GIZ/policy_classification · Datasets at Hugging Face

null

[ "Upstream policies on" ]

[ "Economy-wide: General" ]

GEO

[ "Economy-wide" ]

false

true

null

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

false

Vertically Integrated NAMA (V-NAMA) for the Urban Transport Sector.All above mentioned pre-2020 mitigation actions have been taken into account while calculating the BAU scenario. % of Emissions Covered. 100%. Planning Process. Georgia will support its mitigation target with comprehensive national climate change policy. The first step will be the finalization of the LEDS. In addition, Georgia plans to develop an action plan “climate 2021-2030” (intended to be finalized in 2018) which will define the legal instruments, activities, methods and other relevant issues.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Adapt Now sector" ]

[ "Mangroves", "Wetlands", "Sustainable land management", "Coastal management", "Ecosystem and biodiversity" ]

MUS

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

false

null

[ "GCA_Sector" ]

true

Increasing resilience of human-led activities whilst preserving ecosystem functions, through improving governance, enhancing disaster preparedness and response mechanisms, are recommended for. Infrastructure and disaster risk reduction sector. In alignment with the previous NCCAPF (2012) and other national priorities, the current updated NCCAPF (2021) focuses on the potential of nature-based solutions (NbS) for adaptation, as well as green job creation, managing thus the impacts of the COVID-19 pandemic, while addressing some of the most pressing issues regarding biodiversity and sustainable resource management.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Aviation" ]

VEN

[ "Transport" ]

false

null

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

false

Implementation of Air Traffic Flow Management (ATFM) in the international airports with the highest commercial influx and the application of a block strategy "ASBU" (Block Improvements of the Creation of the Environmental Management Unit within the structure of the Aeronautical Authority Fleet Modernization Plan New Surveillance System MSR - 970S (Secondary Radar) of the FIR Maiquetía Modernization and relocation of the VOR Radio Aid System"

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Adapt Now sector (3)", "Adapt Now sector", "Adapt Now sector (2)" ]

[ "Infrastructure", "Water efficiency", "Sea-level rise protection", "Sustainable urban planning" ]

CUB

[ "Coastal Zone", "Water", "Urban" ]

false

null

[ "GCA_Sector_3", "GCA_Sector_2", "GCA_Sector" ]

true

Raise the hydraulic infrastructure and its maintenance, as well as the introduction of actions to measure the efficiency and productivity of water. Direct reforestation towards the maximum protection of soils and waters in quantity and quality; as well as the recovery of the most affected mangroves. Prioritize the reservoirs, channels and hydroregulatory strips of the tributary basins of the main bays and of the coasts of the island platform.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Fertilizers", "Recycling, Reuse, Reduce", "Livestock" ]

CHN

[ "Agriculture", "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

Curb GHG emissions in the agricultural sector and improve the quality of agricultural production. Since 2015, China has accelerated the waste-to-resource utilization in livestock and poultry breeding, and begun to replace chemical fertilizers with organic fertilizers for smaller but more efficient use of chemical fertilizers and pesticides, in order to reduce agricultural GHG emissions and improve soil carbon sequestration, with a view to green and low-carbon agricultural development.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Renewable Energy: Solar: Off-Grid", "Irrigation" ]

MWI

[ "Agriculture", "Energy" ]

false

null

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

true

waste incineration, biogas recovery, processing MSW into fertilizers) will be implemented with external support. Table 1: Malawi’s policy-based mitigation actions. Key: Unconditional (UC) Capacity requirements (CR), technology requirements (TR) and finance requirements (FR). Sectors. Intended policy based action. Provision of implementation means. UC. CR. TR. FR. Energy Supply. Produce 2000 solar water heaters (SWH). ✓. Increase SWH from 2,000 to 20,000 by 2030. ✓. ✓. ✓. Install 20,000 solar PV systems. ✓. Increase Solar PV from 20,000 to 50,000 by 2030. ✓. ✓. ✓.

true

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

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

false

null

[ "Downstream actions" ]

[ "Energy: General" ]

MNE

[ "Energy" ]

false

null

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

false

"The TPP ecological refurbishment includes the construction of desulphurization (FGD) and de-nitrification (SCR) installations, upgrading the electro-filtering plant, construction of a wastewater treatment facility, and reconstruction of the internal system for transporting by-products, as well as building a heating station, as a part of the district heating system. The emission reductions anticipated by 2030 are mainly due to the temporary closure of the plant in 2021 and 2022 due to refurbishment."

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Policies" ]

[ "Water supply" ]

CPV

[ "Water" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

Table 6 below summarizes existing policies and actions to increase the country’s adaptive capacity. Table 6 - Cabo Verde´s existing adaptation policies and actions. Existing policies and actions. Description. National Strategic Water and Sanitation Plan (Plano Estratщgico Nacional de Сgua e Saneamento - “PLENAS”). Through Resolution 10/2015, of February 20th, Cabo Verde passed the PLENAS, kick-starting a water and sanitation reform in the country.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Existing sectoral policies" ]

[ "Industries: General" ]

CHN

[ "Industries" ]

false

true

null

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

false

To promote the share of value added from strategic emerging industries reaching 15% of the total GDP by 2020;. To promote low-carbon development of industrial sectors, implementing Action Plan of Industries Addressing Climate Change (2012-2020) and formulating carbon emission control target and action plans in key industries;. To research and formulate greenhouse gas emission standards for key industries;. To effectively control emissions from key sectors including power, iron and steel, nonferrous metal, building materials and chemical industries through energy conservation and efficiency improvement;.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Existing sectoral policies" ]

[ "Livestock", "Sustainable Land Management", "LULUCF/Forestry: General", "Climate Smart Agriculture", "Agriculture: General", "Afforestation" ]

BRA

[ "Agriculture", "LULUCF/Forestry" ]

false

true

null

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

false

Still regarding the land use sector, the Low Carbon Agriculture Plan (ABC Plan) has already channeled R$ 17 billion to implement a vast range of mitigation measures, which include recovering degraded lands, projects of nitrogen fixation, increased accumulation of organic matter (carbon) in the soil, no-till farming, the integration of forest, crops and cattle breeding, agroforestry and forest planting. By 2020, the ABC Plan had exceeded its goals by 155%, and is to be continued, from 2020 to 2030, through the Sectoral Adaptation Plan for a Low Carbon Agriculture for Sustainable Development (Plan ABC+).

