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2030. h) Finalize the technical studies with the intention to construct and operationalize a waste to energy (WTE) plant. 2025. 2015. Conditional. 3. Transport. a) Change fiscal policies on fossil fuel by 2025 to enable the transition to 100% renewable energy generation in the transportation sector. 2025. 2021. Conditional.
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2035. d) Establish efficiency standards for the importation of all vehicles. 2020. 2015. Conditional. 4. Waste. a) Circular economy policy and regulations agreed on. 2025. 2021. Conditional. 5. Agriculture, Forestry and Other Land Use.
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209,000 ha crop land Management (leaf color chart, soil test based fertilizer application, less tillage barn management etc.). Improvement of fertilizer management (deep placement of urea in rice field, training, awareness) in 50,000 ha. Bringing more area under pulse cultivation. Methane emission from Enteric Fermentation. Replacement of low-productive animals with high- producing crossbred cattle (Large Ruminant – 0.94 million and Small Ruminant – 0.89 million).
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218,982. Feasibility. GEOTHERMAL. Savo Geothermal. 20,000-40,000. 224,256.00. 150,000,000. Prelim Assessment. The government commits to increase access to electricity in rural households to 35% by 2025 and to roll out solar-diesel hybrid and battery storage plants by Solomon Power (SIEA) in large communities in the country. Energy Efficiency. Solomon Islands commits to improve energy efficiency and conservation by regulating imports of electrical appliances by 2035. Forest Carbon Sequestration.
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22% in 2020, 30% in. 2030*. 22% in 2020, 30% in 2030*. 3. Enhancement of the percent-age of PLTSa/RDF (Refuse Derived Fuel) implementation, compare to total waste. Note: PLTSa = Pembangkit Listrik Tenaga Sampah. No mitigation actions. Up to 3% in 2020 and increase up to 5% in 2030**.
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22,392 hectares reforested per year since 2011. 200 000 to 204 000 ha reforestation annually from 2017. Coûts. 655,000 USD. 76,800,000 USD. 2.2. Impacts on global emissions.
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22. d a complete assessment of the deforestation factors and emissions linked to land use change by 2025. The completion of this inventory also aims to build a targeted strategy to deal with the deforestation factors including the end of agriculture on burning and combating bush fires (including natural ones).
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24. MinAmbient. PNNC. Implementation of restoration processes , under current guidelines. The planning and implementation of restoration processes in 18,000 Ha requires resources. 180,000,000,000. 10 years. Donation. DO NOT. YES. 18,000 Ha in the process of restoration, rehabilitation and recovery, in SPNN and the area of ​​influence. 24. MinAmbient. PNNC. Investigation of the potential uses of native species. Required research must be funded. 3,500,000,000. 5 years. Donation. YES. YES.
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25 % of renewable energy in the energy mix (solar, wind, hydro, biomass) by 2030. MME. N/a. 10. New sanitary landfills with LFG extraction and LFG extraction at the Dangkor Landfill. Increase the share of waste disposed at sanitary landfills with LFG extraction from 0% in 2020 to 50% by 2030 and extract LFG from the Dangkor Landfill. MoE. 1272. 11.
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25% increase in the shade and shelter forest plantations area of year 2012, including silvopastoral systems(97.338 ha). Soil Organic Carbon (SOC) in Grasslands, Peatlands and Croplands. Avoid CO2 emissions from SOC in 10% of the grasslands area (1.000.000 ha). Avoid CO2 emissions from SOC in 30% of the grasslands area (3.000.000 ha). Avoid CO2 emissions from SOC in 50% of the peatlands area of year 2016 (4.183 ha).
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25% reduction of overall energy consumption of the commercial sector compared to the business as usual. Agriculture (non-energy related). Increase mechanisation in agriculture leading to a reduction in numbers of draft cattle (and therefore lower methane emissions). Increase the share of organic manure in the used fertilizer mix. Scale up rice cultivation using alternate wetting and drying irrigation. 50% reduction in draft animals compared to the business as usual.
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25,000,000. Control free range animal grazing. Embank on effective agricultural research. 50,000,000. Strengthen integration of climate change adaptation into the health Sector. Build adaptive capacity and resilience of the health sector. Mainstream CC into the Health Sector. Reduce taxation on private Sector. 10,000,000. Create enabling environment for the resilience of private sector investment, demonstrate an operational business case. Gaol: Leverage Public sector Investment. Build the capacity of the private sector on climate related actions.
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25,200,000. 33,600,000. 75,600,000. 92. Forests/change in land use sector. 345,800,000. 588,000,000. 903,000,000. 2000 ha (200 km) of stream banks are rehabilitated and access-protected each year. Hedge-rows; access protection; assisted natural regeneration; Delfino trenches. Ha. 10,000. 20,000. 30,000. All regions. 1,200,000. 60,000. 4,200,000. 8,400,000. 12,600,000.
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25. Mapping out and establishing transhumance zones and corridors. 20. Construction and/or improvement of reservoirs for micro-irrigation and livestock watering in rural areas throughout all regions. 50. Support for the mapping of areas vulnerable to climate change. 6. Support for the dissemination of good agro-ecological practices. 45. Promotion of rice production systems with very low water consumption and low GHG emissions (SRI: System of Rice Intensification). 30.
