital to livelihood development, national security and sustainable social development, China will promote the research & development, promotion and application of key adaptation technologies, and establish a sound system of adaptation standards for related industries to enhance climate resilience. China will improve agricultural climate zoning, make full use of agricultural climate resources brought about by warming to develop characteristic agricultural products, strengthen agricultural biodiversity conservation and coordinated and sustainable agricultural development, and build a complete food security guarantee system. China will advance urban ecological restoration projects, establish a continuous and complete ecological infrastructure system, and improve urban ecosystems. China will step up the construction of health emergency system to reduce the adverse effects of climate change on public health. To strengthen planning and guidance, China will formulate urban lifeline and industrial emergency plans, and urge sensitive industries to build adaptation infrastructure

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

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. Agriculture, a key sector of the Comorian economy, includes livestock activities (mainly cattle, goats and poultry), food crops and cash crops (ylang-ylang, vanilla, etc.).

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Building on existing downstream actions", "Sectoral plans on", "Downstream actions" ]

[ "Inland Waterways", "Transportation Infrastructure", "Rail", "Maritime" ]

VNM

[ "Transport" ]

true

false

null

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

false

Regarding renewable energy development, by the end of 2019, the total capacity of small-scale hydro-power had reached 3,674 MW, wind power 377 MW, biomass 325 MW, and solar power 4,696 MW. In the transport sector, climate change responses have been mainstreamed into the process of updating, adjusting and developing sectoral strategies and planning, including detailed planning of seaport groups; development planning of Viet Nam’s dry port system; detailed planning of the dry port system to 2020 with orientation to 2030; the master plan for inland waterway transport development; railway transport development strategy and planning; and the planning of Long Thanh Airport and other airports.

true

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

false

[ "CW" ]

null

[ "Archived Revised First NDC" ]

false

en

true

null

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

[ "Sustainable Land Management", "Renewable Energy", "Climate Smart Agriculture" ]

PSE

[ "Agriculture", "Energy", "LULUCF/Forestry" ]

true

null

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

false

The objective is for at least 50% of farms in the State of Palestine to apply climate-smart agriculture by 2040. Agriculture. In addition to afforestation, 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. Energy. Implementation of State of Palestine’s Renewable Energy Strategy, which aims to generate 5% of the total electric energy consumed by utilising renewable energy technologies by the year 2020. Energy.

true

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

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Irrigation", "Climate smart agriculture" ]

MUS

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Mainstream Climate Change Mainstream climate change adaptation in the different sectoral policies, strategies and plans, for example in the Strategic Plan (2016 - 2020) for the Food Crop, Livestock and Forestry Sectors, through the advancement of technical studies;. Efficient Irrigation Techniques Development. Investment in water infrastructure to support irrigation projects and development of a policy framework to enhance access to, and productive use of water in the agricultural sector. Develop and promote climate smart agriculture practices. Tourism and Coastal Zone Management.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Adapt Now sector" ]

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

CUB

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

false

null

[ "GCA_Sector" ]

true

The frequency and extent of droughts has increased significantly since 1960; With major damage in the eastern region. Changes in water availability have been observed and a decrease in water potential is estimated. Other impacts have been observed or measured in the agriculture and human health sectors as well as in biodiversity.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Demand-side Efficiency: Cities", "Buildings: General", "Recycling, Reuse, Reduce" ]

QAT

[ "Buildings", "Energy", "Waste" ]

false

null

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

false

The ongoing development of Lusail city is Qatar’s main initiative concerning smart and sustainable cities with centralized water, cooling, waste, and transport systems as well as solar energy production. Qatar has been making a steady progress towards attaining circular economy in the construction sector by implementing recycling and re-using construction waste and the government further plans to explore the use of environment friendly battery-powered generators for construction activities. e) Research and Development.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Energy access" ]

DMA

[ "Energy" ]

false

null

[ "Adaptation action/priority" ]

true

“Establishing community off-grid mini-grid or micro-grid renewable energy electrical supply systems (backed up by emergency alternative energy systems (such bio-diesel generators, should local conditions allow for the operation to be efficiently established) in vulnerable communities on the east and south east coasts that are periodically without electricity as a consequence of storm and hurricane events

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "Wastewater" ]

URY

[ "Waste" ]

true

false

null

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

false

This development includes the extension of capture and burning of CH4 systems and/or the introduction of technologies to reduce CH4 generation to new final disposal sites, so that 90% of the urban solid waste is disposed of in sites with these technologies. Improvement in the industrial wastewater treatment systems with technologies that reduce CH4emissions. This includes the implementation of new CH4 capture and burning systems in anaerobic treatments, reaching the treatment systems where 30% of emissions are generated. Various Sectors.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "First NDC" ]

false

true

en

false

null

[ "Adapt Now sector" ]

[ "Infrastructure", "Sustainable urban planning" ]

ARG

[ "Water", "Urban" ]

false

null

[ "GCA_Sector" ]

true

The hydroelectric generation could also face significant impacts because of the river streams, as well as the infrastructure of the transport network because of severe winds. [18]. The risk of the transmission of dengue fever and other diseases caused by the same vector is elevated all year long in the north and northeast of Argentina, while in the center of the country the risk is focused on summer. Because of global warming, intensification on the transmission ofdiseases on the current endemo-epidemic areas is expected. [19].