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Upstream policies on" ]

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

CHL

[ "Buildings", "Energy" ]

false

true

null

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

false

National Energy Agenda led by the Ministry of Energy, which includes the following targets: 30% reduction in the marginal costs of electric energy by 2018, 20% of the energetic matrix should be made up of non-conventional renewable energies by 2025, a 20% reduction in the energy consumption forecast by 2025, and the design of a long-term energy development strategy. National Sustainable Construction Strategy, led by the Ministry of Housing and Urban Development, which will set forth the guidelines to integrate the concept of sustainable development to the construction sector.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

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

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

ATG

[ "Water", "Energy", "Economy-wide", "LULUCF/Forestry" ]

true

false

null

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

true

a) All remaining wetlands, watershed areas, and seagrass bed areas with carbon sequestration potential are protected as carbon sinks. 2030. 2015. (Updated in 2021). Conditional. Adaptation2. 6. Building Code updated and passed into law in line with a climate resilient development pathway including, inter alia, a requirement that all new homes built after 2025 have back-up renewable energy generation and storage systems. 2025. 2015 (Updated in 2021). Conditional. 7. 100% of the water supply infrastructure powered by their own grid-interactive renewable energy sources. 2030.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Adapt Now sector" ]

[ "Economy-wide: General" ]

KIR

[ "Economy-wide" ]

false

null

[ "GCA_Sector" ]

true

The extreme high tides, when they coincide with the spring tide, result in a threshold of >2.8 metres, as in 2010 when wave overtopping damaged infrastructure and properties. Because of narrow islands, the entire population and most infrastructure and agricultural production is concentrated along the coast making it directly exposed to these climatic threats.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

[ "Inland Waterways", "Transport: General" ]

BEN

[ "Transport" ]

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" ]

false

Further development of urban waterways in Cotonou, Porto Novo and Parakou and Calavi. 100% (public authorities) (19) Development and implementation of a strategy and action plan to improve mobility in the medium and long term in the greater Cotonou region and neighbouring localities 100% (public authorities and the private sector) (20) Development of river and lagoon transport (establishment of a lagoon transport service between Calavi and Cotonou and then Cotonou and Porto Novo) Investment for basic works (drafting of a short waterway, construction of boathouses) Private investment for navigation equipment, organisation and management of the transport service Reduction of emissions in the energy sector Expected avoided emissions: The implementation of these measures will contribute to reducing cumulative GHG emissions in the sector compared to the status quo scenario of 18.71 Mt E-CO2 over the period 2021 to 2030

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

true

null

[ "Action and priority" ]

[ "Crops", "Climate smart agriculture" ]

ZMB

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Adaptation of strategic productive systems (agriculture, wildlife, water): “Guaranteed food security through diversification and promotion of Climate Smart Agricultural (CSA) practices for crop, livestock and fisheries production including conservation of germplasm for land races and their wild relatives.” (p. 12)

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

BEN

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

On the basis of existing strategies, plans and programs, the key sectoral targets for climate change adaptation are defined for the time horizons 2020, 2025 , 2030 and shown in Table 7. Table 7: Sector Objectives for Adaptation to Climate Change. sectors. Main goals of adaptation. All sectors. Horizon 2020/2030. Mastering vulnerability assessment tools and decision support tools for integrating climate change adaptation into the planning and management instruments of national and regional institutions.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Existing sectoral policies" ]

[ "Economy-wide: General" ]

TLS

[ "Economy-wide" ]

false

true

null

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

false

Nationally Determined Contribution Timor-Leste 2022-2030 Sustainable Development The Government of Timor-Leste approves the following definition of sustainable development: ‘development based on effective environmental management that meets the needs of the current generation without compromising the environmental balance and the possibility for future generations to meet their needs as well” Timor-Leste’s Strategic Development Plan 2011-2030 (SDP)1 sets out a vision for 2030 that was shaped by the views of thousands of Timorese people during national consultations held in 2010. This national plan is central to Timor-Leste’s articulation of its sustainable development priorities and focuses on supporting the well-being and living standards of all Timorese people through strategies to help ensure all people have access to adequate food, shelter, healthcare, education, transport services, electricity, and employment.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Existing sectoral policies" ]

[ "Industries: General" ]

KOR

[ "Industries" ]

false

true

null

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

false

In 2012, Korea launched the GHG and Energy Target Management System (TMS) for the industrial sector. The reduction through the TMS exceeded its industrial sectoral target for mitigation. In promoting cost-effective measures for mitigation, Korea adopted the Act on the Allocation and Trading of Greenhouse Gas Emission Permits in 2012, and launched a nation-wide Emissions Trading Scheme (ETS) in 2015. The ETS covers 525 business entities which account for 67.7% of national greenhouse gas emissions.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Agroecology" ]

VEN

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Agriculture (Food Security): “90 “Non-polluting” agroecological systems will be carried out.” (p. 93) Action Description: “Agroecological systems will be developed in conjunction with organized agricultural communities, in rural and urban areas. This action is expected to benefit 90 agricultural communities in obtaining technical knowledge, to increase resilience in the face of climate change.” (p. 93)

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Existing sectoral policies" ]

[ "Economy-wide: General" ]

LSO

[ "Economy-wide" ]

false

true

null

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

false

Lesotho has formally committed with support from the European Union, to a process of developing a new National Climate Change Policy and Sustainable Energy Policy. 4 Adaptation Contribution. 4.1 Rationale and Process for Developing INDCs on Adaptation. Climate change is already impacting on Lesotho hence robust integrated policies and strategies are required to improve the adaptive capacity of Kingdom. Lesotho has a high exposure to climate variability and extremes which are expected to increase in frequency and intensity in the future.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Sectoral Conditional Actions" ]

[ "Agriculture: General", "Food security" ]

VCT

[ "Agriculture" ]

false

null

[ "Condition actions of the sectoral level" ]

true

However, the Government of St. Vincent has demonstrated its commitment to agricultural diversification and through its policies and programmes. These efforts include the following:. Support for small scale farmers from the government, in production technologies, agri-business management, good agricultural practices and pest and disease control; policy initiatives to address climate change issues, environmental protection, risk mitigation and fisheries development; and a national plan for dealing with food security.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

[ "Sectoral Unconditional Actions", "Existing sectoral policies" ]

[ "Wastewater treatment", "Wastewater" ]

IND

[ "Water", "Waste" ]

false

true

null

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

true

Similarly, initiatives on waste water management would cover an additional population of 41 million and enhance recycling and reuse of treated water. There are about 816 Sewage Treatment Plants (522 operational and rest at different stages of construction and planning) having a combined capacity of 23,277 million of liters per day across 28 States and Union Territories.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

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

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

JAM

[ "Cross-Cutting Area" ]

false

null

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

true

Investment in the installation and maintenance of automatic weather stations at strategic locations across the island. This includes training in the skill set to keep the stations operational. Implementing a central and secure national database for climate data. Strengthening the human and technical capacities for real time monitoring of climatic variations. Enhancing research capacities (e.g. at Universities, National Meteorological Service) to undertake climate variability research specific to Jamaica. Downscaling existing global climate models to national and sub-national scales.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Tracking Progress for Sectoral Implementation" ]

[ "Agroecology" ]

RWA

[ "Agriculture" ]

false

null

[ "Information on how progress for sectoral implementation will be tracked" ]

true

The Republic of Rwanda through the Ministry of Natural Resources hold the responsibility to monitor and evaluate the implementation of INDCs through regular statutory stakeholders’ consultative engagement including the Environment and Natural Resources Joint Sector Review (JSR) meetings. This will ensure the effective updating and implementation of both mitigation and adaptation plans. Institutional arrangements.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

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

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

LSO

[ "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

Construction of municipal solid waste incineration plants in urban areas. 1 million. Landfill gas recovery and flaring clean development mechanism (CDM) Project. 500,000. Determining local emission factors and minimum data sets for model verification in the Agriculture, Water Resources, Energy, Forestry and Other Land-Use, Industrial Processes and Waste Management Sectors. 5 million. Development of appropriate agricultural technologies for mitigating and adapting to climate change in different agro-ecological zones of Lesotho:1 million.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

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

[ "Energy: General" ]

CAN

[ "Energy" ]

false

true

null

[ "Information on upstream policies for a given sector", "Unconditional part of mitigation target for a given upstream sectoral policy" ]

false

Expanding the use of clean electricity and low carbon fuels are foundational actions that will reduce emissions across the economy. To increase the use of low-carbon fuels, the federal government, working with provincial and territorial governments, industry and other stakeholders, will develop a clean fuel standard to reduce emissions from fuels used in transportation, buildings, and industry. Using a mix of regulations and investments, Canada will also continue to drive down emissions from electricity.