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2558- 2579 (2015-2036) - Energy Efficiency Plan B.E. 2558–2579 (2015-2036) - Alternative Energy Development Plan B.E. 2558–2579 (2015- 2036) - Environmentally Sustainable Transport System Plan B.E. 2556–2573 (2013-2030) - National Industrial Development Master Plan B.E. 2555–2574 (2012-2031) - Waste Management Roadmap. International market mechanism.
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27 mitigation options:Electricity generation:. Conversion of fuel oil generation units No. 6 of the electrical system to natural gas with lower GWP. New wind farms in the Dominican Republic. New photovoltaic solar installations in the Dominican Republic. Small-scale power generation plants based on biomass (agricultural and forestry), and solid waste. Increase in small hydroelectric plants. Combined cycle expansion. New generation plant based on natural gas.
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275 000 households and subsidies to 35% of gas refills. 0.63. 0.00125. 99.36%. 0.197. 0.19825. Increase electricity production from natural gas. Construction of oil / gas power station (400MW). 42.82%. 0.0145. 57.18. 0.1936. 0.3386. Construct a liquefied natural gas storage and regasification unit at the port of Cotonou + gas pipeline pipeline. Gas storage and regasification unit. 0%. 0. 100%. 0.33. 0.33. Promoting economic households. 140,000 improved fireplaces. 28.73%. 0.000125.
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280 ktCO2e on average per year between 2020 and 2030. Monitoring procedures. Energy savings 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 Ministry of Energy and Mines. Comments.
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2nd and 3rd Albanian Energy Efficiency Action Plan 2017-2020 (Government Decree no.709, date 1.12.2017);. Intended National Determined Contribution (INDC approved by the Albanian Government on September 2015);. The Decision of the Council of Ministers (DCM) no. 519, dated 13.07.2016 “On the approval of the Market Model of the Power Sector”;. The DCM no. 125, dated 11.02.2015 “On the approval of the financial recovery plan in the power electricity sector”;.
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3) Energy transmission and distribution: improve robustness of pipelines and other transmission and distribution infrastructure; burying or cable re‐rating of the power grid; emergency planning; and regular inspection of vulnerable infrastructure such as wooden utility poles. Action 3.6: Risk Management and Climate Change Adaptation in the Transport Sector The adaptation measures to reduce losses/risks in Transport Sector are outlined as following:1) In case of significant variations of temperatures, including heat waves:.
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3) Energy transmission and distribution: improve robustness of pipelines and other transmission and distribution infrastructure; burying or cable re‐rating of the power grid; emergency planning; and regular inspection of vulnerable infrastructure such as wooden utility poles. Action 3.6: Risk Management and Climate Change Adaptation in the Transport Sector The adaptation measures to reduce losses/risks in Transport Sector are outlined as following:1) In case of significant variations of temperatures, including heat waves:. develop new, heat-resilient paving materials;. greater use of heat-tolerant streets and highways landscape protection;. proper design/construction, milling out ruts;. shifting construction schedules to cooler parts of day;. designing for higher maximum temperatures in replacement or new construction;. adaptation of cooling systems.
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3) Promoting practices to improve agricultural production capacity and promote environmental resources. - Promote agriculture-livestock integration, agroforestry, and conservation agriculture especially at the level of community and private plantations; - Improve agricultural productivity through optimal use of land and water resources, improvement of the living environment of rural producers and their connection to markets, improvement of access to materials, equipment and adapted financing; - Restore organic soils and promote research on natural resource management (including soil science and physiology pathology and post harvest technology); - Adapt cropping calendars, and production techniques- Limit methane emissions from rice growing by minimizing flooding.
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3) Demand management: Reduce the difference in electricity consumption between peak and valley hours, manage the generation of electricity in off-peak hours from non-polluting sources, and promote the future implementation of technologies such as smart grids and dynamic rates. Approximate range: 0.22 - 2.0132 - Mt CO2 eq. Mines and energy Industrial Residential Commercial.
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3,558. Conditional. Early warning and disaster prevention. Expand and modernize the current 22 synoptic stations based on needs assessment, and increase the number to 50 stations for efficient weather information management. Ghana Meteorological Agency Act 682. 403. Conditional. Managing climateinduced health risks.
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3,628,959 hectares intervened. 68,675 ha of areas released for restoration. 2,169,230 ha in improved grasslands. 601,187 ha in trees scattered in pastures. 3,805 ha in mixed forage banks. 664 ha in living fences. 61,254 ha in forage hedges. 61,054 ha in SSPi. 11.15 Mt CO2 eq. (Only modeling the AFOLU component). Forestry Agriculture. Mines and energy. Transport.
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3,750,000. 1,500,000. 17,500,000. 35,000,000. 52,500,000. 450. Biomass energy sector. 29,232,000. 41,440,000. 87,696,000. 540,000 improved cook stoves are produced and distributed, at least 50% in urban and semi-urban areas. Improved household cook stoves. Each. 180,000. 350,000. 540,000. All regions. 2,700,000. 610,200. 4,032,000. 7,840,000. 12,096,000. 166. 80% of dolo beer brewers use an improved cook stove, 95% of which are in rural areas and 100% in urban and semi-urban areas. This contributes to a reduction of YY% in the demand for firewood.
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3- Nazem Al-Tharthar Al-Faymani and the Maqdi canal, Samrat dam, expanded to accommodate 13500 y3/s and studied the Al-Warrar Canal and Al-Majarah Canal 4- Qanaa 6.4 increased at the port’s treatment facilities, so that you would be ready to be equipped with a million cubic meters of water from the port. 5- Improving and expanding the port’s network, and verifying the tapping of a technician’s shafts for the distribution and expansion network, and we will use the counters to monitor consumption.
