GIZ/policy_classification · Datasets at Hugging Face

null

[ "Emission reduction potential" ]

[ "LULUCF/Forestry: General" ]

COD

[ "LULUCF/Forestry" ]

true

false

null

[ "emission reduction potential for a given sectoral plan" ]

false

The main intervention levers identified relate essentially to:A. Component I: Forestry and forest-related activities:This component is expected to contribute 182 to 192 Mt CO2e to the total emissions mitigation potential in 2030 (McKinsey et al., 2009). This potential was estimated by forestry activity as follows: Legal industrial and small-scale logging: approximately 19 Mt CO2e thanks to the reduction of logging volumes per ha to sustainable logging levels with very limited emissions (from 15 to 10 m3 per hectare).

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "LULUCF/Forestry: General", "Fertilizers" ]

BEN

[ "Agriculture", "LULUCF/Forestry" ]

true

false

null

[ "Information on sectoral plans" ]

false

Rationalizing the exploitation of forest resources. Over an area of at least 1 330 000 ha;. 3.84%. 0.001. 0%. 0. 0.001. Securing the boundaries of state forest estates;. 2 664 805 ha. 8.57%. 0.03. 91.43%. 0.32. 0.35. Promote alternative activities to the exploitation of forest resources. At the national level,. 4.65%. 0.02. 95.35%. 0.41. 0.43. Agriculture Sector. Promote specific fertilizers and other organic organic inputs for sustainable soil fertility management. Large agricultural areas. 0%. 0. 100%. 0.23755. 0.23755. Waste and Sewage Sector.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Gender", "Social Development: General" ]

NPL

[ "Social Development" ]

false

null

[ "Adaptation action/priority" ]

true

By 2030, all 753 local governments will prepare and implement climate-resilient and gender-responsive adaptation plans. The plans will address climate change and disaster vulnerability and risks and prioritize adaptation and disaster risk reduction and management measures focusing on women, differently-abled, children, senior citizens, youth, Indigenous Peoples, economically deprived communities and people residing in climate-vulnerable geographical areas.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Energy: General" ]

LCA

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Saint Lucia’s NDC is mitigation-centric and the NDC’s target is 7% Greenhouse Gas (GHG) emissions reduction in the energy sector relative to 2010, by 2030. Saint Lucia’s target is a sector-wide emissions reductions target using 2010 as base, covering IPCC’s energy (electricity generation and transportation) sector, and three gases: Carbon Dioxide, Methane, and Nitrous Oxide. The target is a continuation and expansion of efforts listed in the first NDC to meet the targets for 2025 and 2030.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Conditional Actions", "Targets", "Sectoral Target" ]

[ "Agroecology", "Land and soil management", "Agroforestry" ]

RWA

[ "Agriculture" ]

false

null

[ "Measurable targets or indicators", "Condition actions of the sectoral level", "Adaptation targets/ objectives at the sectoral level" ]

true

90% of Rwanda’s crop land is on slopes ranging from 5 to 50% which makes it vulnerable to climate change impacts like soil erosion leading to permanent fertility loss. Rwanda intends to expand its soil conservation and land husbandry programmes trough:Installation of land protection structures like radical and progressive terraces where these structures will be installed on 100% of the relevant area by 2030; Development and implementation of an intensive agroforestry programme with a target of covering 100% of arable land by 2030.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

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

[ "Water management", "Monitoring and Evaluation System", "Infrastructure and roads", "Infrastructure", "Power system planning", "Sustainable transport planning", "Disaster Risk Management (DRM): General", "Ecosystem and biodiversity" ]

COL

[ "Environment", "Disaster Risk Management (DRM)", "Water", "Transport", "Energy" ]

false

null

[ "Measurable targets or indicators", "GCA_Sector_2", "GCA_Sector" ]

true

Two (2) technical guidelines documents prepared to carry out risk studies for transportation infrastructure. Policy for Disaster Risk Management - DRM and Adaptation to Climate Change - ACC formulated for the sector. Two (2) Methodologies for calculating the risk of transport infrastructure designed and implemented. Pilot project implemented for the applicability of the green road infrastructure guidelines. Include climate change considerations in planning instruments for the agricultural sector (PIGCCS) and implementation of adaptation actions.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Existing sectoral policies" ]

[ "Energy: General" ]

MEX

[ "Energy" ]

false

true

null

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

false

In addition, Mexico has made progress in the implementation of a variety of economic instruments, such as the issuance of green bonds, the establishment of a Carbon Tax and the Emissions Trading System. Finally, with the aim of ensuring environmental integrity and transparency, a sound accounting of implemented actions will be undertaken by means of the System of Information for the Transparency Agenda or SIAT, for both the Special Program on Climate Change and the NDC.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Archived Revised First NDC" ]

false

en

false

null

[ "Time frame" ]

[ "Energy: General", "Water supply", "Water sanitation", "Health: General", "Capacity building and knowledge transfer" ]

LAO

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

false

null

[ "Time frame" ]

true

Climate change adaptation has been integrated into high-level policy frameworks, including the 8th National Socio-Economic Development Plan (2016 – 2020), National Green Growth Strategy to 2030, and sectoral strategies such as the Ten-Year Natural Resources and Environment Strategy 2016 – 2025, a draft Urban Development Strategy to 2030, Agriculture Development Strategy to 2025 and Vision to 2030, and Strategy on Climate Change and Health Adaptation 2018 – 2025 and action plan 2018 – 2020. The Disaster Risk Management Law was adopted in 2019.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "HFCs" ]

SEN

[ "Industries" ]

false

true

null

[ "Targets at the sectoral level", "Information on the existing upstream sectoral policies that the NDC builds on" ]

false

o Decree No. 2000.73 of January 31, 2000 relating to the consumption of ODS (CFCs, HCFCs); o an interministerial decree n ° 00526 of January 15, 2014 relating to HCFCs, currently in application; o an interministerial decree to integrate the reduction of HFCs which have a very high warming potential. Results have been obtained in the implementation of actions aimed at reducing or even eliminating the consumption of ODS, these are:. Phase-out of CFCs for consumption since 2010;.

true

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

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Infrastructure and roads", "Energy: General", "Transport: General" ]

MDA

[ "Energy", "Transport" ]

false

null

[ "Adaptation action/priority" ]

true

Identification and implementation of corporate management and advanced technological models for the management of transport infrastructure in response to the impact of climate change;. -. Purchase the necessary equipment for cleaning and widening riverbeds, and the development of a system for navigation monitoring, etc. -. Contribute to the development of a robust project pipeline for climate-smart infrastructure. CLIMATE CHANGE ADAPTATION INVESTMENT PRIORITIES.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

COM

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Implementation of a building standards system that takes disaster risk into account. Integration and awareness. Awareness of the impacts of CC. Capacity building at all levels on the definition and implementation of CC adaptation measures. Specific short and medium term actions and project ideas are identified for each sector in an attached implementation plan, with a prioritization of these actions and a cost estimate, given for each action / project ideas . 4. GENDER APPROACH. 4.1. Context.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Targets", "Action and priority" ]

[ "Early warning system", "Coastal management", "Coastal Zone: General" ]

COD

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

false

null

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

true

Strengthening of the early warning system for vulnerable coastal areas and hydro-climatic risk areas (floods, drought, soil erosion (urban and agricultural), landslides, volcanic eruption, etc.). Number of early warning systems for vulnerable coastal areas and hydro-climatic risk zones installed. Innovation and productivity. 0.29. 2021-2030. Implementation of coastal erosion control measures in vulnerable coastal areas, including area between Banana and Nsiamfumu (26 km). Number of coastal erosion control measures in littoral zones put in place between Banana and Nsiamfumu (26 km).