true

[ "Sectoral Mitigation Policies" ]

true

[ "CW" ]

null

[ "First NDC" ]

true

false

en

false

null

[ "Sectoral plans on" ]

[ "Clean Cooking and Heating" ]

CHN

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

In terms of heating, China will expedite the central heating of combined power and heat in northern cities and towns, rapidly scale up heating of industrial waste heat, steadily utilize waste heat from nuclear power for heating, and develop clean energy heating including heat pumps, gas, biomass and geothermal energy considering local conditions. 7. Expedite the construction of green and low-carbon transportation system.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Gas", "Supply-side Efficiency", "Energy: General" ]

TLS

[ "Energy" ]

true

false

null

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

false

Conditional 3.3 Oil and Gas Industry Regulation Oil and Gas Industry Operations The Government of Timor-Leste will work with the oil and gas industry to identify strategies and plans to reduce emissions and minimise the emissions intensity of industry operations. Targeted initiatives will be progressed to reduce fugitive emissions from offshore oil and gas production facilities. Unconditional Extractive Industry Transparency and Reporting Timor-Leste has been a member of the Extractive Industries Transparency Initiative (EITI) since 2008.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

false

null

[ "Action and priority" ]

[ "Safety net" ]

JOR

[ "Social Development" ]

false

null

[ "Adaptation action/priority" ]

true

However, in a changing climate it is now pivotal to address climate resilience and climate adaptation measures in socioeconomic development plans with special emphasis on poverty reduction plans and improving services and sustainable livelihoods for communities in poverty-stricken areas. The following actions represent key areas of interventions:. Improving the existing social protection system to cope with climate change consequences and serve Jordanian segments of society including the poor, orphans, elderly, abused women and children among other vulnerable groups and individuals.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Aviation" ]

MMR

[ "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

Similar to the Marine sector, the growing aviation sector means Myanmar is interested in enhancing its capacities to engage with the aviation sector (the International Civil Aviation Organisation) regarding climate change, specifically the Carbon Offsetting and Reduction Scheme in International Aviation. Engagement will result in better understanding developments in the sector. Hence, Myanmar seeks international technical and financial assistance for public and/or public-private sector engagements in the Aviation sector as a part of its NDC. 3.6.6. Green Cities Planning.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Unconditional Actions" ]

[ "Climate services" ]

SGP

[ "Cross-Cutting Area" ]

false

null

[ "Unconditional sectoral actions" ]

true

The data collected will help Singapore monitor its biodiversity and develop biodiversity management plans. h. Regional Climate Modelling: Singapore has developed essential climate science capabilities within the Meteorological Service Singapore (MSS), through the establishment of the Centre for Climate Research Singapore (CCRS). CCRS focuses on tropical climate and weather research, including work to improve prediction of convective thunderstorms (responsible for some extremes of weather in the tropics), understand the behaviour of the monsoons in Southeast Asia, and to better describe the drivers behind other complex climate system processes.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

[ "Targets" ]

[ "Education: General" ]

KHM

[ "Education" ]

false

null

[ "Measurable targets or indicators" ]

true

ESP 2019-2023. CCCSP20142023:. Capitalize on lessons learned, local knowledge and good practices for development of policies and actions for adaptation and mitigation. Strengthen resilience through education policy, research and planning reform in order to respond to climate related hazards. Baseline: Integrated in ESP 2019-2023 primary and secondary sub-sector. (Only strategies). Target: climate change concepts are mainstreamed into ESP and SDG4 Roadmap for education 2030. Climate change adaptation. Policy, Planning & Guidelines,. Strengthening. Research enhancement. 800,000. 900,000. - SDG4 Roadmap for education 2030. - ESP 2019-2023.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Industries: General" ]

PRY

[ "Industries" ]

true

false

null

[ "Information on sectoral plans" ]

false

Accumulated to 2030: 15.12 (with constant annual mitigation potential of ≈4% in the 2020-2030 period). Average: 1.37. GHG mitigated: CO2. IP.11. Research on climate change on the categories of the IPPU sector. It consists of promoting research to estimate GHG emissions from different industrial categories and identify mitigation and adaptation measures to climate change by 2030, according to each industrial category and locality in the country. -All the categories of S. IPPU. -National Climate Change Mitigation Plan and Action Programs (SEAM / UNDP, 2017).

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Water supply" ]

JOR

[ "Water" ]

false

null

[ "Adaptation action/priority" ]

true

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:. Promote water-harvesting techniques at all levels of economic development and water use (buildings, agriculture, industry, etc…) based on suitable local conditions.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Upstream policies on" ]

[ "Transport: General" ]

BTN

[ "Transport" ]

false

true

null

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

false

Private vehicle demand management through shared mobility, traffic system management carpooling, ride sharing and rental services, import restriction on internal combustion engine cars from 2030 and introducing annual import quota system. The mitigation options with varying levels of marginal abatement costs have been prioritised for implementation with activities across the short-term (2021-2025), medium-term (until 2030) and long-term (until 2050).

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Conditional part of mitigation target" ]

[ "Afforestation" ]

MMR

[ "LULUCF/Forestry" ]

false

null

[ "Conditional part of mitigation target for a given sectoral downstream actions" ]

false

"With financial and technical support from international development partners, the Government of Myanmar through the Ministry of Agriculture, Livestock and Irrigation‟s (MOALI) Department of Agriculture (DoA) is committed to the reduction of GHG emissions from the Agriculture, Forestry, and Other Land-Uses sector (AFOLU) by increasing the percentage of tree cover on agricultural landscapes. For the current NDC, the <10% tree cover class per hectare is of primary relevance as it covers the largest area of land nation-wide (estimated at 112,068km2 or 58% of the total agriculture land in 2010)."

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Water supply", "Irrigation" ]

QAT

[ "Agriculture", "Water" ]

false

null

[ "Adaptation action/priority" ]

true

According to Qatar National Vision 2030, efforts are initiated to place Qatar’s resources management on a sustainable path for future generations. Qatar aims to use upgraded wastewater treatment plants to improve the treated water quality and further support using it for agricultural purposes to reduce the demand on fresh water and accordingly decrease the fuel consumption in water desalination and associated gaseous emissions. In addition, Qatar is undertaking the following key initiatives in relation to water management:.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions" ]

[ "Renewable energy", "Climate risk management" ]

ARE

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

false

null

[ "Unconditional sectoral actions" ]

true

Moreover, the UAE has established the Local, National, Regional Climate Change Assessment Programme, which contributes to addressing the data challenges across the wider region, as relating to climate change adaptation and vulnerability issues. The Zayed Future Energy Prize further supports innovation, and is one of the most prestigious recognitions in the field of clean energy development. Education, Training and Public Awareness.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

[ "Action and priority" ]

[ "Fisheries and aquaculture" ]

ALB

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Insurance aquaculture to avoid the risk of bankruptcy for fish farmers from damage to their facilities due to extreme weather events; incentives to insure and avoid long-term reductions in production and social problems of the abandonment of their profession. High. High. Medium. Low. High. Very high. Risk Reduction. Reducing exposure to risks at sea, such as storms and winds, can include training and provision of safety gear or GPS devices (it mainly includes lakes and marine fisheries). Medium. Medium. Low. Low. High. Medium.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