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3. Expansion of the 5 de Noviembre Hydroelectric Power Plant. Promotion of Renewable Energies and strengthening of the energy infrastructure through the use of part of the surpluses that come from the Cerrón Grande Hydroelectric Power Plant, through the construction and equipment of the second powerhouse using the existing reservoir of the Hydroelectric Power Plant 5 de November with an installed capacity of 80 MW (two units of 40 MW each), thus achieving the expansion of the plant s installed capacity from 100 to 180 MW.
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3. Reducing vulnerability to negative impacts of climate change impacts. Measure 5.3.1. Development of mechanisms for the implementation of a climate disaster risk insurance system. Disaster risk response and prevention system expanded. Measure 5.3.2 Reducing the vulnerability of children and staff in secondary schools and preschool institutions to climate change and emergencies. Vulnerable sector:. 6. Forest and biodiversity. Key climatic impacts:. Goals. Measures. Expected results. 1. Increasing adaptive capacity.
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3. Reducing vulnerability to the negative effects of climate change. Measure 6.3.1. Introduction of mechanisms to reduce the vulnerability of forest ecosystems and biodiversity from climate change. Regulatory mechanisms have been introduced to reduce the vulnerability of forest ecosystems and biodiversity. Degradation of ecosystems and loss of biodiversity.
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3.1 Conversion of existing 600 MW of fuel oil-based combined cycle power plants to NG. 2021-2026. 3.2 Establishment of new combined cycle power plants in place of anticipated coal power capacity additions in the BAU and gas turbines with approximately 700 MW of capacities to be operated from NG. 2021-2027. NDC 4.
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3.1 Identify ecologically/environmentally sensitive areas (based on 1.2) within the climate sensitive areas that can be annexed (included) to existing PAs. 2023. 3.2 Annex (include) identified areas to existing PAs / declare as new PAs under mandated agencies. 2030. NDC 4. Strengthen ex-situ conservation programmes covering climate-vulnerable taxa and regions. 2030.
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[ "Environment" ]
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2
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3.1 Integrate climate risk projections into climate-resilient built environment strategies implemented by respective stakeholder institutions. 2022. 3.2 Review and update climate-resilient design strategies to address emerging climate risks. 2022. 3.3 Amend and gazette existing human settlement plans to integrate climate-resilient strategies 3.2. 2023. 3.4 Review, update and enforce existing rules and regulations to prevent built environments in areas highly vulnerable to climate change. 2025.
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3.1 Promote afforestation/reforestation of designated areas through enhanced germplasm and technical practices in planting and post-planting processes;. The Rwandan forestry sector provides the main part of the primary energy needs (97% of cooking energy) to the population. Since 2002, there have been consistent gap in wood products supply and demand with deficits reaching 12 million cubic meters in 2009.
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3.1 Promote the protection of catchment forests in the Zambezi, Kafue and Luangwa watersheds. 3.2 Develop management plans for the three focal landscapes in 3.1 above. 3.3 Promote rainwater harvesting in the three focal landscapes. 3.4 Improve water storage through a network of dams and weirs.
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3.1 Start required long term data collection programmes, including wave measurements and a sediment transport study. 2022. 3.2 Update the erosion management plan. 2026. 3.3 Establish programs (in collaboration with universities and other research agencies) for monitoring of coastal erosion and collect related data/information on: coastal erosion trends and status, scientific investigations of sediment balances and assessments of sediment sources, threats to dwellings, land use and critical habitats from erosion, bathymetric & hydrologic conditions.
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1
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1
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3.1 Survey and map coastal habitats (coral, sea grass, mangroves and sand dunes) in the entire coastal region, based on a method that is compatible with the survey department methods. 3.2 Scientifically identify suitable sites for conservation, rehabilitation and restoration 3.3 Conduct pilot projects at high prioritized sites. Prepare risk maps for the coastal zone mapping with 0.5m contour intervals and take. appropriate actions.
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[ "Coastal Zone", "LULUCF/Forestry", "Environment" ]
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1
3
0
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3.2 Device mechanisms to supply safe drinking water during floods, droughts and during saltwater intrusion for all water supply schemes vulnerable to floods, droughts and saltwater intrusion. 2024. 3.3 Strengthen interagency coordination for early warning on climate and weather-related disasters and health emergencies with timely disaster response. 2025. 3.4 Innovative approaches such as Payment for Ecosystem Services (PES) to be explored for catchment protection in vulnerable regions. 2025.
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0
1
2
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3.2 Establish new fish breeding units with indoor hatchery facilities and design constructions enabling control of temperature and salinity for breeding tolerant strains of selected species. 2025. NDC 4. Increase the production capabilities of fisheries, aquatic resources in 30 lagoons that are highly vulnerable to climate change. 2030. 4.1 Identify vulnerable lagoons (by 2022) and prepare lagoon profiles for 30 lagoons. 2026. 4.2 Carrying capacity assessment of 30 lagoons. 2026.
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LKA
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[ "Environment", "Agriculture" ]
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1
2
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3.3 Capacity building of all institutions in the livestock sector to promote resilience- building measures discussed in NDC 1 and 2. 2030. 3.4 Access to risk management and financing to support adaptation to climate risks and changes. 2025. 3.5 Review and revise existing training curricular in universities offering veterinary and animal production-related degree programmes and in the Department of Animal Production and Health in addressing climate vulnerability. 2021.