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Target", "Targets", "Capacity Building Needs for Sectoral Implementation", "Technology Transfer Needs for Sectoral Implementation", "Sectoral Conditional Actions", "Action and priority" ]

[ "Water supply", "Infrastructure", "Water conservation and reuse" ]

MNG

[ "Water" ]

false

null

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

true

-To implement Integrated water resource management systems-To coordinate multi-stakeholder relations through improved legal policies and efficient management-To strengthen human resource capacity to deal with technical issues. -To implement ecosystem based technologies-To support ecosystem services through hydrological monitoring, construction of water diversion canals to lakes located in flood plains and reforestation actions. 5.0. -To construct reservoirs for glacier melt water harvesting-To regulate river streams and flows. -To create water reservoirs at rivers and at outlets of lakes, and to construct multipurpose systems of water use.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Existing sectoral policies", "Conditional part of mitigation target", "Downstream actions" ]

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

VUT

[ "Waste" ]

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

false

250,000. A61. Vanuatu commits to Develop and deliver Training of Trainers (TOT) programme on waste management, pollution control and clean production. National Waste Management & Pollution Control Strategy. 3.1.4a. ENV 2.4. 90. 80,000. A62. Vanuatu commits to develop and implement a waste minimisation plan (Including 3Rs, composting, characterisation, source separation) by 2030. National Waste Management & Pollution Control Strategy. 4.1.1. ENV 2.4. 90. 390,000. A63. Vanuatu commits to approving and installing at least 1 waste treatment and storage facility in each province.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Sectoral Policies" ]

[ "Ecosystem and biodiversity" ]

MWI

[ "Environment" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

This provided the basis for developing medium term developmental plans such as the Malawi Poverty Reduction Strategy Programme (MPRSP), Malawi Economic Growth Strategy (MEGS) and Malawi Growth and Development Strategy I & II (MGDS I & II). MGDS II spans over the period 2011 to 2016. At the sectoral level, the National Environmental Action Plan (NEAP) (1994) and National Environmental Policy (NEP) (revised 2004) provided policy guidance and direction to manage the environment, natural resources and climate change.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Agriculture: General" ]

ECU

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Issuance of regulations and technical regulations for the integration of adaptation to climate change in development planning at sectoral (agricultural and livestock) and local levels (at the level of decentralized autonomous governments). Promotion of initiatives aimed at responsible consumption of agricultural production resilient to the effects of climate change. Development, promotion and implementation of models and technologies of agricultural production that are sustainable and resilient to the effects of climate change.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "LULUCF/Forestry: General" ]

KHM

[ "LULUCF/Forestry" ]

false

null

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

false

The share of distribution of the planned emission reductions under the NDC scenario among the sectors is indicated in Figure 9 below. Figure 9 GHG emissions reduction under the NDC scenario in 2030. Table 6 Sectoral share and absolute number of GHG emission reduction under NDC scenario in 2030. Sector. Sectoral share (%). GHG emission reduction (MtCO2e). FOLU. 59.1. 38.1. Energy. 21.3. 13.7. Agriculture. 9.6. 6.2. Industry (IPPU). 9.1. 5.9. Waste. 0.9. 0.6. Total. 100%. 64.6.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Conditional Actions" ]

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

LBR

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

false

null

[ "Condition actions of the sectoral level" ]

true

The current National Adaptation Programme of Action (NAPA) pilot projects implementation framework started in 2010: The coastal pilot project in Grand Bassa Buchanan, with a length of 600meters had a budget of 3.3million USD; the agriculture adaptation pilot project had a budget of 2.6million (begun in 2012). The third pilot project ( monitoring climate information and services to enhance adaptation in climate change) started in 2014 with a budget of 7million USD.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

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

[ "Mangroves", "Conservation", "Reforestation" ]

MDV

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

true

false

null

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

true

The legislation will facilitate integration of climate change into development planning while considering the economies of scale for public services, land use planning and population consolidation. Strengthen efforts to conserve and restore mangrove ecosystems considering its numerous services and benefits to people and nature including livelihood of communities and its role as natural buffers or barriers for flood mitigation. Public Health. Climate Change has both direct and indirect health impacts. Warmer temperatures and wetter monsoon seasons could increase the prevalence of vector borne diseases.

true

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

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Infrastructure", "Climate services", "Early warning system", "Disaster preparedness" ]

MDA

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

false

null

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

true

use the latest methods and technologies for the rehabilitation/construction of dams and carry out protective works in line with local spatial plans;. increase the awareness on flood risk among the exposed population (the appropriate response before and after the event, insurance contracts, etc.);. measures to protect irrigation infrastructure against flooding;. improved flood forecasting and installation of systems to provide dam break alerts;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

[ "Funders for Sectoral Unconditional Actions" ]

[ "Food security" ]

LSO

[ "Agriculture" ]

false

null

[ "The funders for sectoral unconditional actions" ]

true

Strengthening Capacity for Climate Change Adaptation in Agriculture: Experience and Lessons from Lesotho. Food and Agriculture Organization of the United Nations. Blue Book Series.↩. Excerpts from Talafre J., M.V. Marake, ***** and S. Tomlow. 2013. Lesotho Adaptation of Small Scale Agricultural Production. IFAD-Ministry of Agriculture and Food Security. Project Design Report. Maseru. Lesotho.↩

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

false

null

[ "Action and priority" ]

[ "Water quality", "Wetlands", "Ecosystem and biodiversity", "Tourism: General" ]

ALB

[ "Tourism", "Water", "Environment", "LULUCF/Forestry" ]

false

null

[ "Adaptation action/priority" ]

true

Support monitoring agencies in design and perform water quality in each wetland/lagoon to track impacts of climate change on abiotic factors (temperature and dissolved oxygen) to reduce risks through environmental quality monitoring methods and techniques. Environment. High. Livelihood Adaptation. Strengthen the coordination and management framework within and between different sectors. Supporting research communities in performing biodiversity monitoring programs in each wetland/lagoon, including bird population and Invasive Alien Species (IAS). Protected Areas. High. Development of ecotourist activities in the wetland/lagoon area such as birdwatching, hiking, etc.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "LULUCF/Forestry: General" ]

MDG

[ "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level" ]

false

In 2030, Madagascar aims to reduce approximately 30 MtCO2 of its emissions of GHG, representing 14% of national emissions, compared to the BAU scenario, with projections based of GHG inventory from year 2000 to 2010. This reduction is additive to the absorptions increase of the LULUCF sector, which estimated at 61 MtCO2 in 2030. Total increase in GHG absorption is expected at 32%, compared to the BAU scenario. However, these objectives remain conditioned by financial support, which will be received from global partners (conditional contributions).