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

PSE

[ "Waste", "Urban" ]

false

null

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

true

To reduce the sector’s GHG emissions, two NDC implementation action plans have been developed on: (1) Improving waste management, and (2) Reducing emissions in the waste management sector. Conditional NDC actions. Reduce the volume of leachate by 50% by 2030 from suitable landfill sites. Reduce the amount of waste for final disposal in landfill sites by 30% by 2030 and by 50% by 2040. Increase the amount of waste reused or recycled by 30% by 2030 and by 40% by 2040.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Sectoral plans on" ]

[ "Renewable Energy: Hydro", "Supply-side Efficiency: Power generation efficiency improvement: Fuel switching" ]

IRQ

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Converting heavy fuel electric power stations to LPGand dry gas fuels, which can be provided by catching associated gas and reducing methane emissions. The use of hydroelectric power, which is a clean source of energy. The use of carbon trapping and storage ( CCS ) techniquesor carbon trapping and storage and use of CCUSto reduce carbon emissions and benefit from it in industrial processes.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

[ "LULUCF/Forestry: General", "Public Transport", "Waste: General", "Chemicals" ]

MUS

[ "LULUCF/Forestry", "Transport", "Industries", "Waste" ]

true

false

null

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

false

efficient use of energy through the deployment of appropriate technologies in all sectors of the economy and awareness raising on energy conservation;. sustainable transportation, including promotion of energy efficient mass transportation systems based on hybrid technologies and cleaner energy sources;. climate smart agriculture including bio-farming;. sustainable and integrated waste management, including waste to energy;. sustained tree planting programme within the context of the cleaner, greener and safer initiative; and. leapfrog to low global warming potential refrigerants. Information to facilitate clarity, transparency and understanding.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

true

null

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

[ "Clean Cooking and Heating: Efficient cookstoves", "Mini-Grids" ]

LSO

[ "Energy" ]

true

false

null

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

false

Rural electrification using stand-alone systems and mini-grids. 10 million. Dissemination of efficient biomass cook-stoves and efficient biomass space heating stoves. 2 million. 5.5.2 Internationally Supported Contributions. Lesotho has already undertaken several actions to support a low carbon development trajectory including extensive investigation into its hydro and wind power potential, embarking on rural electrification and afforestation projects. However, Lesotho’s potential to contribute to global mitigation efforts will not be realized without greater support from the international community.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "INDC" ]

true

false

en

false

null

[ "Sectoral plans on" ]

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

BRB

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

The mitigation ambition of 70% reduction in GHG emissions, economy-wide, by 2030 will be complemented, inter alia, by the following strategies and plans:. Support for research and development of renewable energy and energy storage technologies appropriate for SIDS, in particular ocean energy in line with the national strategy to develop its blue economy. A deliberate focus on using distributed generation (e.g.

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

On the basis of continuing to retain the target of carbon emission intensity reduction as a binding indicator in the national economic and social development plan, China will coordinate and establish the system of controlling total CO2 emissions. 5. Actively promote a green and low-carbon transformation of the industrial sector. Implementation plans of carbon peak for fields and sectors such as energy, iron&steel, non-ferrous metals, petrochemicals and chemicals, building materials, transport and construction.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Sustainable Land Management", "Conservation" ]

SAU

[ "LULUCF/Forestry" ]

true

false

null

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

false

These studies will be utilized in estimating a more accurate blue carbon sinks. 5.1.3 Reduced desertification / Tree Planting. The region suffers from desertification. Saudi Arabia undertakes measures to enhance desertification management: actions that promote the stabilization of sand movements around cities and roads while increasing sinks capacity through using green belts as barriers; develop and enhance arid and semi-arid rural areas through various natural resource conservation activities, biodiversity and ecosystem-based adaptation efforts.

true

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

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

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

LKA

[ "Coastal Zone", "Tourism" ]

false

null

[ "Adaptation action/priority" ]

true

2025. 1.5 Increased number of tourism establishments and destinations certified under the National Sustainable Tourism Certification Scheme by Sri Lanka Tourism Development Authority (SLTDA) in collaboration with Global Sustainable Tourism Council (GSTC). 2025. NDC 2. Introduce risk reduction and risk transfer mechanisms for climate-induced disasters affecting tourism. 2025. 2.1 Strengthen early warning systems and capacity building in most vulnerable tourism destinations. 2024. 2.2 Implement coastal rehabilitation and protection measures together with Coast Conservation Department (CCD) and Marine Environment Protection Authority (MEPA) in critical areas.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Energy Efficiency", "Renewable Energy", "Renewable energy: Solar", "Supply-side Efficiency: Power generation efficiency improvement" ]

JOR

[ "Energy" ]

false

null

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

false

The energy measures that are considered to achieve the NDC target are;. Increased percentage of electricity generated from renewables1 to have a share of more 35% by the year 2030. The Aqaba Amman Water Desalination and Conveyance Project (AAWDCP) - Wheeling Project, 185 MW PV (50% of the overall needed power demand). Introduction of concentrated solar power (CSP) of 100 MW and CSP 300 MW. Improving efficient energy consumption in all sectors by 9%. Energy measures in Residential sector.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Upstream policies on" ]

[ "Energy: General" ]

GBR

[ "Energy" ]

false

true

null

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

false

"In 2020, Department for Agriculture, Environment and Rural Affairs issued a Discussion Document on Northern Ireland’s first Clean Air Strategy to public consultation. A synopsis of the responses has now been published and an inter-departmental working group has been established to further develop proposals and identify policies for cross-departmental consideration. The Draft Clean Air Strategy will be subject to further public consultation which is planned for December 2022, in advance of seeking NI Executive approval."

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

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

UZB

[ "Waste" ]

false

null

[ "Targets at the sectoral level" ]

false

increase recycling of solid waste from 18% (1.3 million tons) to 65% (4.6 million tons). The Concept will be implemented gradually based on three-year roadmaps building on the results achieved and target indicators. Uzbekistan attaches great importance to the development of scientific research, educational and training activities, including:. fundamental research in the field of climate change, development of a system for monitoring and forecasting climate change, and development of methodologies for assessment of impact, vulnerability and risks of climate change;.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Demand-side Efficiency: Buildings" ]

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

Enhance energy efficient public lighting, appliances, buildings and develop specialised loan/credit products for energy saving or energy efficient companies and investments such as solar water heaters, air conditioners, buildings and isolation materials, EE appliances etc;. Integrate adapted technical specifications and criteria into the Building Code for low-carbon, low-tech, passive, bioclimatic, self-reliant constructions, which can be kept cool, safe and healthy and resist extreme weather events without the increased use of electricity or imported materials (local new and recycled construction materials, vegetalisation, density-size-orientation, exposure to wind and sun, natural light, shading and ventilation, on-site composting/gardening…).