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LKA
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CW
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[ "Revised First NDC" ]
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[ "Disaster Risk Management (DRM)", "Social Development", "Agriculture" ]
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3.3 Develop, introduce/promote excess soil moisture/flood tolerant varieties. 2030. 3.4 Develop, introduce /promote salt tolerant varieties. 2030. 3.5 Develop and promote pest and disease resistance /tolerant varieties. 2030. 3.6 Develop, introduce fodder varieties that withstand extreme climatic conditions. 2030. NDC 4.
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LKA
[ "Revised First NDC" ]
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CW
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[ "Disaster Risk Management (DRM)", "Agriculture" ]
0
1
1
2
1
0
0
0
0
3.3 Establish programs (in collaboration with universities and other research agencies) for monitoring of coastal erosion and collect related data/information on: coastal erosion trends and status, scientific investigations of sediment balances and assessments of sediment sources, threats to dwellings, land use and critical habitats from erosion, bathymetric & hydrologic conditions. 2030. 3.4 Restoration of coastal ecosystems including mangroves covering 1,000ha.
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LKA
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CW
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train
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[ "Revised First NDC" ]
1
[ "Coastal Zone", "LULUCF/Forestry", "Environment" ]
0
0
0
0
1
0
0
0
0
3.3 Health. Enhance legal, policy and institutional frameworks for health sector through. Mainstreaming climate change into the national health policy and other strategic documents. Strengthening climate-informed disease control programs and surveillance systems using climate services to target vector control. Improving and integrating the health management information system with other systems from relevant sectors to achieve a centralized Monitoring Review and Verification (MRV) system and.
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[ "Health" ]
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1
2
0
0
1
1
0
3.3.2 Enhancing resilience and adaptive capacity of communities, economic sectors,and ecosystems. Improving resilience and the restoration of natural and social systems to the negative impact of climate change; monitoring climate change impact on different sectors and regions. Implementing adaptation measures, including ecosystem-based adaptation and nature-based solutions to minimise damage associated with climate change in each sector in the future.
1
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[ "Revised First NDC" ]
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CW
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1
[ "Social Development", "LULUCF/Forestry", "Environment" ]
0
1
0
0
1
0
0
1
0
3.3.3 Reducing disaster risks and minimising damage, increasing preparedness to respond to increasing natural disasters and climate extremes due to climate change. Strengthening the capacity for monitoring climate change, forecasting, warning and disseminating information on natural disasters to proactively respond to natural disasters and climate change; regularly updating climate change and sea level rise scenarios.
1
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VNM
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CW
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[ "Revised First NDC" ]
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[ "Disaster Risk Management (DRM)", "Coastal Zone" ]
0
0
1
2
0
0
0
0
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3.4 Ecosystems and Biodiversity. Scale up actions and investments in ecological infrastructure including actions for. Strengthening Regenerative Landscape Management of degraded lands/ecosystems of Eswatini. Improving conservation of genetic resources (indigenous trees and land races). Restoring and protecting wetlands (areas of marshes, fens, peatlands, or water, including artificial, permanent, or temporary) and. Improving sustainable utilization of its resources for biodiversity and other benefits to communities.
1
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SWZ
[ "Revised First NDC" ]
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CW
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train
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[ "Revised First NDC", "Revised First NDC" ]
1
[ "LULUCF/Forestry", "Environment" ]
0
0
0
1
0
0
0
0
1
3.4 Improve water storage through a network of dams and weirs. 3.5 Develop and improve water transfer infrastructure through canals and piped systems. 3.6 Adopt and promote integrated water management. 3.7 Undertake restoration projects. Improved water security for ecological, domestic and industrial purposes.
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ZMB
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[ "Water" ]
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0
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1
0
0
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3.4 Improve water storage through a network of dams and weirs. 3.5 Develop and improve water transfer infrastructure through canals and piped systems. 3.6 Adopt and promote integrated water management. 3.7 Undertake restoration projects. Improved water security for ecological, domestic and industrial purposes. Increased hydrological systems resilience and reduced vulnerability to climate change impacts. Improved water quality. Program 2: Adaptation of strategic infrastructure and health systems. Priority Actions. Key Activities. Co-benefits.
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ZMB
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[ "Water" ]
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3
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3.4 Innovative approaches such as Payment for Ecosystem Services (PES) to be explored for catchment protection in vulnerable regions. 2025. 3.5 Establish desalination or rainwater facilities in most vulnerable areas with inadequate other sources of potable water. 2024. 3.6 Minimize the level of Non-revenue Water (NRW) as a water conservation / efficiency improvement measure in all water supply schemes. 2025. NDC 4.
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LKA
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1
[ "Water", "LULUCF/Forestry", "Environment" ]
0
0
0
2
0
0
0
0
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3.5 Review and revise existing training curricular in universities offering veterinary and animal production-related degree programmes and in the Department of Animal Production and Health in addressing climate vulnerability. 2021. 3.6 Improve research and development to identify climate-resilient breeds/varieties and new technologies for livestock management. 2022. 5.1.4 Water Sector.
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LKA
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[ "Revised First NDC" ]
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[ "Water", "Agriculture" ]
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0
0
1
0
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1
2
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3.6 Develop, introduce fodder varieties that withstand extreme climatic conditions. 2030. NDC 4. Revisit the Agro Ecological Regions (AERs) maps of Sri Lanka with current and future climate scenarios and recommend appropriate crops for different regions to reduce vulnerability to climate change impacts. 2030. 4.1 Expanding the Agro-met observation network to cover the most vulnerable AER to climate change. 2025.