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Fertilizers" ]

MWI

[ "Agriculture" ]

false

null

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

false

Enhanced effectiveness of fertilizer application supports resilience and agricultural efficiency of vulnerable farmers. Reduced compostable waste related health risks such as dengue fever. Enhanced soil fertility and reduced soil erosion. ✔. ✔. ✔. Improved rice management practices Deep organic fertiliser application and improved biomass and fertilizer management in rice and nitrification inhibitors application, resulting in reduced N2O emissions from mineral N- fertilizer use. MOA (Department of Crop Development). MOFNR, LUANAR, NGOs, donors. US$ 333 million. uc: US$ 233m c: US$ 100m.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral Policies" ]

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

TON

[ "Cross-Cutting Area" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

The purpose of the new Tonga Climate Change Policy is to provide a clear vision, goal, and objectives to direct responses to climate change and disaster risk reduction over the next five years. The policy, and the associated, soon to be revised, Joint National Action Plan for Climate Change Adaptation and Disaster Risk Management (JNAP). The Climate Change Policy is not intended to replace or duplicate sector specific policies and plans.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Social Development: General", "Sustainable forest management" ]

LBR

[ "Social Development", "LULUCF/Forestry" ]

false

null

[ "Adaptation action/priority" ]

true

Catalogue 100% of water catchments in forest areas, with 50% of these under sustainable management plans by 2030 (Link to Agriculture sector). Develop alternative livelihoods programs with forest dependent people in 5 forested counties to ensure a just transition from forest extractive models for local communities, including development of models and markets for non-timber forest products and for sustainable eco-tourism by 2030. (Linked to Mitigation target). Adaptation Actions and Policy Measures.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Energy Efficiency" ]

CHN

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

"Upholding the belief of leading the energy revolution with low-carbon development and responding to the development requirements of both a more synergistic allocation of energy resources and a significant increase in utilization efficiency, China will proactively fulfill the goal of “Four Reforms, One Revolution”. China will move faster towards a clean, low-carbon, safe and efficient energy system, follow the principle of prioritizing energy conservation, improve policy framework for the dual control of total energy consumption and energy intensity, and further increase the proportion of non-fossil fuels in the energy mix. Non-fossil fuels will dominate the future increment of energy consumption."

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Conditional Actions" ]

[ "Capacity building and knowledge transfer" ]

TON

[ "Cross-Cutting Area" ]

false

null

[ "Condition actions of the sectoral level" ]

true

Rather than address climate change adaptation, mitigation and disaster risk reduction in a fragmented manner, a holistic approach is taken to build resilience. There are five action areas:. Mainstreaming for a Resilient Tonga – To fully mainstream the goal of a Resilient Tonga into government legislation, policies, and planning at all levels;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

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

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

ERI

[ "Energy", "Industries" ]

true

false

null

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

false

Climate mitigation actions are proposed mainly in energy, industry, transport, forestry, agriculture (Crop and livestock) and waste sectors. Table 2 provides a summary of Eritrea’s mitigation options proposed in different sectors and sub sectors. Table 2: Eritrea Sectoral Coverage under the mitigation measure. Conditional GHG reduction options. Emission reduction in 2030 per option kt/year. Conditional GHG reduction options. Emission reduction in 2030 per option kt/year. Cogeneration in industry. 31.16. Solar LED lamps. 2.75. Waste heat recovery at cement plant. 61.56. Assisted forest regeneration. 391.88.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "INDC" ]

false

true

en

false

null

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

[ "Livestock" ]

RWA

[ "Agriculture" ]

true

false

null

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

false

✔. ✔. MINAGRI (RAB). 128 million USD. Increased food security through enhanced soil fertility, increased crop stability and reduced soil erosion. Cleaner water provision, through reduced nutrient and soil runoff. Livestock. Improved livestock species and population:. Replacement of 10% domestic cows with improved cow species; expansion of fish farming, poultry and other small livestock to increase protein food supply without increasing cows; and change in livestock mix. Reduction in CH4 emissions from enteric fermentation. ✔. ✔. MINAGRI (RAB). 156 million USD.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

false

null

[ "Targets" ]

[ "Climate smart agriculture" ]

SLV

[ "Agriculture" ]

false

null

[ "Measurable targets or indicators" ]

true

Contribution to climate change mitigation (Measure 1.2.1):Since the implementation of genetic materials, it could be promoting sustainable soil agricultural practices and fewer applications of agrochemicals that indirectly contribute to reducing CO2, CH4 and N2O emissions and conserving carbon reservoirs and sinks. Other related sectors/systems. Sustainable Development Goals involved. Mitigation:AFOLU. Adaptation:Biodiversity. Water resources. Health. Description of the goal. 2.1.2. A. Target based on amount of genetic material. In 2025, there will be an increase in the number of genetic materials implemented since 2017. Implementation framework.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Energy: General", "Energy efficiency", "Power system planning" ]

MDA

[ "Energy" ]

false

null

[ "Adaptation action/priority" ]

true

Build storage facilities for the energy produced by wind and photovoltaic power units;. -. Promote decentralized generation of electricity (solar photovoltaic systems, hydraulic installations, micro-hydroelectric stations, etc.);. -. Promote energy efficiency (e.g.: use of modern energy generation and transport technologies, thermal insulation of buildings, construction of refrigerators near CHPs and producing steam cold for the preservation of fruits and vegetables, etc.);. -. Restore electrical stations equipment of energy distribution networks designed for defrosting/de-icing or introduce new defrosting technologies;. -.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Targets" ]

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

VEN

[ "Water", "Environment" ]

false

null

[ "Measurable targets or indicators" ]

true

Number of persons participating in awareness-raising workshops. Number of information published in mass media, social networks and other alternative media. The Environmental Laboratories Directorate is in the process of constructing the Water Quality Indicator, which will be used as a methodology for determining the degree of water pollution in bodies of water that have sufficient historical data for its elaboration.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Technology needs", "Sectoral plans on" ]

[ "Soils" ]

CMR

[ "Agriculture" ]

true

false

null

[ "Technology needed for a given sectoral plan", "Information on sectoral plans" ]

false

3) Promotion of practices to improve agricultural production capacities and enhance local resources. Use of nitrification inhibitors;. Fat supplementation in ruminant feed (% DM fat added). Energy/Waste. Major energy challenges: (i) Improve access to electricity for populations and industries by quadrupling production capacity by 2035 to 6 GW; (ii) increase the use of renewable energies in the production of electricity, especially in areas that are difficult to connect to the electricity grid and (iii) make energy efficiency a national priority.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Time frame" ]

[ "Coastal Zone: General", "Watershed and river basin management", "Climate risk management", "Climate smart agriculture" ]

HTI

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

false

null

[ "Time frame" ]

true

Improve the energy efficiency of wood-burning furnaces (increase yields from 10-15% to 30-45%). Disseminate 1,000,000 low-consumption lamps for the replacement of incandescent bulbs. AFAT. Plant 137,500 ha of forest by 2030, favoring local species, including 100,000 ha conditionally between 2020 and 2030. Protect and conserve existing national forest parks (10,500 ha) by 2030. Protect, conserve and expand existing mangrove forests (19,500ha) by 2030. Restore, upgrade and extend existing agroforestry systems (at least 60,000 additional hectares between 2020 and 2030).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Economy-wide: General" ]