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Agriculture: General", "Agroforestry" ]

ALB

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Application of agroforestry practices, combining the growth of crops accompanied by forest trees, and construction of hedgerows and windbreaks on the fields planed with crops. Medium. Farm management. Reduction as much as possible of chemical inputs in agriculture and Introduction of new cultivation technologies. High. Promotion of organic farming and application of precision farming systems. Medium. Introduction of pest and disease resistant cultivars as well as improvement of pest monitoring and information system. High.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Clean Cooking and Heating: Efficient cookstoves" ]

RWA

[ "Energy" ]

false

null

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

false

Dissemination of modern efficient cook stoves to 80% of the rural population and 50% of the urban population by 2030, achieving a more sustainable balance between supply and demand of biomass, and reducing firewood and fossil energy consumption for cooking. ✔. ✔. ✔. MININFRA, MOE (EDCL, RFA, FONERWA). 380 million USD (new stoves, training and scheme monitoring). Reduced dependence on availability of traditional biomass fuels, which is vulnerable to climate variability. Reduced pressure on forests resources, with reduced impacts from extreme rainfall events.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

false

null

[ "Sectoral targets on" ]

[ "Conservation" ]

BRA

[ "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level" ]

false

ii) in land use change and forests:. strengthening and enforcing the implementation of the Forest Code, at federal, state and municipal levels;. strengthening policies and measures with a view to achieve, in the Brazilian Amazonia, zero illegal deforestation by 2030 and compensating for greenhouse gas emissions from legal suppression of vegetation by 2030;. restoring and reforesting 12 million hectares of forests by 2030, for multiple purposes;.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Energy: General" ]

TGO

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Commitments by Sector Figure 2 presents the level of mitigation in each sector: Energy Sector: the analysis of the mitigation scenario shows a reduction of 16.89% (2 224.87 Gg CO2-eq) by 2030 per contribution to the baseline scenario. Reduction trends in this sector are presented in Figure 4a; POPs Sector: given that the cement production subsector does not generate any potential reductions, the emission reductions in the POPs sector are summarized as those of the hydrofluorocarbons (HFC) subsector and correspond to 0.8% by 2030 compared to the baseline scenario (Figure 4b); AFAT Sector: the estimated value of the mitigation scenario at the baseline scenario (Figure 4c) is 28.40% (3 824.20 Gg CO2-eq); Waste Sector: the estimated value

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Targets" ]

[ "Capacity building and knowledge transfer" ]

CRI

[ "Cross-Cutting Area" ]

false

null

[ "Measurable targets or indicators" ]

true

By 2022, skills and knowledge have been developed to transform municipal planning with a vision of adaptation and climate risks in 20 municipalities of the country. 3.2. By 2026, a virtual training platform on climate change and climate risk management will have been developed for decision makers at the national, cantonal and sectoral levels, as well as community leaders and the general population. 3.3.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Agriculture: General", "Livestock" ]

BTN

[ "Agriculture" ]

false

null

[ "Targets at the sectoral level" ]

false

Reduction of continuous rice flooding. 200 ha/year. 6. Improved dairy cattle production through breed improvement and feeding management. 8,333 nos. The cost of implementing the above interventions will require an estimated investment of USD. 61.65 million. c) Low Emission Development Strategy for Human Settlement. Bhutan has and is experiencing rapid urbanisation and a corresponding increase in greenhouse gases. Activities in the human settlement sector were considered across energy in buildings, transport infrastructure, waste management, land-use in urban areas, and information communication and technology.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Targets" ]

[ "Agriculture: General" ]

SLV

[ "Agriculture" ]

false

null

[ "Measurable targets or indicators" ]

true

Goal based on the scope of implementation of the Manual. By 2025, sugarcane producers who manage, together, at least 10,000 ha of sugarcane cultivation, will be implementing 100% of the activities included in the Manual of Good Agricultural Practices on sowing, aerial applications, nutrition, integrated pest management, irrigation , environment, harvest, occupational health and safety, adapted to climate change. Implementation framework. For the implementation of this measure, it is considered:.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Policies" ]

[ "Coastal management" ]

GAB

[ "Coastal Zone" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

Industrial processes (cement) and agriculture. In the absence of details, these sectors are excluded from this contribution. G. Adaptation. Gabon’s vision for adaptation is based on integrating this component into a coherent investment framework based on the country’s development strategy, rather than on ad hoc aid or subsidies unrelated to that strategy. To this end, Gabon has adopted a National Strategy for Coastal Adaptation to the Effects of Climate Change.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Adapt Now sector", "Adapt Now sector (2)", "Action and priority" ]

[ "Health services and assessment", "Water management", "Poverty reduction", "Infrastructure", "Economy-wide: General", "Irrigation", "Watershed and river basin management", "Ecosystem and biodiversity" ]

UZB

[ "Environment", "Agriculture", "Water", "Social Development", "Health", "Economy-wide" ]

false

null

[ "Adaptation action/priority", "GCA_Sector_2", "GCA_Sector" ]

true

preserve the current fragile ecological balance in the Aral Sea region, combat desertification, improve the management system, efficiently and sustainably use water resources;. create conditions for reproduction and preservation of the gene pool and health of the Aral Sea region population, develop social infrastructure, extensive network of medical and educational organizations;. create the necessary socio-economic frameworks and incentives to improve the quality and living standards of the population, develop basic infrastructure and communication systems;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Waste management", "Infrastructure", "Climate smart agriculture", "Climate services", "Renewable Energy: Solar: Utility Scale", "Agriculture: General", "Water: General", "Fisheries and aquaculture", "Renewable Energy: Biofuels", "Early warning system" ]