1
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LKA
[ "Revised First NDC" ]
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CW
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[ "Revised First NDC" ]
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[ "Disaster Risk Management (DRM)", "Social Development", "Agriculture" ]
0
0
0
1
2
1
0
1
0
3.6 Minimize the level of Non-revenue Water (NRW) as a water conservation / efficiency improvement measure in all water supply schemes. 2025. NDC 4. Promote the use of wastewater for gardening, sanitary, construction and other purposes to reduce demand for treated water. 2026. 4.1 Some policy initiatives at the national level for use of treated water for other purposes piloting in industries, industrial parks and apartment buildings. 2024.
1
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1
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[ "Industries", "Water", "Urban", "Buildings" ]
0
0
1
3
0
0
0
0
1
3.Protection and conservation of water catchment areas and enhanced investment in water capture, storage and transfer (linked to agriculture, energy, ecological, industrial and domestic use purposes) in selected watersheds. 3.1 Promote the protection of catchment forests in the Zambezi, Kafue and Luangwa watersheds.
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0
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0
0
0
2
0
0
0
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30 communes of 7 provinces namely Takeo, Pursat,. Battambang, Siem. Reap, Kampong tdom, Kandal and Prey Veng with integration of climate change into financial management,. institutional arrangement and policy reform by 2030. 1. GHG emission reduction through solar irrigation 2. NCDD will also implement ESS, Gender, M&E along with climate actions according to GCF standards. 10,000,000. 17,000,000. Solar water pumps Medical cold chain.
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KHM
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1
0
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30% of the objectives of the waste recovery project in Conakry:. 740 ktonnes of waste treated by 2025,. 4,148 ktonnes of waste treated by 2030. This project would represent a mitigation potential of around 34 ktonnes of CO2 / year by 2030 compared to the BAU scenario. Conditional objective.
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GIN
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30% reduction of methane emissions from landfill sites by 2030 and 70% reduction by 2040. 80MW of electricity produced from combustion of solid waste and methane at landfill sites by 2030 and 140MW by 2040. 5.1.6 Water. Adaptation needs.
1
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30% reduction of methane emissions from landfill sites by 2030 and 70% reduction by 2040. 80MW of electricity produced from combustion of solid waste and methane at landfill sites in the West Bank and the Gaza Strip by 2030 and 140MW by 2040.
1
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PSE
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2
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30) Promotion of thermal districts for the replacement of cooling systems in cities: (Energy efficiency): Reduction of GHG emissions associated with energy savings resulting from the replacement of old and inefficient air conditioning equipment, centralization of energy generation and distribution thermal (heat / cold), uses of residual energy, renewable or direct available thermal sources , among others. Promotion of at least 8 thermal districts in different cities of the country (5 main cities and 3 intermediate cities).
1
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COL
[ "Revised First NDC" ]
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[ "Revised First NDC" ]
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[ "Industries", "Energy", "Buildings" ]
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1
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30,000 homes or 50% of pre-2020 homes to have back-up renewable energy systems for at least 4–6 hours of energy. 2030. 2021. Conditional. 11. All waterways are protected to reduce the risks of flooding and health impacts. 2030. 2015. Conditional. Targets to support social inclusion, gender and reduce transitional risks.
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ATG
[ "Revised First NDC" ]
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[ "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
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[ "Social Development", "Energy", "Environment", "Health" ]
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0
1
3
1
1
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2
1
30. Human Settlements Sector: cities and buildings, including waste. 540. Improved sanitation and drainage of rainwater in the main urban centres. 40. Development and improvement of roads in the main urban centres. 150. Promotion of urban forestry. 80. Rational and sustainable management of waste in urban areas. 160. Harmonious and balanced spatial development of urban centres: development and implementation of urban planning tools. 50. Strengthening of the institutional and regulatory framework concerning health and the environment. 15. Establishment of adapted surveillance, partnership, financing and monitoring/evaluation mechanisms. 10. Protection against disaster risks. 35. Water Resource Sector. 191.3. Improvement of knowledge on water resources. 16. Protection of water resources. 50. Improvement of agricultural water management. 20.
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1
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TGO
[ "First NDC", "INDC" ]
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CW
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train
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[ "INDC", "INDC", "First NDC", "First NDC" ]
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[ "Water", "Transport", "Urban", "Buildings", "LULUCF/Forestry", "Environment" ]
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0
0
1
0
0
0
0
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300 MW total installed biomass power capacity in the country by 2030. Sector. Energy. GHG mitigation target. 84 ktCO2e on average per year between 2020 and 2030. Monitoring procedures.
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LAO
[ "Revised First NDC" ]
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CW
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[ "Revised First NDC" ]
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[ "Energy" ]
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31 138.9. 3850.3. 1926.3. 42. Agriculture. Olive program (tranche 1). Planting of 447,000 ha of olive trees in areas unsuitable for annual crops, in order to fight against soil erosion and improve the income of small farmers. 11 719.5. 1069.8. 1,209.5. 43. Fruit tree growing program (phase 1). Planting of fruit trees on 160,000 ha in order to improve and diversify farmers incomes, especially in fragile mountain areas. 11,907.6. 1,087.0.