ALB

[ "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

Mobilization of financial resources for climate change adaptation (DR preparedness, including for relocation) / Explore and find the means of accessing Albania’s public budget for financing NAP implementation. Very High. Fiscal preparation, including an emergency fund for disaster risk response, recovery and reconstruction. High. Establishment of incentives and subsidies for climate smart practices (e.g. climate proofing buildings, energy efficient technologies). Very high. Developing insurance schemes and social protection systems for climate change-related disasters. Medium. Scientific, technical and societal capacity.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Transportation Fuels" ]

SLV

[ "Transport" ]

false

true

null

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

false

Above all, support is required for socialization and capacity building at various levels for the implementation of the Policy, including the private sector, civil society and the municipal level. 7.3.3. Support for the development of Salvadoran regulations to improve the quality of fuels marketed for land transport (2025). Technical assistance is required to explore options that facilitate lowering the total sulfur content of premium gasoline, regular gasoline, and diesel. This support would be led by the CNE.

true

[ "Sectoral Mitigation Policies" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

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

[ "Demand-side Efficiency: Appliances", "Renewable Energy: Wind", "Renewable Energy: Solar" ]

MOZ

[ "Energy" ]

true

false

null

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

false

Installation of 50 000 photovoltaic or wind turbine lighting systems. Mozambique, in areas isolated from the national electricity grid (SIE). Installation of 5000 solar PV systems for pumping water for domestic, community or public use in isolated (SIE) or mixed (SILE/SIE) areas, including agricultural irrigation and livestock watering. Areas isolated from the grid (SIE) or mixed (SILE/SIE). Promotion of the use of efficient household appliances.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Agriculture: General", "Renewable energy" ]

ARE

[ "Agriculture", "Energy" ]

false

null

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

true

The UAE welcomes and encourages food security research and development, such as modeling to assess the impact of climate change on the agricultural productivity of the major food exporting countries on which the UAE currently relies, and incentivizes technology to increase productivity and resilience. Innovation and Research & Development. The UAE has invested heavily in world-class graduate education for sustainable energy development, establishing Masdar Institute for Science and Technology in partnership with the Massachusetts Institute of Technology, the Dubai Centre of Excellence for Innovative Energy and Water Solutions and the Solar Innovation Center under Sheikh Mohammed bin Rashid al Maktoum Solar Park in Dubai.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

[ "Sectoral targets on" ]

[ "Renewable Energy" ]

COK

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

To date, the Cook Islands has achieved its 50% target and is on track to achieving the 2020 target. Using 2006 as the base year, emission from electricity generation will be reduced by 38% by 2020 (Figure 2). The Cook Islands has formally submitted a Nationally Appropriate Mitigation Action (NAMA) under the United Nations Framework Convention on Climate Change for supporting implementation of 100% renewable electricity by 2020.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

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

[ "Renewable Energy" ]

TLS

[ "Energy" ]

false

true

null

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

false

Conditional Renewable Energy Decree-Law The government has prepared and is currently consulting with stakeholders on a draft decree-law that establishes the legal framework for registration, installation, exploration, licensing, supply, marketing, promotion, financing and incentives, for the production and use of electricity derived from renewable energy sources. It also establishes the regulation of the activity of production of electric energy destined for self- consumption. The decree-law will apply to natural or legal persons, national or international, public or private, with commercial or self-consumption purposes who install produce and explore electrical energy using renewable energy sources in Timor-Leste.

true

[ "Sectoral Mitigation Policies" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

false

null

[ "Sectoral Conditional Actions" ]

[ "Coastal management" ]

GEO

[ "Coastal Zone" ]

false

null

[ "Condition actions of the sectoral level" ]

true

According to the National communications of Georgia to the UNFCCC costs of the coastline adaptation program is estimated about 600 million USD. In absence of adaptation measures the estimated losses only in the tourism sector will reach about 2 billion USD by 2030. Due to very high social costs involved, priority will be given to the integrated coastal planning and management instruments, rather than investments in coastal erosion abatement only. Without international support Georgia is unable to cope with adverse effects of climate change.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

[ "Downstream actions" ]

[ "Demand-side Efficiency: Appliances" ]

MRT

[ "Energy" ]

false

null

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

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."

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Time frame" ]

[ "Economy-wide: General" ]

COL

[ "Economy-wide" ]

false

null

[ "Time frame" ]

true

Expansion of provision of the gas pipeline service, and implementation of eco-efficient stoves and / or solar energy systems for populated areas, in 3,766 homes every 10 years (2020-2030, 2030-2040, 2040-2050). 2020-2030: 3,766 urban dwellings with energy change from firewood to gas or other (30% of the 12,553 urban dwellings with firewood consumption). Mines and Residential energy. 46. Forestry sector as a pillar of development.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Infrastructure", "Infrastructure and roads", "Economy-wide: General", "Capacity building and knowledge transfer" ]

COL

[ "Water", "Cross-Cutting Area", "Transport", "Economy-wide" ]

false

null

[ "GCA_Sector_2", "GCA_Sector" ]

true

Colombia will continue to do so through joint actions between civil society, state and the private sector to achieve a sustainable development and the transition to low‐carbon, resilient development. Finally, Colombia has been making progress in the identification of financing sources and the definition of a climate-finance strategy. However, it is recognized that financial resources are limited, which is why there is a need to increase the resources for financing adaptation and mitigation, as well as the development and transfer of technologies and the construction of institutional capacity at the different government levels.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "CCS" ]

SAU

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Capturing CO2 emissions at the point source for conversion into value-added products or storage in geological reservoirs is a critical technology for the Paris Agreement goals. The Kingdom is planning to build upon its experience in the CO2 Enhanced Oil Recovery (EOR) project and its world’s largest carbon capture and utilization plant as part of the National Circular Carbon Economy Program.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

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

BEN

[ "Energy", "Transport" ]

true

false

null

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

false

Expected contributions by group of measures are as follows: Expanding access to electric lighting in the residential sector 7.83%; Efficient electricity consumption in the residential sector 13.72%; Sustainable wood-energy management 20.13%; Energy efficiency in the service sector 6.9%; Energy efficiency in the transport sector 11.37%; Production of electricity from natural gas and renewable energies 30.98% and reduction of losses in electricity transmission and distribution 9.06%.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Reforestation", "Afforestation" ]

BRN

[ "LULUCF/Forestry" ]

false

null

[ "Targets at the sectoral level" ]

false

Increasing Brunei Darussalam’s forest cover would increase the national carbon sequestration potential, thus having positive effects on habitats, biodiversity and ecosystems. Brunei Darussalam is home to one of the most diverse and complex ecosystems in the world. Forest cover in the country constitutes to about 72.1% of land area or 380,000 hectares of land accounting for a carbon sequestration value of 11.4 Mt CO2e. Brunei Darussalam aims to increase its forest reserves from 41% to 55%.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

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

STP

[ "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" ]

false

In 2005, emissions were about 93 ktCO2eq, and BAU projection indicates that to fulfil the condition of the supposed growth parameters by 2030, the emissions will reach 240 ktCO2eq. The measures which STP has considered as potential contributions to this date, are as follows:I. Isolated Mini Power plant (1 MW);. II. Hydro Power plant connected to the main network (9 MW);. III. Photovoltaic solar panels (12 MW);. III- Mini-hydro Power plant connected to the main grid (4 MW).