SSD

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

true

false

null

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

true

Yet to be implemented. Medium to long term. Install a 20 MW solar photovoltaic plant to supply electricity to Juba. Engineering, construction and procurement work for the plant is ongoing. Medium to long term. Promote the environmentally sustainable use of biogas for electricity generation. Yet to be implemented. Medium to long term. Improve the efficiency of biomass use. South Sudan will focus on improving energy efficiency in the use of biomass, in particular, fuel wood and charcoal in the traditional energy sector.

true

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

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

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

[ "Transportation Planning", "Transportation Fuels" ]

SWZ

[ "Transport" ]

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

Electricity consumption in all these sectors is expected to continue to increase, but the country is committing to efficiency improvements that will reduce the speed of that growth. Transport. Under transport sector the measures include:. Introducing commercial use of 10% ethanol blend in petrol by 2030 and. Conducting studies to assess the adoption of electric mobility options. Waste. 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:.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Emission reduction potential" ]

[ "Demand-side Efficiency: Appliances" ]

MRT

[ "Energy" ]

false

null

[ "Emission reduction potential for a given sectoral downstream action" ]

false

"Efficient residential air conditioner: Improvement of the energy efficiency of air conditioners according to the rules of energy performance and the promotion of energy-efficient air conditioning. Replacement of the input power of 12000 Btu / h (1120 W) with that of 9000 Btu / h (995 W) or LED air conditioning. This technology is already present in the country and may dominate the consumption in 2030 with more than 8000 units.": 2020-2030: 18.72 Gg CO2, 2030: 6.24 GgCO2

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Downstream actions" ]

[ "Vehicle Fleet" ]

SSD

[ "Transport" ]

false

null

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

false

South Sudan will implement measures to incentivize the importation and use of (old or new) EVs. This could either involve importing complete EVs or EV parts that can be assembled within the country. Use of EVs will help reduce GHG emissions and control air pollution levels in the country. Introduce tax rebate or lower import duty on EVs. Yet to be implemented. Medium term. Introduce electric railways and improve the rail network.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Solid Waste" ]

COL

[ "Waste" ]

false

null

[ "Targets at the sectoral level" ]

false

Use of biogas : percentage of biogas generated and used in RS Doña Juana de. 2025: 0.4%, 2030: 0.6%. 1.31 Mt CO2 eq. SanitationMines and energy. 6) Management of Domestic Wastewater: Measures framed in the management of domestic wastewater prioritized in the framework of the PIGCCS, contemplating in an integrated way the management of biogas through burning and / or use in WWTP and the reduction of GHG emissions through the increase in coverage in the treatment of domestic wastewater.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Adapt Now sector", "Action and priority" ]

[ "Water management", "Water supply", "Disease surveillance and control", "Awareness raising and behavior change", "Watershed and river basin management", "Health: General" ]

KEN

[ "Environment", "Water", "Health" ]

false

null

[ "Adaptation action/priority", "GCA_Sector" ]

true

P26:Promote water harvesting and storage at county and household levels. P27: Mainstream climate change into water catchment management plans. Health. P28: Conduct a vulnerabilit and risk assessment of different climate risks on human health. P29: Develop a public awareness and social mobilisation strategy on climate change and health impacts. P30: Develop health programmes, protocols and guidance to manage new climate change related diseases and risks. P31 :Reduce the incidence of malaria, other vector borne disease and other health conditions. Population, urbanisation and housing.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Time frame", "Sectoral plans on" ]

[ "Vehicle Fleet", "Climate risk management", "Capacity building and knowledge transfer" ]

LKA

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

true

false

null

[ "Time frame", "Information on sectoral plans" ]

true

2021-2030. 9.1 Increase tax concessions for electric & hybrid vehicles. 2021-2030. 9.2 Facilitate supportive infrastructure developments such as charging stations, battery swapping & replacements. 2021-2030. 9.3 Tax & Duty concessions for batteries used for electric and hybrid vehicles after introducing a specific HS code. 2021-2030. NDC 10. Improve vehicle fleet efficiency. 2021-2030. 10.1 Improve efficiencies of the existing vehicle fleet. 2021-2030. 10.2 Promote the import of fuel-efficient vehicles. 2021-2030. 10.3 Introduce programmes to change driver behaviours. 2021-2030. NDC 11. Road infrastructure development.

true

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

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Vehicle Fleet" ]

SLV

[ "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

It is an unconditional measure, except for the requirements for carrying out the corresponding arrangements, for the development and transfer of technologies. Perspectives and approaches. The country will be developing studies to identify and make visible the aspects that link the implementation of this measure with aspects relevant to the gender approach, NNAJ (boys, girls, adolescents and young people), commitments with local communities, ancestral and local knowledge. 1.1.5. Introduction of electro-mobility in the vehicle fleet with primary attention to public and private passenger transport. Subsector.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Health services and assessment", "Disease surveillance and control", "Tourism: General" ]

THA

[ "Tourism", "Health" ]

false

null

[ "Adaptation action/priority" ]

true

Tourism sector aims to strengthen the capacity of the tourism sector towards climate resilience and sustainable growth by enhancing disaster management and climate risk reduction. Public health sector aims 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.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Downstream actions" ]