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

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

[ "Wastewater", "Reforestation", "Renewable Energy: Solar" ]

PSE

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

false

null

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

false

Public Information Centre. Cafeteria Building - Public Transportation. Dynamo-meter Building. Youth Centre Building. Storage Building. 2015-2017. Sustainable Urban Demonstration Projects. Installation of a small-scale wastewater treatment plant powered by solarenergy in Za atara, Palestine, and evaluation of the feasibility of upscaling this technology in Central Asia. 2015-2017. Afforestation Project. Afforestation through:. reclamation of approximately 1200 dunums6 of unused agricultural lands. development of approximately 1000 dunums of grazing lands. The introduction of new areas for planting new trees will provide increased carbon sequestration. 2015-2017. Greening Palestine.

true

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

true

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "Land degradation", "Sustainable forest management", "Agroforestry", "Crops" ]

JOR

[ "Agriculture", "LULUCF/Forestry" ]

false

null

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

true

Selection of tolerant crop varieties: shifting to cultivating crops that are more tolerant to droughts or lower water requirements;. Crop diversification: including integration of different varieties of crops, both food and cash crops which will increase farmers’ income;. Urgent need for restoration of the degraded forest ecosystem, protection of forest and reforestation to increase the green land area for compensation and equilibrium purposes for CO2 fixation and release of O₂ since forestry sector face many challenges that result in reduction of forest vegetation cover in Jordan to sustain and keep ecosystem services from this vital ecosystem;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Health services and assessment", "Early warning system" ]

ECU

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

false

null

[ "Adaptation action/priority" ]

true

Development of a Unique Registry of People Affected and Damnified of impacts of climate change and implementation of a program of simulations and simulations, linked to climate threats to health, that facilitate the attention and effective response of the population. Generation of climate vulnerability and risk analysis at the national level that allows the implementation of an early warning system to face the impacts of climate change.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Building on existing downstream actions" ]

[ "Renewable Energy: Solar" ]

CHN

[ "Energy" ]

false

null

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

false

Through the implementation of photovoltaic poverty alleviation program, Sichuan Province organically integrates poverty alleviation and green transformation, and explores new paths for targeted poverty alleviation, improvement of human settlements, increase in farmers’ income, and new village construction. As of June 2020, totally 18 concentrated photovoltaic poverty alleviation projects with an installed capacity of 450 MW have been built, covering more than 20,000 poor households in 17 counties; and 70 grid-connected village-level power stations with an installed capacity of 31 MW have been built for photovoltaic poverty alleviation, benefiting 3,553 poor households in 20 counties.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Energy: General" ]

BEN

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Construction of new oil / gas thermal power plants to bring the total installed capacity to at least 500 MW in 2030. Project to build a third hydroelectric power station. Vossa Power Plants (60.2 MW). Electrification projects of urban and rural localities. Continuation of projects to strengthen and expand SBEE s distribution networks in urban centers. Continuation of projects for the electrification of localities by connection to the SBEE network (600 localities between 2021 and 2030). Continuation of off-grid electrification projects.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Action and priority" ]

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

SGP

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

false

null

[ "Adaptation action/priority" ]

true

Infrastructure resilience: "For energy and telecommunication services, private operators are required to meet performance standards and ensure network resilience, including through monitoring and maintenance. The Singapore Government constantly reviews and revises design codes, regulations and policies to account for new information and the latest climate projections." (p. 5)

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions" ]

[ "Capacity building and knowledge transfer" ]

SYC

[ "Cross-Cutting Area" ]

false

null

[ "Unconditional sectoral actions" ]

true

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. Other legislation may also need to be reviewed and amended in light of climate change adaptation needs. 3.5 Summary of Existing Support.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

[ "Targets", "Time frame" ]

[ "Health services and assessment", "Poverty reduction", "Energy: General", "Climate services", "LULUCF/Forestry: General", "Energy efficiency", "Agriculture: General", "Renewable Energy: Solar", "Renewable Energy: Wind", "Coastal Zone: General", "Watershed and river basin management", "Fisheries and aquaculture", "Health: General", "Wastewater treatment", "Capacity building and knowledge transfer", "Infrastructure and roads", "Climate smart agriculture", "Climate risk management", "Water supply", "Gender", "Biomass energy", "Sustainable land management", "Disaster relief and recovery", "Water management", "Land and soil management", "Subsidies", "Water sanitation", "Coastal management", "Renewable energy", "Sustainable forest management", "Water: General", "Early warning system", "Education: General" ]

COD

[ "Environment", "Disaster Risk Management (DRM)", "Agriculture", "Water", "Social Development", "Transport", "LULUCF/Forestry", "Coastal Zone", "Energy", "Health", "Education", "Cross-Cutting Area" ]

false

null

[ "Measurable targets or indicators", "Time frame" ]

true

Valorization of the traditional knowledge of local populations linked to the conservation of ecosystems. Type of knowledge capitalized. Protection of ecosystems. 0.06. 2021-2030. Strategic coordination of climate change adaptation programs, plans, initiatives. Existence of a coordination structure. Strengthened governance. 0.06. 2021-2030. Promoting Sustainable Land Management (SLM). 8 M ha to be restored and managed sustainably. Restoration of agricultural and forestry land. 0.50. 2021-2030. Agriculture. Strengthen the resilience of the agricultural sector.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Existing sectoral policies" ]

[ "Demand-side Efficiency: Industries", "Energy Efficiency" ]

IND

[ "Energy" ]

false

true

null

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

false

GreenCo Rating System is first of its kind in the world which assesses companies on their environmental performance across 10 different parameters to help them develop a roadmap to improve further. New Ventures India (NVI) is an initiative to support cleantech entrepreneurs in developing their business plans and access finance and markets. The Small and medium-sized enterprises (SME) Cluster Programs for Energy Efficiency covers more than 150 clusters all over the country and has resulted in substantial energy saving, quality improvement and improved competitiveness.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Solid Waste" ]

LAO

[ "Waste" ]

false

null

[ "Targets at the sectoral level" ]

false

Implementation of 500 tons/day sustainable municipal solid waste management project. Sector. Waste. GHG mitigation target. 40 ktCO2e on average per year between 2020 and 2030. Monitoring procedures. Total amount of waste and waste type deposited at the project should be monitored on an annual basis by the Department of Climate Change of the Ministry of Natural Resources and Environment using data provided by the Vientiane City Office for Management and Services. Comments. The measure is aligned with the Sustainable Solid Waste.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Renewable Energy" ]

SWZ

[ "Energy" ]

false

null

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

false

Swaziland s contribution is to develop a robust national GHG inventory, a credible baseline and emissions trajectory, and a comprehensive measurement, reporting and verification (MRV) system. This will provide the framework on which to develop a mitigation goal and associated action plan by 2020. Energy sector. Swaziland s contribution is to double the share of renewable energy in the national energy mix[8] by 2030, relative to 2010 levels[9].

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

false

null

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

[ "Urban Transport", "Maritime" ]

CPV

[ "Transport" ]

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

Create secured and attractive home-work urban cycling and walking networks with bicycle repair and equipment businesses in Praia and Mindelo, to promote low carbon mobility, convivial cities and local youth employment;. By 2023, quantify the national GHG reductions possible by swifting to lower carbon international maritime transport (i.e.sails or solar vessels, engine efficiency improvement, lower carbon fuels, optimise logistics and operating processes or avoidance strategies etc.) and develop a policy framework and national action plan as a measure under the International Maritime Organisation.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

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

[ "Clean Cooking and Heating: Cleaner household fuels", "Clean Cooking and Heating: Efficient cookstoves" ]

GIN

[ "Energy" ]

true

false

null

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

false

Consequently, Guinea aims between now and 2030 to reduce final demand for firewood and charcoal by 50% per capita (in urban and rural areas) as compared to 2011, particularly through:. organization of local industrial supply chains to enable the introduction of at least 1 million improved stoves;. establishment of 5000 wood carbonization units giving a better charcoal yield;. replacement with butane (40k toe);. extension of pilot initiatives to disseminate improved smokehouses and stabilized earth blocks.

true

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

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

false

null

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

[ "Supply-side Efficiency: Grid/energy loss reduction", "Mini-Grids" ]