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

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

[ "HFCs", "Climate Smart Agriculture", "Agriculture: General", "Livestock" ]

GMB

[ "Agriculture", "Industries" ]

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

Biogas from waste management and landfills. ✓. ✓. 03. 6. Substituting HFCs in production and manufacturing processes. ✓. ✓. 04. MA10. Substituting HFC. ✓. ✓. 804. *FS= financial support, TT= technology transfer. 1.3 Impact of mitigation measures across the different sectors. 1.3.1 Agriculture. Four mitigation measures have been identified in the agriculture sector:. 1 – GHG reduction from different rice ecologies in the Gambia. MA1 – Improving agricultural resilience by implementing climate-smart agriculture. MA2 – Improving livestock productivity. MA8 – Reducing food losses. Measure. Conditionality.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Second NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Wastewater treatment" ]

SSD

[ "Water" ]

false

null

[ "Adaptation action/priority" ]

true

Include housing infrastructure in new urban planning centres. Yet to be implemented. Medium term. Development of small or decentralized wastewater treatment systems. Development of small or decentralized wastewater treatment systems would improve access to sanitation facilities while reducing water pollution and vulnerability to water-borne diseases and associated health impacts. Develop septic tanks for decentralized waste treatment. Yet to be implemented. Short to medium term. Improve the performance of waste management facilities.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

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

[ "Landscape management", "Water management", "Water supply", "Tourism: General", "Water conservation and reuse", "Sustainable urban planning", "Watershed and river basin management", "Water infrastructure" ]

TZA

[ "Tourism", "Environment", "Water", "Cross-Cutting Area", "Urban" ]

false

null

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

true

Promoting integrated water resources development and management practices. Investment in protection and conservation of water catchments including flood control and rainwater harvesting structures. Promoting waste water reuse and recycling technologies;. Development and exploitation of groundwater resources. Tourism. Promoting sustainable tourism to consolidate growth and ensure climate resilient tourism. Promoting diversified tourist attractions (e.g., eco-tourism and cultural tourism). Human settlements. Promoting sustainable land management systems and climate sensitive human settlement developments.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Water supply", "Economy-wide: General" ]

MRT

[ "Water", "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

The implementation of desalination projects for coastal and other areas,. The construction of 2,000 small isolated water supply systems (AEP) in rural areas equipped with solar power. The protection of the towns of Nouakchott and Nouadhibou against the risks of marine immersion and silting,. Strengthening the resilience of the vulnerable population, particularly in rural areas, in the face of the effects of climate change,.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Capacity building needs" ]

[ "Renewable Energy", "Soils", "REDD+" ]

BEN

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

false

null

[ "Capacity building needed for a given sectoral downstream action" ]

false

Training for managers and producers on the production system of major food crops incorporating techniques for integrated fertility management and soil moisture conservation Energy Promotion and improvement of access to renewable energy sources in order to safeguard forest resources and reduce the vulnerability of populations to the effects of climate change Support for the organisation of the development of markets for high-performance cooking equipment (improved fireplaces, gas cooking equipment).

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

null

[ "Existing sectoral policies" ]

[ "Industries: General" ]

PAK

[ "Industries" ]

false

true

null

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

false

"Pakistan's National Action Plan on Sustainable Development Goal-12 (SDG-12) (2017): Mitigation measures to encourage adoption of clean production technologies, implementation of eco-standard, incentivize carbon trading between industries to limit the production of GHGs, Promote bottom up actions by private sector, and develop plans for emissions reductions form major sectors particularly cement and textile"

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Transportation Infrastructure", "Aviation", "Inland Waterways", "Public Transport", "Maritime", "Transport: General" ]

IRQ

[ "Transport" ]

true

false

null

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

true

Developing and providing mass public transportation and infrastructure to avoid traffic congestion and improve living standards, including the provision of railways to transport passengers, goods and equipment between governorates and improve their efficiency. Providing advanced transportation technologies that are flexible and able to withstand the negative effects of climate change. Striving to develop airports, land, sea and river transport centers, and the use of modern, environmentally friendly trains, such as electric-powered trains.

true

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

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Economy-wide: General", "Capacity building and knowledge transfer" ]

KHM

[ "Cross-Cutting Area", "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

Biodiversity conservation. Urge and encourage to reduce (or ban) all forms of commercial advertisement that has negative impact on environment. MOINF. Reduce cost of climate risk - GHG Mitigation. Environmental protection. Forest protection. Biodiversity conservation. Knowledge sharing. News coverage and program production for awareness raising on climate change and its impacts. MOINF. Reduce cost of climate risk - GHG Mitigation. Environmental protection. Forest protection. Biodiversity conservation. Policy and planning.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Downstream actions" ]

[ "Reforestation" ]

ARE

[ "LULUCF/Forestry" ]

false

null

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

false

"On a global level, the UAE is working on the Mangrove Alliance for Climate (MAC) that seeks to leverage a vast collective of expertise and resources to scale up and accelerate mangrove conservation, restoration, and resilience. Specifically, the members commit to plant, rehabilitate, and restore mangroves within their countries and to support other members in doing the same."

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Sectoral Unconditional Actions" ]

[ "Air quality management" ]

ARE

[ "Environment" ]

false

null

[ "Unconditional sectoral actions" ]

true

The UAE is also undertaking a process to improve its air quality measuring and reporting, in terms of pollution and the negative effects it may have on human health. The domestic actions communication in this INDC are voluntary and will be implemented in accordance with the principles and provisions of the Convention, in particular Article 4 paragraph 1, Article 4 paragraph 7, Article 10 paragraph 2(a), Article 12 paragraph 1(b) and Article 12 paragraph 4.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

true

false

en

true

null

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

[ "Sustainable Forest Management", "Waste: General", "Waste-to-Energy" ]

ECU

[ "Waste", "LULUCF/Forestry" ]

true

null

[ "Conditional part of mitigation target for a given sectoral upstream policy", "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Conditional part of mitigation target for a given sectoral downstream actions", "Information on sectoral plans", "Unconditional part of mitigation target for a given sectoral downstream action" ]

false

Active capture of methane in sanitary landfill of Santo Domingo de los Tsáchilas.Active capture of methane in Sanato landfill. Active capture and burning of biogas (enlargement). Composting with forced aeration. Composting of organic waste from markets and garden waste. USCUSS SECTOR. Lines of action. Strengthen and increase the area of areas under conservation mechanisms. Strengthen sustainable forest management. Promote actions for the restoration of natural heritage. Strengthen and increase the establishment and management of sustainable commercial forest plantations. Strengthen forest control.

true

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

true

[ "CW" ]

null

[ "First NDC" ]

true

en

true

null

[ "Sectoral plans on" ]

[ "Energy: General", "REDD+" ]