[ "Renewable Energy: Hydro", "Renewable Energy: Wind" ]

DOM

[ "Energy" ]

false

null

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

false

Energy industries. (1.A.1.a.) Main activity Production of electricity and heat. CO2, CH4 and N2O. 715,500,000.00. Brief description of the option. Installation of 477 MW of wind power, taking a capacity factor of 34% from the studies published in the Renewable Energy Roadmap (IRENA 2016) and the provisional and definitive concession plans presented to the National Energy Commission (CNE ). Proposal of methodologies and / or methods for monitoring. The methodological approach is consistent with the 2006 IPCC Guidelines for National Greenhouse Gas Inventories.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Supply-side Efficiency: Power generation efficiency improvement: Fuel switching" ]

LKA

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

(The level of 60% expected to be reached in 2020 will be maintained at the same level, until further developments in renewable energy technology allow for increased share of electricity generation from the renewable energy sources.). NDC 7: Converting existing fuel oil based power plants to LNG (newly proposed INDC). 5.1.3 Present Initiatives. Sri Lanka has recently taken strong initiatives to implement efficient and effective sustainable energy programmes, as well as eliminating the introduction of coal power plants (with the capacity of 4700 MW or more) from the national electricity system by 2030.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Wetlands" ]

CHL

[ "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level" ]

false

By 2030, protect at least 10 additional coastal wetlands as protected areas. Contribution to Integration - Ocean N ° 11 (I11). CONTRIBUTION. SDG. I11) All marine protected areas of Chile created up to 2020 will have a management or administration plan under implementation, taking into account actions for adaptation to climate change. The following climate actions will be specifically developed:. By 2025: 100% of marine protected areas created up to 2020 will hold management or administration plans including actions for adaptation to climate change.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Unconditional Actions" ]

[ "Climate smart agriculture" ]

BDI

[ "Agriculture" ]

false

null

[ "Unconditional sectoral actions" ]

true

Integration of smart agriculture into the National Agricultural Investment Programme (NAIP). National Action Plan (currently being drafted). Various GEF small grants projects. 3. MITIGATION. In terms of mitigation, the desired INDC for Burundi should make it possible to meet the sustainability objectives defined in national policies and strategies. Expected rate of reduction. Type of contribution. Unconditional contribution. Reduction of greenhouse gas emissions by 3% compared to the business-as-usual (BAU) scenario for 2030. Conditional contribution.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

[ "Adapt Now sector" ]

[ "Economy-wide: General" ]

MMR

[ "Economy-wide" ]

false

null

[ "GCA_Sector" ]

true

The impacts of poorly planned urbanization affect all residents and businesses however, as service providers and infrastructure are forced to serve populations that they were not designed for. Therefore, the solutions to addressing many of the more urgent climatic challenges in cities are closely coupled with improvements in urban planning, physical infrastructure, and the addressing of service provision gaps. Many of these solutions can also have significant impacts in reducing GHG emissions.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Unconditional Actions" ]

[ "Climate risk management", "Climate smart agriculture" ]

NER

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

false

null

[ "Unconditional sectoral actions" ]

true

The PANA Resilience/FEM/ACDI project (US $7.0 million), which has been going on since 2010 at the commune level in seven regions and allows the good practices to be put to use in the use of improve varieties, market gardening, use of meteorological data, seeding of degraded grazing areas and income-producing activities. The African Climate Change Adaptation Programme (P2AA) (US $610,000), which is setting up an index-based insurance prototype to prevent episodes of drought.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

[ "Sectoral targets on", "Upstream policies on", "Action and priority", "Sectoral plans on" ]

[ "Conservation", "Coastal management", "Afforestation", "Ecosystem and biodiversity" ]

FJI

[ "Coastal Zone", "Environment", "LULUCF/Forestry" ]

true

null

[ "Information on upstream policies for a given sector", "Adaptation action/priority", "Targets at the sectoral level", "Information on sectoral plans" ]

true

Target 10: To conserve natural environment and biodiversity wealth enabling sustainable long-term provision of ecosystem services, including carbon sequestration potential. Target 11: To plant 30 million trees by 2035. Target 12: To establish 30% of our Exclusive Economic Zones (EEZ) as Marine Protected Areas and work towards 100% management of our EEZ by 2030 through the implementation of the National Ocean Policy. b) Sectors, gases, categories and pools covered by the nationally determined contribution, including, as applicable, consistent with IPCC guidelines;.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Reforestation" ]

COG

[ "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level" ]

false

Taken into account. 1; 2; 5; 8; 12 and 13. REDD +: avoided deforestation. 1000 ha avoided deforestation. 5. 5. Taken into account. 1; 2; 5; 8; 12; 13 and 15. Assisted forest regeneration. 1000 ha of regenerated. 4. 4. Taken into account. 5; 8; 13 and 15. Discharge. Incineration plant. 200 t / day central. 1. 1. Taken into account. 5; 6; 9 and 13. Municipal solid waste composting. 1000 t / day central. 1. 1. Taken into account.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Upstream policies on" ]

[ "Conservation" ]

GBR

[ "LULUCF/Forestry" ]

false

true

null

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

false

delivery of a network of highly protected marine areas by 2026, fishery management measures across the Marine Protected Areas network by 2024 and introduction of a Scottish Wild Salmon Strategy. New evidence is also being delivered through the Scottish Blue Carbon Forum, building upon actions set out in the second Scottish Climate Change Adaptation Programme to address Scotland’s marine climate risks."