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MAR
[ "Revised First NDC" ]
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[ "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
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0
31,500,000. 63,000,000. 94,500,000. 67. Zai + stone barriers. Ha cumul. 175,000. 350,000. 525,000. Nord; Centre- Nord; Sahel; north of Boucle du Mouhoun; north of Est. 5,250,000. 1,554,000. 122,500,000. 245,000,000. 367,500,000. 45. Plant covered stone barriers. Ha cumul. 225,000. 450,000. 675,000. All regions except Cascades. 6,750,000. 1,998,000. 81,900,000. 163,800,000. 245,700,000. 31.
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BFA
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3269400 ha / 3434400 ha. Brief description of the contribution. The forest area of ​​Cuba (area susceptible to being covered by forests) was 3,573,400 ha at the end of 2018, of which 3,269,400 ha were already covered with forests and 304,000 ha remained to be covered (DFFFS, 2019).
1
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CUB
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1
[ "LULUCF/Forestry" ]
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34 900. Waste. 26 300. 29 900. 34 200. Energy:. Reduce losses on the electrical distribution network. At present, losses on the distribution network, according to the report "Development of a national energy sector strategy in the Comoros", reach 30%.
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COM
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[ "First NDC" ]
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3480.0. 661.2. 812.1. 49. Fruit tree growing program (phase 2). Extension of the arboriculture program to 400,000 ha. 13,521.9. 2,569.2. 917.9. 50. Date palm program (phase 2). Extension of the date palm program to 2 million plants. 233.4. 44.3. 236.0. 51. National program for the development of rangelands and the regulation of transhumant flows - Unit 2.
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MAR
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[ "Agriculture" ]
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1
35% Renewable Energy Target by 2020. Introduced incentives for renewable energy. Prepared draft of Revised Electricity Supply Act (2015). Passed National Utility Regulatory Commission Bill (establishes an independent regulatory commission to oversee electricity production). Draft Revised Building Code (includes energy efficiency measures).
0
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LCA
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CW
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train
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[ "Energy" ]
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2
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351,800. Production of 850 MW of combined cycle. 2020. 3,500,000. 70% of the liquefied gas in energy production is gas and the other 30% is fuel. 2022. 3,000,000. Production of 250 MW of combined cycle. 2024. 1,000,000. Decarbonization. Cultivating of Mangroves. 2018. 50,000. Annual increase of +50,000. Carbon Reuse. Industrial Application. 2015. 10,950. Carbon capture and storage. 2015. 100,000. Carbon Capture and storage (green carbon). 2022. 216,000.
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KWT
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[ "LULUCF/Forestry", "Industries", "Transport", "Energy" ]
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0
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4 233.6. 386.5. 70.0. 47. Cactus planting program (phase 1). Vegetation of bare or eroded land by planting 44,000 ha of cacti in arid zones, resulting in an improvement in the income of small farmers and women s cooperatives. 2394.1. 218.5. 31.1. 48. Olive program (tranche 2). Extension of the olive-growing program to 300,000 ha. 3480.0. 661.2. 812.1. 49. Fruit tree growing program (phase 2).
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MAR
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4) Measures to be taken at river basin level to assure climate change adaptation:. update the directory landscaping and management schemes, so as to take into account climate change effects (decrease in the available water at the source, increase in water demand);. apply integrated water management principles for water quantity and quality;.
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MDA
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[ "Water" ]
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4) Particularly energetic valorization of resources in rural areas including waste. - Reduce the unsustainable consumption of firewood for example by the sustainable management of wood energy; improved stoves, and the promotion of methanisation and / or butanization in rural areas; - Develop the production of energy based on agricultural waste, especially by the valorization of cocoa pods, cashew apples, sugar cane bagasse, molasses, manioc effluent, rice straw for the production of briquettes; etc.
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CMR
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4,472.0. 942.2. 2,020.0. 32. Energy efficiency program in public lighting. Implementation of an energy efficiency program in public lighting in the major cities of Morocco. 1,159.9. 210.9. 310.0. Total scenario. 24,689.0. 3,781.7. 3 652.9. 33. Transport. Extension of the Rabat tramway. Extension of the tramway, which provides a solution of choice in the transport of Rabat. 153.8. 14.3. 485.5. 34. Casablanca tram extension.
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MAR
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[ "Energy" ]
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4- Implementation of a strategic project to capture and store carbon dioxide gas in geological structures (CCS). The Ministry of Transport has a mission to reduce greenhouse gas emissions and the following wonderful axes:1- Transition to the growth of mass transport within cities and governorates 2- Activating the law of sustainable transport, which has been completed in great strides to be approved, and it aims to take into account the economy in the quantities of fuel used in the transport base and the optimal operation of transport modes and support national development 3- The operation of railway lines Modern iron and parallel transport lines to prevent the type of agricultural lands being used 4- Using planes and engines that are more efficient in fuel consumption and more efficient and efficient operation and 5- Improving the quality of fuel used in vehicles and using the lowest emission types.
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IRQ
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[ "Energy", "Transport" ]
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4- Reducing technical losses at the bottom of distribution and transportation. 5- The construction of the hydroelectric power stations in the Kurdistan region, and this will indicate the contribution of the hydroelectric power to 3.3% m of hydroelectric power generation, and it will be 2035 won, assuming that the Mosul Dam will be mobilized. the immunity.
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IRQ
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[ "Energy" ]
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1
2
0
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4. Develop climate resilient crops and promote climate resilient livestock. Number of climate resilient crop varieties developed. MINAGRI (RAB, NAEB, REMA, Private sector, Civil society). ✔. ✔. B. 24 million USD. Reduced GHG emissions from improved land. Percentage of farmers. adopting resilient crop/ varieties. MINAGRI (RAB, NAEB, Private sector, Civil society). ✔. ✔. B. Percentage of crossbreed livestock at national herd species. ✔. ✔. B. 5.