ALB

[ "Energy", "LULUCF/Forestry" ]

true

false

null

[ "Information on sectoral plans" ]

false

Improvement of agricultural soil practices help storing carbon in soils in areas that increase progressively to 20% of cultivated cropland in 2030. 7.4.3.1. Energy: changes in fuel mix, reduction of use of fuelwood. Moratorium on fuelwood (L1). As fuelwood harvesting is causing the majority of carbon losses in forests, to avoid and even eliminate illegal cuttings is targeted in different policies. Plus, the action on energy mix also helps to reduce this pressure on the forest resources.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Targets" ]

[ "Climate risk management", "Climate smart agriculture", "Agriculture: General", "Social Development: General", "Capacity building and knowledge transfer" ]

VUT

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

false

null

[ "Measurable targets or indicators" ]

true

Indicator Ag1.13: Total number of agriculture based rural producer cooperatives registered by province in normal and (climate, disaster and environmentally) stressed times [ECO 3.4.2; ECO 4.2.1]. Indicator Ag1.14: Total number of primary, secondary and tertiary schools that teach climate resilient commercial agriculture. ENV 1.1.1 Proportion of households engaged in production of food for own consumption. ENV 1.1.2 Up to date data on primary production (agriculture, livestock, forestry, fisheries, biosecurity) available for analysis and informed decision-making and reporting.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

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

ZAF

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Development of the climate change planning tools and systems to guide and support national climate change adaptation across tiers of government through mainstreaming in growth and development strategies, Integrated Development Plans (IDP) and the development of provincial and local Adaption Plans;. Update of the country’s Long-Term Adaption Scenarios;. Undertake Climate Change Needs and Response Assessments;. Operationalise the National Climate Risk & Vulnerability Assessment Framework (DEFF 2020b).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Climate services" ]

CAN

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

"the federal government will establish a new Canadian Centre for Climate Services and work with provinces and territories and other partners to build regional adaptation capacity and expertise that will make it easier for governments, communities, and businesses to access and use climate data and information to make adaptation decisions" (3)

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Renewable Energy" ]

KOR

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Korea obligated the power generators to supply a portion of electricity from renewable sources and is increasing the production of renewable energy in order to reduce greenhouse gas emissions from fossil fuel. The Korean government also supports the installation of facilities for the generation of renewable energy.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Renewable Energy: Biofuels", "Demand-side Efficiency" ]

ZAF

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Further work is needed to prepare detailed business plans for finance and investment in mitigation. These numbers are presented for information to clarify the order of magnitude of mitigation finance and investment requirements. Some technologies that could help South Africa to further reduce emissions that have been identified include: Energy efficient lighting; variable speed drives and efficient motors; energy efficient appliances; solar water heaters; electric and hybrid electric vehicles; solar PV; wind power; carbon capture and sequestration; and advanced bio-energy.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

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

[ "Vehicle Fleet", "Road Sector", "Rail", "Public Transport", "BRT", "Transport: General" ]

SEN

[ "Transport" ]

true

null

[ "Unconditional part of mitigation target for a given sectoral plan", "Information on the existing upstream sectoral policies that the NDC builds on", "Information on sectoral plans" ]

false

Diversification of modes of transport with the use of rail and maritime transport. Strategic actions of the CDN / CDN +. Increase in sustainable public transport (Rapid Transit Bus, Regional Express Train). Promotion of hybrid cars. Waste sector. Sector context. The waste sector is transversal and in line with the PSE.

true

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

true

[ "CW" ]

null

[ "First NDC" ]

true

false

en

false

null

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

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

MDV

[ "Health" ]

false

null

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

true

Nationwide vector control programs will be developed and implemented. Food safety increased through appropriate policies and monitoring mechanisms. Enhancing Water Security. The Maldives has very limited freshwater resources. The country’s freshwater resources exist as groundwater in the form of a thin fresh water lenses. In most of the islands, the groundwater is not suitable for potable use due to saltwater intrusion and poor water quality. Climate change is expected to pose further risks to availability, accessibility and quality of water sources.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Sectoral targets on" ]

[ "Wastewater" ]

PRY

[ "Waste" ]

false

null

[ "Targets at the sectoral level" ]

false

Average: 1.93.10-3. GHG mitigated: CH4. E.4. Implementation of Aerobic Effluent Treatment Plants in communities in the interior of the country. It is based on the project of the Ministry of Public Works and Communications (MOPC) by 2030 to provide infrastructure for sanitary solutions related to sewage waste in certain cities in the interior of the country such as Horqueta, Tobatí, Caacupé, Carapeguá, Coronel Oviedo and San Juan Bautista of the Missions. - Solid waste disposal (4A). - Environmental Policy. - National Law No.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Crops", "Livestock", "Climate smart agriculture", "Ecosystem and biodiversity" ]

URY

[ "Agriculture", "Environment" ]

false

null

[ "Adaptation action/priority" ]

true

To have, by 2025, comprehensive information systems for adaptive management in agriculture for the public and private sector, and to have promoted research programs on dryland agriculture, vegetable and fruit crops, forage crops and pastures that better adapt to climate variability. By 2025, 100% of the area of the shelter and shade forests plantations –which provide shelter and well-being for animals, especially in adverse weather situations– has been preserved (78,000 ha) (*). Energy. (Relative to paragraphs 18 and 20 of the PNCC).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Livestock" ]

PRY

[ "Agriculture" ]

true

false

null

[ "Information on sectoral plans" ]

false

Instrument / s with which it is aligned. Condition. Institutions. Mitigation Period and Potential (Gg CO2 eq). AG.1.Integrated systems of agricultural production. The measure contemplates that by 2030, 50% of the micro-breeders (holders of h / 20 head of cattle, which constitute 63% of the 138,501 existing owners according to the latest official public data from SENACSA (2019), improve the digestibility of the livestock and use compost for fertilization. - Enteric fermentation of cattle (3A1b). - Cattle manure management (3A2). - Strategic objective 3.2.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Climate services", "Ecosystem and biodiversity" ]

SGP

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

false

null

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

true

In 2015, the SGBioAtlas smartphone application was launched to engage and allow members of the public to easily report sightings of biodiversity (e.g. birds, butterflies) in their daily lives. 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).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

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

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

MEX

[ "Energy" ]

true

null

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

false

Based on consultation processes and the transversalities of the NDC, actions that will promote the optimization of the processes of the refining and processing systems have been identified, including the implementation of the Methane Emissions Reduction Policy. INDUSTRY. Public and private industrial activity in Mexico is of great relevance, not only as an economic engine but also as a source of employment for a large part of the population.

true

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

false

[ "CW" ]

null

[ "Archived Revised First NDC" ]

false

en

false

null

[ "Targets", "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

KHM

[ "Cross-Cutting Area" ]

false

null

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

true

Build adaptive capacity on climate change for village leaders (Village Development Committees, VDCs). Policy and planning. Ministry of. Rural. Developm ent (MRD). -Rectangular strategy. -NSDP. -MRD Strategic Plan. Strengthen capacity on climate resilience. Baseline: 0. Target: 200 VDCs have been trained (1000 VDC members). - Contribute to rural community development planning and practices in challenging environment. 10,000,000. Lessons learnt and best practice from other countries can be applied. Target: 40% of VDC members in committee are female.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Health: General" ]