LSO

[ "Energy" ]

true

false

null

[ "Unconditional 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

With increase in rural electrification, paraffin consumption is expected to come down from 30, 434 kilolitres (2014) to 25,000 kilolitres in 2020, with a GHG saving of 12 Gg CO2e and 20,000 kilolitres in 2030 with a GHG saving 24 Gg CO2e in the BAU. Potential reduction of transmission and distribution loses from 2015 until 2030 by 0.5% per annum (total of 7.5.0%).

true

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

true

[ "CW" ]

null

[ "INDC" ]

true

en

false

null

[ "Sectoral Conditional Actions" ]

[ "Climate smart agriculture" ]

TON

[ "Agriculture" ]

false

null

[ "Condition actions of the sectoral level" ]

true

All of the above are important adaptation measures which will provide significant mitigation co-benefits. The latter are discussed more fully in the mitigation section. There are also significant gaps with sector plans. Aside from the current, and soon to be revised, JNAP the most important recent plan is the Tonga Agriculture Sector Plan (TASP). The goal of the TASP is to “increase and sustain resilient agriculture livelihoods”. There are four strategic objectives aimed at meeting this goal:. To develop a climate resilient environment;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Sustainable urban planning" ]

MAR

[ "Urban" ]

false

null

[ "Adaptation action/priority" ]

true

Maintenance and improvement of urban green spaces (eg ecological corridors, trees, gardens);. Planting of trees with high carbon sequestration potential. Planting can be done in school yards, in towns all around urban and peri-urban areas, but also along watercourses;. Use of treated wastewater to irrigate and maintain green surfaces, especially lawns (eg golf courses);. Promotion of green walls and roofs. Green roofs and facades improve the thermal comfort of buildings, especially in a hot and dry climate;. Renaturalization of systems for rivers bordering urban areas;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Conditional part of mitigation target" ]

[ "Renewable Energy" ]

FJI

[ "Energy" ]

false

null

[ "Conditional part of the mitigation target for a given sectoral target" ]

false

Achieving our conditional goal will require substantial funding including fully functional bilateral, regional and international market mechanisms such as the Clean Development Mechanism (CDM). Land sector accounting approach. N/A. Estimated macro-economic impact and marginal cost of abatement. A reduction in the cost of imported fuels equivalent to around 200 million litres of diesel and or heavy fuel oil by the year 2030 over BAU imports. Improved energy security and reduction on the dependence on imported fuel as a source of energy for electricity generation.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

false

null

[ "Sectoral targets on" ]

[ "Clean Cooking and Heating: Cleaner household fuels", "Renewable Energy: Biofuels" ]

VUT

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Improve transport (land and marine) energy efficiency. -. -. 10%. Improve biomass end use (cooking and drying) efficiency. -. -. 14%. Electric Vehicles – e-buses. -. -. 10% of public transport buses. Electric Vehicles – e-Cars. 10% of government fleet. Electric Vehicles – 2/3 wheelers. -. -. 1000 No. Bio-diesel (bio fuel) blending in diesel. -. -. 20%. Renewable electricity use by rural tourism bungalows. -. -. 65%. Energy Efficiency in Commercial and Residential Sector. -. -. 5%. Energy Efficient Building (Green Building). -. -.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Downstream actions" ]

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

QAT

[ "Buildings", "Energy" ]

false

null

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

false

This is illustrated by the plan for enhancing teachers’ training on climate change topics in order to enable educators to present the topics of sustainability and environmental development in an appealing manner to students, and to foster behavioral changes in the long-term. Also, all major university campuses in Qatar feature solar panels on building rooftops and policies to reduce energy consumption. Qatar Foundation (QF) is developing green campus and housing facilities which have a direct impact on the ecological footprint of facilities and additionally increases awareness and consciousness of students.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Capacity building and knowledge transfer" ]

ZAF

[ "Cross-Cutting Area" ]

false

null

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

true

Goal 3: Build the necessary institutional capacity for climate change response planning and implementation for the period 2020 to 2030. National and sub-national policy and legislation development and budget reprioritisation to enable institutional capability to plan and implement catalytic adaptation programmes and projects.Comprehensive adaptation related training of development planners, regulators and practitioners.Specific adaptation planning at sub-national level, taking into account specific or unique geographical circumstances, will be integrated into sub-national development frameworks, land use schemes and the planning authorisation system in terms of provisions of and standards set in the Spatial Land Use Management Act (SPLUMA).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

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

[ "Vehicle Fleet", "Supply-side Efficiency: Power generation efficiency improvement", "Transportation Fuels", "Renewable Energy: Solar", "Demand-side Efficiency" ]

MHL

[ "Energy", "Transport" ]

true

null

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

false

Specific areas of action contemplated to make progress towards the INDC targets include:. Ground and roof mounted solar with associated energy storage;. Ongoing demand-side energy efficiency improvements (e.g. prepayment meters, end user efficiency improvements);. Supply-side energy efficiency improvements (e.g. new engines and system upgrades, heat recovery from engines). Small scale wind-powered electricity generation;. Replanting and expansion of coconut oil production for use in electricity and transport sectors blended with diesel;. Vehicle inspections and maintenance;. Introduction of electric vehicles, and emission standards for current vehicles;.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Targets" ]

[ "Social Development: General" ]

VEN

[ "Social Development" ]

false

null

[ "Measurable targets or indicators" ]

true

To design and implement an information campaign aimed at Labour Entities, and their organisations, on greenhouse gas emissions, Nationally Determined Contributions (NDCs), and mitigation and adaptation to climate change. To train workers who will take on the role of information multipliers. Number of workers informed and oriented. Number of institutions involved in the implementation of the action plan for information and orientation. Number of workers informed and oriented.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

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

NPL

[ "Cross-Cutting Area" ]

true

null

[ "Adaptation action/priority", "Sectoral plans and strategies for adaptation.", "Condition actions of the sectoral level" ]

true

It aims to strengthen implementation of Environment-Friendly Local Governance (EFLG) Framework in Village Development Committees and municipalities to complement climate change adaptation, promote renewable energy technologies, water conservation and greenery development. Nepal will undertake scientific (physical and social sciences) approaches to understand and deal with the impacts of climate change in mountains, hills and low- land ecosystems and landscapes. It will develop and implement adaptation strategies for climate change affected sectors.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

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

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

BTN

[ "Agriculture", "LULUCF/Forestry" ]

true

false

null

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

false

Initiate and promote agro-forestry (12FYP). 15 acres. 5. Conservation of wetlands (SRF Land). Conduct wetland assessment for understanding organic carbon content. As Bhutan does not have large deforestation or forest degradation, the opportunities to participate in a results-based carbon payment system to maintain the net carbon sink are limited.

true

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

true

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Renewable Energy" ]

MMR

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

"MOEE has a pipeline of ongoing investments in renewable energy-based projects that are expected to generate 1268.25MW in solar power and wind power by 2030. It should be noted that several of these tenders were just recently announced by the Government as prioritized actions in its COVID-19 Economic Response Plan (CERP). (Annex I: Energy Sector Mitigation Supplementary information -Table 24 for detailed projects under development and Figure 5: Projects with Pre-feasibility Assessments, Feasibility Assessments, Ongoing for their location). In addition, the Government has identified a total of 10215MW in potential solar, wind, and floating solar projects to be developed (Annex I: Energy Sector mitigation supplementary information) but feasibility studies pending. Detailed lists of RE Projects that may contribute to the NDC or its next revision, both existing and those under development, and their locations are provided in Annex I: Energy Sector mitigation supplementary information. It should be noted that many of the projects under development are at exploratory stages and will be subject to prefeasibility and feasibility studies. These are currently not included in the national NDC targets. (Ongoing and Planned RE Projects that may contribute to the NDC)"

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Targets" ]

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

VUT

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

false

null

[ "Measurable targets or indicators" ]

true

Indicator Ag2.12: Percentage of subsistence farmers in continuing to apply traditional knowledge and access planting materials for subsistence purposes. [SOC 1.2.2]. Indicator Ag2.13: Average incidence of food poverty at the household level post-disaster (Food Poverty Line) [ENV 1.1.3]. Indicator Ag2.14: Total number of primary, secondary and tertiary schools that teach climate resilient subsistent agriculture. Indicator Ag1.15: Number of households with access to sustainable climate-smart quality food production sufficient for daily food consumption in normal and (climate, disaster and environmentally) stressed times [ENV 1.1.1].