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RWA
[ "Revised First NDC" ]
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0
[ "Environment", "Agriculture" ]
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0
0
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1
4.1 Bus Promotion of public transport, improvement of transport infrastructure, setting vehicles’ emission standards and regulations and integrated national transportation planning. The Rwandan transport sector is experiencing a rapid growth of vihicles population and an increase in light duty vehicles equipped with (post-1998 era) 3- way catalytic converters. It is expected that under the busines as usual scenario, the annual increase in population vehicles will reach 16.5% from 12% while light duty vehicles will increase 20% by2030. A high rate increase in population of vehicles and light duty vehicles would lead to the high GHG emission scenarios in the future as explained in the BAU.
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RWA
[ "First NDC", "INDC" ]
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CW
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train
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0
0
[ "INDC", "First NDC" ]
0
[ "Transport", "Urban" ]
1
0
0
0
2
0
0
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4.1 Conduct a survey to identify and determine the potential subsectors to implement the circular economy concept. 2021-2023. 4.2 Introduce the life cycle approach for selected subsectors for greening the supply chain. 2021-2030. 4.3 Practice industrial symbiosis concept in selected industrial parks and industrial sub-sectors. 2021-2030. 4.4 Establish a pilot project on the zero-waste concept in selected industrial parks or industrial subsectors. 2021-2025.
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LKA
[ "Revised First NDC" ]
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1
0
[ "Revised First NDC" ]
0
[ "Industries", "Waste" ]
0
0
0
2
0
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1
1
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4.1 Expanding the Agro-met observation network to cover the most vulnerable AER to climate change. 2025. 4.2 Conduct studies related to soil moisture regimes covering most vulnerable AER to climate change. 2028. 4.3 Most vulnerable AERs are re-demarcated into sub zones to make recommendations for specific crops. 2030. NDC 5. Enhance sustainable land and water management practices in areas where anticipated climate vulnerability is severe. 2030.
1
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LKA
[ "Revised First NDC" ]
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[ "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
0
[ "Water", "Social Development", "Agriculture" ]
0
0
1
2
0
0
0
0
0
4.1 Identify vulnerable lagoons (by 2022) and prepare lagoon profiles for 30 lagoons. 2026. 4.2 Carrying capacity assessment of 30 lagoons. 2026. 4.3 Declaring and managing 10 lagoons as Co-managed Fishery Management Areas (FMAs). 2030. 4.4 Minimize aquatic pollution in 10 lagoons. 2030. 4.5 Promoting aquaculture of selected climate change resilient, high value food species in selected lagoons. NDC 5. Enhanced safety at sea against climate change influenced extreme conditions.
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LKA
[ "Revised First NDC" ]
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[ "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
0
[ "Environment", "Agriculture" ]
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2
0
0
0
0
0
4.1 MW biogas capacity added in 2024. ZERA annual report. 0.01%. 9.31. $13.33. 5. Energy Efficiency Improvements: Agriculture: 12% savings (2030 compared to baseline scenario); Commercial: 16% savings; Domestic: 22.08% savings; Manufacturing: 18.63% savings; Mining: 8% savings. ZERA energy efficiency audit. 2.72%. 2048. $633.91. 6.
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ZWE
[ "Revised First NDC" ]
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CW
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0
[ "Energy", "Agriculture" ]
1
0
0
1
3
1
0
1
0
4.1 Some policy initiatives at the national level for use of treated water for other purposes piloting in industries, industrial parks and apartment buildings. 2024. 4.2 Promotion of most appropriate mechanisms of water conservation / reusing / recycling for different purposes. 2025. 4.3 Introduce by-laws and building codes to introduce reuse of wastewater in new industrial constructions including areas under industrial estates. 2026. 4.4 Introduce market mechanisms for promoting above.
1
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LKA
[ "Revised First NDC" ]
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0
[ "Industries", "Water", "Waste", "Urban", "Buildings" ]
0
0
0
1
0
0
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4.1. Establish island-wide surface & ground water monitoring networks i.e. for long term monitoring of water level flow patterns, water quality. 4.2. Enforcement of laws & regulations. Permanent water supply schemes can be implemented with pipeline systems through new water supply schemes. 5.1. Identification of safe water sources qualitatively & other alternatives such as desalinization. Establish mobile laboratories to ensure safety during water supply. 6.1.
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0
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LKA
[ "First NDC" ]
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train
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[ "First NDC", "First NDC", "First NDC", "First NDC", "First NDC", "First NDC" ]
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[ "Water" ]
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4.1. Establish island-wide surface & ground water monitoring networks i.e. for long term monitoring of water level flow patterns, water quality. 4.2. Enforcement of laws & regulations. Permanent water supply schemes can be implemented with pipeline systems through new water supply schemes. 5.1. Identification of safe water sources qualitatively & other alternatives such as desalinization. Establish mobile laboratories to ensure safety during water supply. 6.1. Onsite water quality monitoring systems for more adequate measurement on toxicity, pesticide etc. Establish monitoring and recording for saline water intrusion into drinking water sources during the drought period. Establish safety of water management facilities and minimize disturbances to water supply due to extreme weather events.