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Disaster relief and recovery", "Climate risk management" ]

VEN

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

false

null

[ "Adaptation action/priority" ]

true

Calculate the costs derived from the losses and damages resulting from extreme climatic situations, including insurance and reinsurance for specific sensitive sectors (such as agriculture), which should be added to the ecological debt of the industrialized countries. 5.4.3.3. Encourage the development of municipal and local adaptation plans for risk management scenarios that directly involve co-responsibility between the State and the People s Power.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Industries: General" ]

UKR

[ "Industries" ]

true

false

null

[ "Information on sectoral plans" ]

false

GHG emissions reduction has also a significant social aspect associated with just transition of coal regions as well as thermal energy generation. Ukrainian economy is export-dependent. 48% of GDP is generated from the export of goods and services. For the modernization of the industrial sector it is important to preserve and increase access of Ukrainian goods to foreign markets, including the markets of the EU countries.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Economy-wide: General" ]

CHN

[ "Economy-wide" ]

true

false

null

[ "Information on sectoral plans" ]

false

Regions, key industries and key enterprises with favorable conditions will be supported by the State to peak carbon emissions ahead of schedule. Through organizing pilot demonstrations of carbon peak and carbon neutrality, China will keep exploring effective models and beneficial experience. Representative cities and industrial parks will be chosen to conduct carbon peak pilots, granted with supporting policies, funds, technologies, etc. By moving faster to actualize green and local-carbon transition, these pilot demonstrations can make contribution to the whole nation with operable, replicable and transferable experience and practices. Regions are encouraged to issue relevant supporting policies to form a policy synergy."

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Climate smart agriculture" ]

MUS

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Enhance Knowledge Enhance the knowledge base regarding the risks of climate change for the agricultural sector and the impacts on communities;. Mainstream Climate Change Mainstream climate change adaptation in the different sectoral policies, strategies and plans, for example in the Strategic Plan (2016 - 2020) for the Food Crop, Livestock and Forestry Sectors, through the advancement of technical studies;. Efficient Irrigation Techniques Development.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Existing sectoral policies", "Sectoral plans on" ]

[ "Solid Waste", "Sustainable Land Management", "LULUCF/Forestry: General", "Afforestation" ]

TUR

[ "LULUCF/Forestry", "Waste" ]

true

null

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

false

Conducting relevant studies to utilize wastes generated from breeding farms and poultry farms. Rehabilitation of unmanaged waste sites and ensuring wastes to be deposited at managed landfill sites. Forestry. Increasing sink areas and preventing land degradation. Implementing Action Plan on Forestry Rehabilitation and National Afforestation Campaign. The emission reductions to be achieved by these policies and plans compared to the business-as-usual scenario are presented in the figure below.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Gas" ]

IDN

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

0%. 90%. 100%. 5. Additional gas distribution lines. 0%. 100%. 100%. 6. Additional compressed-natural gas fuel station (SPBG). 0%. 100%. 100%. SECTOR: AFOLU. A. Deforestation rate. Deforestation rate under BAU scenario for 2013-2020 is in line with the FREL for REDD+, which is about 0.920 Mha/year, and consist of planned and unplanned deforestation. The rate for planned deforestation was calculated under existing development scenario.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Adapt Now sector", "Action and priority" ]

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

ATG

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

false

null

[ "Adaptation action/priority", "GCA_Sector" ]

true

The damage to critical public service infrastructure also curtails the capacity of emergency services to prepare for and respond to extreme weather events, which further exacerbates the impacts outlined. To increase the adaptative capacity of the infrastructure, adaptation targets are introduced such as 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 systems.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Building on existing downstream actions" ]

[ "REDD+" ]

NIC

[ "LULUCF/Forestry" ]

false

null

[ "Existing sectoral downstream actions that the NDC builds on" ]

false

35% in the participation of renewable energies within the national electricity matrix, considering the increase in coverage. II.2.2. Use and Land Use Change Sector. Since 2008, Nicaragua has begun negotiations to develop the REDD + preparation process, and in 2013 a REDD + initiative was approved, financed by the Carbon Cooperative Fund and administered by the World Bank, to implement a conservation program for forests and prevent their degradation, which will come into effect between 2019-2014 and consists of reducing emissions by 11 million tons of CO2eq.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "Supply-side Efficiency: Grid/energy loss reduction", "Vehicle Fleet", "Demand-side Efficiency", "Transportation Fuels" ]

TON

[ "Energy", "Transport" ]

false

true

null

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

false

2016 – 2017. √. √. OIREP Ha’apai will be a lighthouse project. Energy Efficiency strategy. 2016-2017. √. Building on PEEP and PEEP2. Enforcement of Minimum Energy Performance Standards Regulation [Cooling Equipment]. 2013-2017. √. SPC AusAid. (AUD 2.7m). Additional activities to achieve 50% renewable electricity generation by 2020:. Network Efficiency: & Power System Monitoring: Village Electricity Network Upgrade. 2014-2016. √. √. Funded by NZ (40m NZD). Diesel Engines Fuel Efficiency Services Training. 2016-2020. √. √. Solar Vehicle Public awareness Tour Project. 2015-2020. √. √.

true

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

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

en

true

null

[ "Existing sectoral policies", "Downstream actions" ]

[ "Energy Efficiency", "Renewable Energy" ]

BRB

[ "Energy" ]

false

true

null

[ "Information on the existing upstream sectoral policies that the NDC builds on", "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

Planned measures in this sector include the ‘Public Sector Energy Efficiency and Conservation Programme’, implementation of applicable recommendations through the Caribbean Hotel Energy Efficiency and Renewable Energy Action-Advanced Program (CHENACT), energy efficiency measures in homes and various LED lighting initiatives. iii. Non-electrical energy efficiency: a 29% reduction in non-electric energy consumption including transport, compared to a BAU scenario in 2029 [10].