ECU

[ "Health" ]

false

null

[ "Adaptation action/priority" ]

true

Knowledge generation and scientific studies on the effects of climate change on health and the interactions between climate changes and the dynamics of vector pathologies. **. Strengthening of institutional capacities, local governments and citizens in the implementation of responses to the impacts of climate change on health. Issuance of public policies, based on the best available information, that allow to face impacts of climate change on health.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral Conditional Actions" ]

[ "Education: General" ]

CMR

[ "Education" ]

false

null

[ "Condition actions of the sectoral level" ]

true

Recommendations: Support research; Improve climate scenarios; Promote climate information; Establish an observation, information and warning system; Establish a database for monitoring indicators and the MRV. Strategic axis 2: Inform, educate and mobilize the Cameroonian population to adapt to climate change. Recommendations: Vulnerable communities and groups are the priority targets; Support advocacy actions; Conduct community mobilizations; Promote IEC actions; Use local and traditional media; Share adaptation experiences.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

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

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

ALB

[ "Energy", "Waste" ]

false

null

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

false

Evolution of total emissions according to the NDC scenario and difference with the BAU scenario. Figure 9. Emission reductions between the NDC and BAU scenarios by sector, in 2030. The % reduction relate on each sector, not on the total GHG emissions as presented in the table below. Table 1. Summary of the mitigation reduction in 2030 (NDC compared to BAU scenario). 2030 BAU. 2030 NDC. GgCO2e. GgCO2e. Energy. 8 466. 6 544. IPPU. 1 854. 1 854. Waste. 966. 959. Agriculture. 2 140.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Social Development: General", "Capacity building and knowledge transfer" ]

VEN

[ "Cross-Cutting Area", "Social Development" ]

false

null

[ "Adaptation action/priority" ]

true

Action 4: Design sustainable socio-productive training programmes, using information and communication technologies to facilitate their continuous dissemination. Action 5: Incorporate young people completing specialized training into youth brigades. Action 6: Create the Climate Change and Risk Management Chapter in the framework of the Youth Congress 2022, with the aim of showing the progress of the regional organization.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Renewable Energy" ]

ATG

[ "Energy" ]

false

null

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

false

d) A legal and technical framework is established as an enabling environment to support the raising of necessary resources for the low greenhouse gas emissions, climate resilient transition from international support providers, private sector (community, national, and international levels), and social investors. 2024. 2021. Conditional. 2. Electricity. a) 100 MW of renewable energy generation capacity available to the grid. 2030. 2015 (Updated in 2021). Conditional.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

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

[ "Land degradation", "Sustainable Land Management", "Early warning system", "Sustainable forest management" ]

LBN

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

true

false

null

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

true

Adapt forest systems to climate change by halting land degradation, controlling erosion of topsoil, improving water quality and soil productivity;. Establish sites with improved production capacity linking with the development of wood and non-wood forest product processing industry and with the people’s needs in terms of goods and services and improved employment opportunities;. Promote sustainable rangeland management;. Reduce the risk of intense and frequent forest fires through the development of fire prevention measures and early warning systems;.

true

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

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Downstream actions" ]

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

ARE

[ "Energy", "Waste" ]

false

null

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

false

Diversion of waste away from landfills is a key waste management objective and related federal and Emirate-level targets have been put in place. For instance, the Emirate of Sharjah has set an ambitious target to reduce waste to landfill to zero by 2021, and processing and recycling is being prioritized to enable the achievement of the target. In keeping with the approach of reducing waste diverted to landfills and deriving value from municipal solid waste, waste-to-energy projects are being developed across the UAE.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

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

[ "Gender", "Coastal Zone: General", "Coastal management", "Sustainable forest management", "Capacity building and knowledge transfer" ]

COD

[ "Coastal Zone", "Cross-Cutting Area", "Social Development", "LULUCF/Forestry" ]

false

null

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

true

Seasonal droughts cause serious disturbances in agricultural calendars. 2.3. Notification of vision, goals and targets for short- and long-term adaptation. The DRC s vision for the implementation of adaptation is rooted in the National Adaptation Program for Adaptation to Climate Change (NAPA, 2006). The program identified three priority areas for adaptation interventions:. Securing the livelihoods and lifestyles of rural / urban communities;. Rational management of forest resources, and. Protection and preservation of vulnerable ecosystems in coastal areas.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Targets" ]

[ "Agriculture: General", "Social Development: General", "Capacity building and knowledge transfer" ]

VUT

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

false

null

[ "Measurable targets or indicators" ]

true

Indicator Ag1.2: Natural resource related measures to strengthen agriculture SMEs and private sector operators in the six provinces identified and implemented (e.g. soil and land quality and access, stocks of climate resilience seedlings) [SOC 1.7.2]. Indicator Ag1.3: Infrastructure related measures to strengthen agriculture SMEs and private sector operators in the six provinces identified and implemented (e.g. inter-island freight; extension services, stocks of climate resilience biotechnology and equipment; [post-disaster] value chain support system). [ECO 3.4.1].

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Economy-wide: General" ]

TLS

[ "Economy-wide" ]

false

null

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

false

Unconditional Biennial Transparency Report Timor-Leste is committed to increasing emissions reporting transparency and aims to voluntarily opt into the submission of BTR’s starting in 2024. This commitment is highly contingent on access to the required financial support and TA needed to establish Timor-Leste’s emissions reporting systems.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

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

MAR

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

false

null

[ "Adaptation action/priority" ]

true

Promoting scientific research, research and development, innovation, as well as technology and knowledge transfer. Developing early warning systems for climate events, and agro-meteorological systems for forecasting agricultural production. Introducing academic curricula specializing in climate risk and climate change in training and learning institutions. In this context, Morocco is seeking the support of the international community to implement these projects. Beyond financial support, Morocco expects to benefit from technical and institutional capacity building, particularly regarding the creation of data and knowledge sharing.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "Coastal fisheries", "Waste management", "Health services and assessment", "Ecosystem and biodiversity" ]

SYC

[ "Coastal Zone", "Environment", "Health", "Urban" ]

false

null

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

true

Health sector able to respond to population increase and its additional climate-related health burden e.g dengue fever,lestopirosis etc…. Exploration of relevant potential science and technology innovation. 30 00. Blue Economy. Set up a proper marine resource management institution. 15.00. Total. 295.00. As per the Energy Policy 2010, the target of 15% renewable electricity in 2030 is met predominantly using solar PV ↩.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Economy-wide: General" ]

CPV

[ "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

Agriculture [associated measure]: “Strengthen modern and profitable agro-entrepreneurialism with the development of precision and digital farming, urban farming and orchards, greenhouses and aquaculture, hydroponics, tourism industry supply with local products, modern cooperatives, companies or public-private partnerships, digitalisation, RE and EE in agricultural transformation, distribution and commercialisation (cold chain, ice prodcution, online-shopping)

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Targets", "Action and priority" ]

[ "Water supply", "Capacity building and knowledge transfer" ]

VUT

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

false

null

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

true

Target Wa2: By 2030, 6 climateresilient water protection zones declared and sufficiently provides urban water supply needs in normal and (climate, disaster and environmentally) stressed times. Indicator Wa2.1: Climate-resilient natural water sources for urban water supply needs identified and mapped using GIS [ENV 4.2.1; ENV 4.2.2]. Indicator Wa 2.2: Natural resource related measures to protect climate vulnerable urban water sources identified and implemented (e.g. reforestation of watershed) [ECO 2.2.1; ENV4.3.1; ENV4.6.1; ENV4.6.2].