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Sustainable Land Management", "Afforestation" ]

SAU

[ "LULUCF/Forestry" ]

false

null

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

false

The objective is to improve soil quality, water, pasture and wildlife resources through a system of protected areas and reserves. Adaptation with mitigation co-benefits may include measures of planting trees to combat desertification, reducing and improving land management practices, especially for agriculture and forestry. Tree planting and rehabilitating hectares of land over this decade as part of the Saudi Green Initiative. Recycled water from an irrigation network will be used for this purpose.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Existing sectoral policies" ]

[ "REDD+" ]

PNG

[ "LULUCF/Forestry" ]

false

true

null

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

false

a) Strengthening Land Use & Development Planning. The main drivers of emissions are forest degradation. and deforestation (forest land converted to other. land use). As logging was the main driver for 90. percent of forest degradation between 2011- 2015,. strategies on Reducing Emissions from Deforestation. and Forest Degradation and Enhancement of. Carbon Stocks (REDD+) must be implemented. effectively. b) Stronger Environmental Management,. Protection & Enforcement – Degradation. Potential. The action area will be concentrated on the. development and implementation of a system.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Upstream policies on" ]

[ "Energy: General" ]

PHL

[ "Energy" ]

false

true

null

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

false

10174, and its requisite policy instruments, the National Framework Strategy on Climate Change 2010-2022 and the National Climate Change Action Plan 2011-2028. The NDC also considers the Philippine Development Plan 2017-2022, Philippine Energy Plan 2018-2040, the Philippine National Security Policy 20172022, National Climate Risk Management Framework of 2019 and the Sustainable Finance Policy Framework of 2020. It shall also be progressively informed by the Filipino people’s aspirations across generations.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

[ "Renewable Energy" ]

CMR

[ "Energy" ]

false

null

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

false

- Conduct a comprehensive evaluation of the potential of renewable energies (Invest € lec partial study identified 262 small hydro sites and 25 biomass energy sites for a cumulative total of 284 MW of capacity 35 pilot projects (23 hydro , 9 biomass and 3 solar PV) have been identified Adopt a plan for the development of renewable energies bringing to 25% the share of renewable energy in the electricity mix by 2035. Put in place an incentive framework for the development of renewable energies ( call for tenders, feed-in tariffs, etc.)

true

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

true

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "Gas", "Supply-side Efficiency: Power generation efficiency improvement: Gas-powered combined cycle", "Energy: General", "LULUCF/Forestry: General", "Renewable Energy: Biofuels" ]

NGA

[ "Energy", "LULUCF/Forestry" ]

true

false

null

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

false

Multi-cycle power stations. Scalable power stations of 20-50MW. Enforced energy efficiency. Use of natural gas rather than liquid fuels. Oil and Gas. Improved enforcement of gas flaring restrictions. Development of Gas-to-Power Plants at Gas Flare Sites (micro grid). Blending 10% by volume of Fuel-Ethanol with Gasoline (E10) and 20% by volume of Biodiesel with Petroleum Diesel (B20) for Transportation Fuels. Agriculture and Land Use. Climate Smart Agriculture. Stop using charcoal. Industry. Benchmarking against international best practice for industrial energy usage.

true

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

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Economy-wide: General", "Livestock", "Environment: General", "Gender", "Sustainable land management" ]

SOM

[ "Environment", "Agriculture", "Social Development", "LULUCF/Forestry", "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

Enhance the participation of women and youth in activities related to adaptation and environmental conservation in order to empower them and enhance their adaptive capacity. Promote climate change resilient traditional and modern knowledge of sustainable pasture and range management systems. Climate change communication, education and public awareness raising. $300million. 7. Human settlements. Promote green and climate resilient building industry. Enhance awareness on the impacts of climate change in the context of human settlements promoting sustainable land management systems and climate sensitive human settlement developments.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Land and soil management", "Ecosystem and biodiversity", "Livestock", "Capacity building and knowledge transfer" ]

SDN

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

false

null

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

true

Advance research on various areas related to climate change impacts on rangelands (e.g. plants and animals species, communities etc.) and measures to address that. Joint management of the natural resources for comprehensive consideration of climate change impacts. Management of the grazing areas and rangelands in a sustainable manner. Enhancement of enabling environment in order to empower vulnerable communities including through: Improving marketing/markets, supplementary feeding, increase awareness and access to information by vulnerable groups/communities, etc. Restocking animal herds in areas affected by climate change.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

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

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

ZAF

[ "Cross-Cutting Area" ]

false

null

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

true

Development of national framework for early warning, vulnerability and needs assessment well before 2020.Develop and support a climate change early warning and vulnerability network with the involvement of relevant stakeholders, e.g. SA Weather Services, SA Earth Observation Network, the downscaling modelling and adaptation academic community etc. Adaptation needs and costs. Goal 5: Development of a vulnerability assessment and adaptation needs framework by 2020 to support a continuous presentation of adaptation needs.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Health: General", "Climate services", "Disaster Risk Management (DRM): General", "Capacity building and knowledge transfer" ]

COG

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

false

null

[ "Adaptation action/priority" ]

true

Develop a mechanism to integrate climate data into the national health information system;. Develop health system response strategies, plans and projects and integrate them into national health strategies. 2022-2025. Adaptation priority 7. Reducing disaster risk and minimizing damage by mitigating and adapting to natural hazards linked to climate and extreme weather conditions. The gender dimension is taken into account. 1, 2, 3, 9, 10 and 11. Mitigation co-benefit. Key activities. Perform a multi-risk risk assessment;. Update / review flood, fire and drought risk maps;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Adapt Now sector" ]

[ "Sustainable transport planning", "Coastal management" ]

GIN

[ "Coastal Zone", "Transport" ]

false

null

[ "GCA_Sector" ]

true

The development issue therefore remains a priority in order to meet the essential needs of the Guinean population. Nevertheless,. Thus, in order to participate in the achievement of the overall objective defined in Article 2 of the Paris Agreement, it is possible for the Republic of Guinea to reconcile economic growth and a low-emission development trajectory of carbon, and above all to avoid being “trapped” for decades by carbon-intensive infrastructure, particularly energy infrastructure.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Energy Efficiency" ]

VEN

[ "Energy" ]

false

null

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

false

"Reboost the activities related to the Rational and Efficient Use of Electric Energy (UREEE) through the Monitoring and Control of the Energy Management Units (UGE) of the private and public sector described in the National Program of Energy Education and Energy Efficiency, in order to optimize the consumption of electrical energy in these facilities and thus achieve a decrease in at least 10% of energy consumption (using hydrocarbons) during the next 8 years (2022 - 2030)."