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

true

null

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

[ "LULUCF/Forestry: General", "Agriculture: General", "Energy: General" ]

KGZ

[ "Agriculture", "Energy", "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level", "Conditional part of the mitigation target for a given sectoral target", "Unconditional part of the mitigation effort for a given sectoral target", "emission reduction potential for a given sectoral target" ]

false

Agriculture. 95,777. 1,05. NE. NE. 95,777. 1,05. LULUCF. 199,561. 2,20. 3,470. 0,04. 203,031. 2,24. Waste. NE. NE. NE. NE. NE. NE. Total. 1 510,458. 16,63. 1 814,411. 19,98. 3 324,868. 36,61. 2030. Sector. Contribution from internal resources (WM). Contribution through international support (WAM). Total contributions from domestic and international resources. Reduction in 1000 tons of CO2 eq. %. reduction relative to. BAU. Reduction in 1000 tons of CO2 eq. %. reduction relative to. BAU. Reduction in 1000 tons of CO2 eq. %. reduction relative to.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

en

false

null

[ "Action and priority" ]

[ "Buildings", "Infrastructure and roads", "Infrastructure" ]

PAN

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

false

null

[ "Adaptation action/priority" ]

true

Sustainable infrastructure: By 2025, Panama will have a "National Climate Change Plan for the Infrastructure Sector" with mitigation and adaptation components. Panama proposes a vision to develop infrastructure resistent to the impacts of climate change in multiple scopes: drip irrigation, hydraulics to manage floods, potable water, sewers, ports, highways, bridges, airports, and green buildings (72, 125)

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Unconditional part of mitigation target", "Existing sectoral policies", "Conditional part of mitigation target", "Sectoral targets on" ]

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

LBN

[ "Buildings", "Energy" ]

false

true

null

[ "Targets at the sectoral level", "Information on the existing upstream sectoral policies that the NDC builds on", "Unconditional part of the mitigation effort for a given sectoral target", "Conditional part of the mitigation target for a given sectoral target" ]

false

electricity demand) and 11% of its heat demand (in the building sector) from renewable energy sources in 2030, compared to a combined 15% in 2015. Conditionally, Lebanon commits to generate 30% of the power demand (i.e. electricity demand) and 16.5% of its heat demand (in the building sector) from renewable energy sources in 2030, compared to a combined 20% in 2015 (guided by the IRENA Renewable Energy Outlook: Lebanon6).

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

en

false

null

[ "Unconditional part of mitigation target", "Emission reduction potential", "Conditional part of mitigation target", "Downstream actions" ]

[ "Demand-side Efficiency: Cities", "Renewable Energy: Solar: Off-Grid", "Demand-side Efficiency: Buildings", "Renewable Energy: Solar" ]

BFA

[ "Energy" ]

false

null

[ "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", "Emission reduction potential for a given sectoral downstream action" ]

false

Project to acquire and install efficient air conditioners to replace monoblocs in public buildings. 370,000. 0.40. 0.80. 2.41. Solar backup project. 6,709,086. 9.82. 19.64. 58.91. Project to build a mini photovoltaic solar power plant with storage in medical centers with surgical antenna (CMA). 7,226,448. 9.97. 19.93. 59.80. Acquisition and installation of 10,500 light-emitting diode (LED) streetlights to replace high-pressure sodium and mercury streetlights for public lighting. 7,548,952. 35.15. 70.30. 210.90.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

en

true

null

[ "Sectoral targets on" ]

[ "Energy: General" ]

ARE

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

In its effort to harness its rich hydrocarbon resources while capitalizing on strategic opportunities offered by technology, UAE’s oil and gas industry has been at the forefront of adopting efficient and climate-friendly industry practices. In 2020, the Abu Dhabi National Oil Company (ADNOC), UAE’s largest oil and gas producer, announced a target to decrease its GHG emissions intensity by 25% by 2030.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

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

[ "Clean Cooking and Heating: Cleaner household fuels", "Demand-side Efficiency: Appliances", "Vehicle Fleet", "Demand-side Efficiency: Buildings" ]

TLS

[ "Energy", "Transport" ]

true

null

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

false

Reduce the average amount of fuel-wood used for cooking in private households, and thereby deforestation) by introducing fuel substitution and supporting the use of energy-efficient cookstoves. Energy Efficiency. To promote the use of higher energy efficiency technologies in end users (efficient lamps, efficient electric motors, building codes and efficient energy systems). Energy efficiency in transportation sector. Continue to promote and implement the current Decree Law (No.30/2011) on used vehicles which are imported into Timor-Leste to be less than 5 years of factory production. Public transport.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Technology Transfer Needs for Sectoral Implementation" ]

[ "Disaster relief and recovery", "Coastal management" ]