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Land and soil management", "Economy-wide: General" ]

KHM

[ "Agriculture", "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

Potential for community groups (e.g. school support committees) to be involved in construction/retrofitting. Increased energy-efficiency, and use of climate-aware products. (DLUP) Prepare spatial planning. (city/district/municipality) guidelines at all levels for climate change adaptation. (CLUP) Integrating climate change response measures to the commune land use planning. MLMUPC.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Downstream actions" ]

[ "Buildings: General" ]

MNE

[ "Buildings" ]

false

null

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

false

"The implementation of legislation on the minimum requirements for the energy efficiency of buildings, certification of building energy performance and regular energy audits for heating and air - conditioning systems are already generating results in terms of reduced building energy consumption. This measure has a major impact on the refurbishment of existing buildings and new buildings, as all fully refurbished buildings and new buildings must meet the minimum requirements."

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Health services and assessment", "Poverty reduction", "Awareness raising and behavior change", "Economy-wide: General" ]

EGY

[ "Health", "Social Development", "Economy-wide" ]

false

null

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

true

Raise community awareness about climate change risks and means of adaptation. Increase the efficiency of healthcare sector and improve the quality of health services in dealing with climate change. Support Ministry of Health efforts to improve the social and economic status and population characteristics. Rural Areas, Population, and Roads. Draw a baseline scenario for the optimal regional distribution of population and economic activities within the geographical boundaries of Egypt up to the year 2100, taking climate change into consideration. Tourism Sector.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Technology Transfer Needs for Sectoral Implementation" ]

[ "Water management" ]

BDI

[ "Water" ]

false

null

[ "Technology transfer needs for sectoral implementation" ]

true

Support institutions in defining adaptation priorities by socioeconomic sector and foster inter-sectoral consistency, namely during the development of the National Adaptation Plan. b) Technical and technology transfer needs. Need. Objectives and Description. Key measure: Development of access to water while enhancing the efficiency of its use. Water resources control and management. Develop, rehabilitate and manage hydroagricultural developments. Produce developments for rain-fed crops. Develop small and large scale irrigation and improve its efficiency in order to reduce water consumption. Key measure: Promotion of intensified water-efficient agriculture.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Coastal Zone: General", "Ecosystem and biodiversity" ]

URY

[ "Coastal Zone", "Environment" ]

false

null

[ "Adaptation action/priority" ]

true

(Relative to paragraph 12 of the PNCC). The management plans of at least six protected areas will include climate change and variability considerations by 2025. By 2025, 100% of the native forest area will be protected, with the option of increasing said area by 5%, especially in water resource environmental protection areas, attempting to revert degradation processes (*). Coastal areas. (Relative to paragraph 13 of the PNCC). To have formulated, adopted and started the implementation of a National Adaptation Plan for Coastal Areas by 2020.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Gas Flaring" ]

QAT

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

The project received approval from the UNFCCC for the seven-year crediting period from 2014 to 2021, and it is expected to abate approximately 1.2 million tons of CO2 each year during this period. The national oil company, Qatar Petroleum (QP), is committed to zero routine flaring by 2030, with a long-term goal to reduce flaring in onshore facilities to the absolute minimum. Technically feasible non-routine flaring is also covered.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Infrastructure", "Climate smart agriculture", "Land and soil management", "Water conservation and reuse", "Capacity building and knowledge transfer" ]

LSO

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

false

null

[ "Adaptation action/priority" ]

true

Adjustment of planting dates and crop variety; crop relocation; improved land management, e.g. erosion control and soil protection through tree planting. ✔. ✔. Water. Implement integrated catchment conservation and management programme. ✔. ✔. ✔. ✔. Expanded rainwater harvesting; water storage and conservation techniques; water re-use; water-use and irrigation efficiency. ✔. ✔. Support an expanded programme of constructing multipurpose dams to enhance water storage. ✔. ✔. ✔. ✔. Support the revision of water related policies and strategies (including LHDA). ✔. ✔. ✔. ✔.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "Land and soil management", "Irrigation", "Crops", "Climate smart agriculture" ]

NGA

[ "Agriculture" ]

false

null

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

true

Implement strategies for improved resource management (for example, increase use of irrigation systems that use low amounts of water; increase rainwater & sustainable ground water harvesting for use in agriculture; increase planting of native vegetation cover & promotion of re-greening efforts; and intensify crop and livestock production in place of slash and burn). Focus on agricultural impacts in the savanna zones, particularly the Sahel, the areas that are likely to be most affected by the impacts of climate change. B. STRATEGIES FOR FORESTS.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

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

[ "Sustainable Land Management" ]

ALB

[ "LULUCF/Forestry" ]

true

false

null

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

false

In the NDC scenario, grassland soil is improved by additional inputs from agricultural management (livestock management, more inputs, as seen in Agriculture sector). In 2030, the application of this measure allows a reduction of the annual emission estimated at - 202 kt CO2e compared to the BAU scenario. L7. FOLU. Improved sustainable cropland management. Cropland. ECCS; NSDI-II: NCCS. Development of agroforestry is projected to be progressively increasing to 100ha in 2030.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Unconditional part of mitigation target" ]

[ "LULUCF/Forestry: General" ]

PAK

[ "LULUCF/Forestry" ]

false

null

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

false

LAND-USE CHANGE & FORESTRY: 2016 onwards, continued investments in NbS through the largest ever afforestation program in the history of the country—the Ten Billion Tree Tsunami Programme (TBTTP)—will sequester 148.76 MtCO2e emissions over the next 10 years. The estimated project cost of about US$800 million is being met nationally from indigenous resources as an unconditional contribution. Tsunami Programme (TBTTP)—will sequester 148.76 MtCO2e emissions over the next 10 years.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

true

null

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

[ "Infrastructure and roads", "Infrastructure", "Economy-wide: General", "Disaster preparedness", "Irrigation", "Sustainable urban planning", "Food security", "Capacity building and knowledge transfer" ]

TJK

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

false

null

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

true

ensuring food security and improving well-being of the population;. infrastructure development;. active role of women and civil society on the issues of climate change and disaster risk reduction;. dissemination of knowledge and experience on climate change at various levels. Involvement of different stakeholders in the process of preparation and discussion of the INDC and the legal framework to support implementation of the INDC.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Conditional part of mitigation target" ]

[ "Renewable Energy: Biofuels" ]

AGO

[ "Energy" ]

true

false

null

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

false

Considering that about 1 million tons of charcoal may be used annually in the country, the potential emission reduction from the production of charcoal is estimated at more than 750,000 tCO2/year and at approximate cost of around 300 million USD[4]. The agriculture sector: In addition to efforts to mitigate GHG emissions from the agriculture sector, the country intends to promote the use of biofuels, by producing ethanol and sugar, using the experience from Brazil.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

false