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Wastewater treatment" ]

JOR

[ "Water" ]

false

null

[ "Adaptation action/priority" ]

true

Reducing non-revenue water loss in domestic and irrigation water supply systems through rehabilitation and maintenance of water networks and enforcement of law. Enhancing water storage capacity in natural dams and water retention systems. Reducing groundwater use for irrigation and enhancing water recharge technologies including managed and artificial groundwater recharge mechanisms. Continue with treated wastewater reuse in Jordan Valley and Highlands as a water augmentation tool to save freshwater. 4.1.3 Improving adaptive capacity of water utilities.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions" ]

[ "Ecosystem and biodiversity" ]

CRI

[ "Environment" ]

false

null

[ "Unconditional sectoral actions" ]

true

In the past 30 years the country has been able to revert one negative effect of the agro-exporter model which reduced forests, been able to shift from 26% forest coverage to a 54.4% by 2013. To accomplish this shift, the country developed several strategies, a National Protected Area System (SINAC) was established which, today, covers 26.5% of the national territory, reforesting and private land forest management was promoted and facilitated, the Environmental Services Payment program was created and land use changes of forest lands were prohibited by law.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

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

[ "Renewable Energy", "Climate services", "Renewable Energy: Hydro", "Sustainable urban planning", "Watershed and river basin management", "Renewable energy" ]

BTN

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

true

false

null

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

true

Development of climate change scenarios for Bhutan with appropriate resolution for mountainous situation. Promote clean renewable and climate resilient energy generation by:. Diversifying energy supply mix through promotion of renewable energy (solar, wind, small hydro, biomass) other than large hydro and creating investment opportunities. Ensuring energy security during the lean dry season through water storage and reservoirs. Protecting catchment areas for hydropower through watershed and sustainable land management approaches. Integrate climate resilient and low emission strategies in urban and rural settlements through:.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

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

[ "Industries: General" ]

GIN

[ "Industries" ]

false

null

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

false

Development of energy-intensive activities conditional on the parallel development of rapidly developing renewable electricity capacities at the national level and connection to the main grid. This development of electrical capacities should allow a 10% reduction in carbon intensity per tonne of ore by 2025 and 30% by 2030, which represents the connection to the main electricity network of around 10% of the installations. mining in 2025, and 30% in 2030.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

true

null

[ "Action and priority" ]

[ "Agriculture: General", "Food security", "Climate smart agriculture" ]

SWZ

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Converting flood irrigation systems to water efficient systems and adopt water saving practices to increase water availability, equity and security. Supporting development of in-farm water harvesting (including small earth dams) and move to more efficient technologies for intensive farming methods to improve food security. Facilitating utilization of invasive species of economic value and agriculture bi-products to reduce GHGs. Diversifying from heavy water consuming enterprises to drought tolerant commercial crops, trees, and small livestock.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Agriculture: General" ]

ALB

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Introduction of new cultivation techniques, such as direct planting, (no- tillage systems), as well as soil mulching. Low. Low. Medium. Medium. Medium. Medium. Application of agroforestry practices, combining the growth of agricultural crops accompanied by forest trees, and construction of hedgerows and windbreaks on the fields planted with crops. Low. Low. Medium. High. Medium. Medium. Reduction as much as possible of chemical inputs in agriculture and introduction of new cultivation technologies. Medium. Medium. Medium. High. Medium. High.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Solid Waste", "Waste management" ]

MMR

[ "Waste", "Urban" ]

true

false

null

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

true

Development of city-wide solid waste strategies to explore development of circular economies that enhance efficiencies within and between urban water, energy and food systems, with benefits for agricultural productivity and/or power generation; taking into account specific vulnerabilities of formal and informal waste workers and exposure to pollutants for low-income and marginalized communities. Reduce the volume of solid waste that goes to landfills by increasing recycling rates and encouraging the repurposing of urban and agricultural organic waste (incl. landfill gas capture techniques for methane).

true

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

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions", "Sectoral Policies" ]

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

LSO

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

true

null

[ "Sectoral plans and strategies for adaptation.", "Unconditional sectoral actions" ]

true

Developing capacity for climate change adaptation capacity in the agricultural sector. 2009 – 2011. Conservation agriculture: advocacy, extension / training, research integration into formal curricula. 2005 to date. Sorghum breeding for high yield and drought tolerance. 1996 to date. High efficiency irrigation systems: Gravity & Drip. 1995 to date. Lesotho Block Farming Initiatives. 2005 to date. Smallholder Agriculture Development Project – Cropping Systems. 2011-2017. Develop National Adaptation Plans. 2015-2020. Develop Climate Change Policy and Strategy. Integrate Climate Change into sectoral policy and strategies.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

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

[ "Capacity building and knowledge transfer", "Climate services", "Agriculture: General", "Sustainable forest management", "Crops", "Ecosystem and biodiversity" ]

BLZ

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

false

null

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

true

Expand on the Belize Agriculture Information System to reach a broad awareness amongst relevant populations of hazards and best practices. Action. Explore crop and commodity insurance schemes and pilot insurance product including education and awareness raising campaign by 2024. These actions are presented conditional on 1) technical assistance and capacity building to develop EWS and insurance schemes and 2) financial support to pilot crop and commodity insurance scheme. 7.2.3 Fisheries and aquaculture. Type. SDG linkages. Target.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Climate services", "Early warning system" ]

DOM

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

false

null

[ "Adaptation action/priority" ]

true

Research on vulnerability, adaptation and climate change impacts and scenarios: generating information and metrics to promote knowledge of the conditioning factors, manifestations, impacts and responses of climate change. Development and updating of risk and vulnerability maps. Line T 5. Strengthening of monitoring and evaluation systems, including local capacity. Strengthen the statistical system, improve the system of indicators, new and existing, including the main indicators of vulnerability as a tool to inform decision-making. Generate Early Warning Systems (EWS), which include climate change projections. Line T 6.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Gas", "Urban Transport", "Renewable Energy", "REDD+", "Solid Waste" ]

MOZ

[ "Energy", "Transport", "Waste", "LULUCF/Forestry" ]

false

true

null

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

false

Master Plan for Natural Gas (2014 to 2030);. Renewable Energy Feed-in Tariff Regulation (REFIT);. Mozambique’s Integrated Urban Solid Waste Management Strategy (2013 – 2025). National REDD+ Strategy (in preparation and to be approved in 2016);. Renewable Energy Atlas for Mozambique;. Project to build and manage two solid waste landfills with the recovery of methane; and. Project of Urban Mobility in the Municipality of Maputo. 10. Target level.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Energy: General", "Transport: General" ]

SYC

[ "Energy", "Transport" ]

false

null

[ "Adaptation action/priority" ]

true

Long-term vision - Energy Security: "Mechanised transport is essential given the terrain of Seychelles. This currently relies on fossil-fuelled vehicles and infrastructure that is degraded. Both require upgrading as these are critical and underpin all other sectors ~ moving people to school, work and shops. The departments responsible for road maintenance and repair in case of flooding, erosion and landslides collaborate to some degree to deal with crises, but a strengthening of cooperation between them in term of troubleshooting and planning would be desirable (e.g. Seychelles Land Transport Agency, the Department of Transport, Department of Risk and Disaster Management and the Ministry of Environment, Energy and Climate Change)" (13).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true