GEO

[ "Coastal Zone", "Disaster Risk Management (DRM)" ]

false

null

[ "Technology transfer needs for sectoral implementation" ]

true

To estimate required financial support the following pre-2020 activities are planned: (a) prioritize selected adaptation policies and measures based on national circumstances and identify associated financial needs; (b) evaluate domestic sources of finances; and (c) determine need and sources for external financial support. Georgia needs international support for the development and transfer of technologies to increase its adaptive capacity. In this regard technologies for the protection of coastal infrastructure; technologies for sustainable water management; sustainable agricultural technologies; and technologies for sustainable forest management are prioritized.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Targets" ]

[ "Agroecology" ]

RWA

[ "Agriculture" ]

false

null

[ "Measurable targets or indicators" ]

true

In order to adapt to this, Rwanda intends to promote sustainable pest management techniques that incorporates a cropping system based on producing multiple crop and fodder yields but which is also designed to control plant parasites and pathogens such as stemborers and striga weed. Rwanda also intends to implement push-pull system using Napier grass and desmodium legume to manage pests under maize, sorghum, millets and rain- fed rice plantations.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

[ "Infrastructure and roads", "Power system planning", "Water supply", "Urban: General", "Water conservation and reuse", "Renewable Energy: Hydro", "Water efficiency", "Irrigation", "Afforestation", "Agroforestry" ]

ETH

[ "Agriculture", "Water", "Transport", "LULUCF/Forestry", "Energy", "Urban" ]

false

null

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

true

Improve and diversify economic opportunities from agroforestry and sustainable afforestation of degraded forest areas. Enhance irrigation systems through rainwater harvesting and conservation of water, including improved water use efficiency. Ensure the uninterrupted availability of water services in urban areas to make them comfortably and productively habitable irrespective of droughts through planning and construction of dams or deep wells, deployment of water saving technologies and wastewater treatment infrastructure.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Sectoral targets on", "Targets" ]

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

SLV

[ "Energy", "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level", "Measurable targets or indicators" ]

true

From 2013, with a projection until 2025, 46 ha of forest will be managed in the perimeter of the Cerrón Grande reservoir (Potonico sector) and in areas surrounding the 5 de Noviembre Hydroelectric Power Plant, in the Río Lempa Hydrographic Region. 2.4.1. C. Goal based on the managed area of plantations. From 1980, with a projection until 2025, 427 ha of plantations will be managed for restoration in the vicinity of the Hydroelectric Power Plants that CEL manages and operates. Implementation framework.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Vehicle Fleet" ]

SSD

[ "Transport" ]

false

null

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

false

South Sudan will focus on developing national ambient air quality standards or vehicular emission standards to control the problem of air pollution caused by the transportation sector. These standards can also be used as a measure to regulate the importation of old and inefficient vehicles. Establish exhaust testing centres: vehicles that fail tests by emitting fumes above allowable emissions levels will be subjected to mandatory repairs or scrapped. Yet to be implemented. Short term. Promote high volume transportation.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Renewable Energy: Hydro", "Water efficiency" ]

TJK

[ "Water", "Energy" ]

false

null

[ "Adaptation action/priority" ]

true

development of networks of small hydroelectric power plants and widespread development of other renewable energy sources in the remote mountainous and rural regions of the country;. strengthening hydropower potential and increasing the reliability factor taking into account the effects of climate change (increase in maximum floods or decrease in runoff). A list of adaptation measures for the use of water resources is envisaged, addressing the problem of water scarcity in the future and therefore. increasing the efficiency of water use, recycling, processing and demand management;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Renewable Energy: Solar: Off-Grid", "Renewable Energy", "Renewable Energy: Wind", "Renewable Energy: Solar", "Renewable Energy: Solar: Utility Scale", "Renewable Energy: Biofuels" ]

SEN

[ "Energy" ]

false

null

[ "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" ]

false

Achievement of a renewable energy penetration rate of 13.68% in installed capacity, excluding hydroelectricity, in 2019 in the electricity network;. The installation of 6.18MWp as part of the promotion of solar electrification, at the level of isolated systems outside the Interconnected Grid;. Strategic actions of the CDN +. Achievement of an additional installed solar capacity of 100 MW, 100 MW in wind power, 50 MW biomass, 50 MW of CSP, by 2030;.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "First NDC" ]

true

en

false

null

[ "Sectoral targets on" ]

[ "REDD+" ]

PRY

[ "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level" ]

false

Accumulated to 2030: 56,754 (with constant annual mitigation potential in the 2019-2030 period). Average: 4,729.5. GHG mitigated: CO2. UT.8. REDD projects (voluntary carbon market). It is based on the certification and commercialization by 2030 of private forest conservation projects as Verified Carbon Units (VCUs). -Forest lands that remain as such (3B1a). -Forest land converted to farmland (3B2b). -Forest land converted to other land (3B6b). -Strategic objectives 2.4. and 3.4. National Development Plan Paraguay 2030. -Axis 1. Agricultural Sector Policy Framework (MPSA) 2020-2030. -Measure 3.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Demand-side Efficiency: Appliances" ]

PAK

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Average efficiency gains per device. Replacement of Boilers/ Furnaces. High Efficiency. Low GHG impact. Long Technical Life. Medium Priority. Efficient space heaters. Per device cost is quite low. Population coverage in lower middle class. Average efficiency gains per device. Efficient FTLs. Average savings per unit. FTLs cover a relatively small part of the lighting market (20-25%). Per device cost is very low. Efficient refrigerators. Average existing inefficiencies, so average potential. Cost per device is high. Efficient air conditioners. Only part of the population impacted.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Upstream policies on" ]

[ "Transport: General" ]

CPV

[ "Transport" ]

false

true

null

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

false

Seek to develop a NAMA that increases energy efficiency of the transport sector, including domestic shipping and domestic air travel, and evaluates options for policies and actions available to reduce the impact of GHG emissions originating from this sector. The NAMA will initially be focused on the collection of relevant data 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.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Urban: General" ]

BFA

[ "Urban" ]

false

null

[ "Adaptation action/priority" ]

true

Outreach to 5 rural communities per province (225 sites. 1 outreach in 30% of the villages, 80% of the communes. 16,676. 906,178. 7,393,778. 29,960,392. 98,828,926. 233. Cumulative community buildings (10%): 64 m² / building. 172. 697. 2,298. 130 us$/m2. Management of flood waters and flood prevention in Burkina Faso’s 13 regional capitals. Km of channels and culverts. 700. 900. 1100. 700,000. 13 regional capitals. 2,466,608. 0. 686,000,000. 882,000,000. 1,078,000,000. Energy efficiency in urban and rural housing. KWh/m². 200. 180. 160. 1,600.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral Policies" ]

[ "Renewable energy" ]

GMB

[ "Energy" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

National Investment Program on Access to Energy in The Gambia (2013 – 2020) will increase access to energy services for rural, urban and peri-urban populations by 2020. Renewable Energy Act, 2013 is designed to promote the use of RES in order to achieve greater energy self-reliance which will thus reduce the nation‟s exposure to fossil fuels, harmful emissions and the demand burden in regards to the supply of electricity; establish a Renewable Energy Fund; encourage investment into the RE sector; and ensure appropriate training and certification of installers of RE equipment and provision of guarantees to clients.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Adapt Now sector", "Adapt Now sector (2)" ]

[ "Mangroves", "Economy-wide: General", "Environment: General", "Climate smart agriculture", "Watershed and river basin management", "Coastal management", "Agroforestry", "Ecosystem and biodiversity" ]

PAN

[ "Agriculture", "Environment", "Coastal Zone", "Economy-wide" ]

false

null

[ "GCA_Sector_2", "GCA_Sector" ]

true

Likewise, there are enabling conditions given the existence of initiatives under implementation, such as ongoing projects on blue economy, seagrass, reef monitoring, national action plan for marine litter, history of carbon measurement in mangroves and restoration projects of Coastal wetlands running. The guide will focus on the restoration of key areas and biological corridors to strengthen connectivity, as well as the design and implementation of nature-based solutions (NBS).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Energy Efficiency" ]

NIU

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Efficient supply and storage for fuels and LPG and economics assessments on fuel supply and storage. 2015-2020. Yes. Partial. SPC technical support identified. Additional $4.4m USD investment required. Priority longer-term activities:. Implement additional renewable energy generation capacity to increase RE share from 35% to 80%. 2020-2025. Yes. No. If achieved through solar PV 1.8MW of additional capacity would be required by 2025. Matching energy storage capacity. 2020-2025. Yes. No. Transport sector transition away from fossil fuels. 2020-2030. Yes. No.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Adapt Now sector" ]

[ "Health services and assessment", "Disease surveillance and control", "Tourism: General", "Awareness raising and behavior change", "Health: General", "Early warning system" ]

JOR

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

false

null

[ "GCA_Sector" ]

true

Jordan faces potential serious climate change impacts on its natural ecosystems and water resources cascading to impacts on food productivity, water availability, human health, public infrastructure and human settlements. Adding to that, the difficult regional situation is creating enormous pressure on the infrastructure and national economy.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Renewable Energy: Wind" ]

MRT

[ "Energy" ]

false

null

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

false

"On-shore wind turbines with storage: As part of the "Aman" program, which provides for the development of 30 GW of solar energy and wind turbine to power electrolysers in Mauritania. On the consensus judgment of the team (focal points and experts) reach the capacity of 5GW wind turbines is conceivable in 2030."

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Agriculture: General" ]

MMR

[ "Agriculture" ]

true

false

null

[ "Information on sectoral plans" ]

false

Moreover, with a vision to ensure national food and nutritional security, the Agricultural Development Strategy (2018–2023) 43 promotes the adoption of sustainable agricultural practices, including agroforestry, to enhance the well-being of farmers and rural people without harming the environment. Recognizing the important contribution to the reduction of GHG emissions and adaption to the effects of climate change by trees in agricultural landscapes (also known as agroforestry), the Government of Myanmar endorsed the ASEAN Guidelines for Agroforestry Development in 2018.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Adapt Now sector", "Action and priority" ]

[ "Infrastructure and roads", "Economy-wide: General", "Climate risk management", "Disease surveillance and control", "Buildings", "Early warning system" ]

COM

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

false

null

[ "Adaptation action/priority", "GCA_Sector" ]

true

Development and implementation of an effective early warning and intervention system throughout the territory in the event of the emergence of new diseases. Economic and social infrastructure. Development and implementation of plans for the development of economic and social infrastructure integrating climate change. Rehabilitation of current road infrastructure. RCR. Identification and mapping of areas vulnerable to the risk of natural disasters. Implementation of a building standards system that takes disaster risk into account. Integration and awareness. Awareness of the impacts of CC.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true