0
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0
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LKA
[ "First NDC" ]
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CW
1
train
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[ "First NDC", "First NDC", "First NDC", "First NDC" ]
0
[ "Disaster Risk Management (DRM)", "Water" ]
0
0
0
1
0
0
0
0
0
4.1.5 Improving contribution of non-conventional water resources to the national water budget. With the ever decreasing availability of freshwater resources especially for drinking purposes, it becomes a key strategic objectives to increase the contribution on non- conventional water resources for augmentation of freshwater resources for irrigation, industrial and domestic use.
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JOR
[ "Revised First NDC" ]
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[ "Revised First NDC" ]
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[ "Water" ]
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0
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4.1: Replace an LPG fired boiler consuming about 704,428 L/year with a biomassresidues fired boiler in a Food Import and Export company. 4.2: Replace a diesel-fired dynamo with grid electricity at a milling factory; the diesel dynamo is consuming 12 liters/hour operating for 8 hours/day, 20 days/month. 4.3: Improve operations at a noodles manufacturing unit to reduce the usage of one boiler from existing four-boiler system.
1
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0
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KHM
[ "Revised First NDC" ]
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CW
0
train
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1
[ "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
0
[ "Energy" ]
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1
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4.2 At least two facilities to be established for ex-situ conservation of fauna in the climate vulnerable regions (ex-situ conservation centres) within 5 years. 2025. 4.3 Establishing a mechanism to assist translocation/reintroduction of climate sensitive or threatened fauna and flora. 2027. 4.4 Introduction of three new number of Veterinary/ Epidemiology facilities for Ex-situ Conservation Centers. 2030.
1
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LKA
[ "Revised First NDC" ]
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[ "Revised First NDC", "Revised First NDC" ]
0
[ "Environment" ]
0
0
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1
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4.2 Develop early warning systems at MOH level based on rainfall/temperature forecast for each climate sensitive vector borne disease. 2023. 4.3 Capacity building of the public health system, local authorities and other stakeholders in prevention of occurrence of outbreaks and to rapidly respond to early warnings through effective interventions in prevention and control infectious diseases. 2024. 4.4 Strengthen public health risk communication regarding vector borne disease control during predicted outbreaks.
1
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LKA
[ "Revised First NDC" ]
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CW
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1
0
0
0
[ "Revised First NDC", "Revised First NDC" ]
0
[ "Health" ]
0
0
0
1
0
1
0
2
0
4.2 Farmer training & awareness raising programmes on water saving applications. Assess river floods and mitigation measures and early warning systems for possible flash floods. 5.1 Collecting the rainfall data & river flow. 5.2 Preparation of digital elevation maps. 5.3 Capacity building programs for new technological applications. 5.4 Introducing flood mitigation structures.
0
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LKA
[ "First NDC" ]
1
CW
1
train
0
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[ "First NDC", "First NDC", "First NDC", "First NDC", "First NDC", "First NDC" ]
0
[ "Disaster Risk Management (DRM)", "Urban", "Agriculture" ]
0
0
0
2
0
0
0
0
1
4.2 Intended Adaptation Goals for 2030. Development and establishment of new enclosure areas over 750,000 ha;. Promotion of Conservation Agriculture/Climate Smart Agriculture in 5% of the cultivable land;. Development and promotion of irrigation scheme by 170, 000 ha;. Afforestation program will cover over 36,000 ha;.
0
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0
0
0
1
ERI
[ "INDC" ]
0
CW
0
train
0
0
0
0
[ "INDC", "INDC" ]
1
[ "LULUCF/Forestry", "Agriculture" ]
0
1
0
0
1
0
0
0
0
4.2 Synergy between climate change response and sustainable development goals. The implementation of climate change response actions will contribute to achieving Viet Nam s sustainable development goals.
1
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0
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VNM
[ "Revised First NDC" ]
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CW
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0
0
0
0
[ "Revised First NDC" ]
0
[ "Coastal Zone" ]
0
0
0
1
1
0
0
1
1
4.2.3 Human Health: Enhance capacity of the heaIth sector to anticipate and respond to changes in distribution of endemic and epidemic climate sensitive diseases, and reduce vulnerability of the population to infection in areas at risk from expansion of climate-related diseases24:. Establish an integrated disease surveillance, response and early warning system within the health system reaching to the community level.
0
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1
0
0
0
0
TLS
[ "First NDC", "INDC" ]
1
CW
1
train
1
0
0
0
[ "INDC", "First NDC", "First NDC", "First NDC" ]
0
[ "Disaster Risk Management (DRM)", "Water", "Health" ]
0
0
0
0
0
0
0
1
1
4.2.4 Natural Disasters Improve institutional and staff capacity in the disaster sector in relation to climate change Induced disasters:. Establish early warning systems in areas identified as vulnerable to disasters such as floods and storms. Integrate of climate risk information into traditional disaster risk reduction and management,.
0
[ 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ]
0
0
0
0
0
TLS
[ "First NDC", "INDC" ]
1
CW
1
train
0
0
0
0
[ "INDC", "INDC", "First NDC", "First NDC" ]
0
[ "Disaster Risk Management (DRM)" ]
0
0
0
1
0
0
0
0
0
4.2.5 Supporting hydroponic and other water tolerant agricultural productivity systems. Facing the threats of water scarcity and reduced water availability for agriculture requires the shifting of technology use to modern techniques that minimize water use with special focus on hydroponic agriculture by providing adequate regulations, technologies and capacities to spread the use of this technology in Jordan. Key measures under this objective include:. Promote the use of conservation agriculture (e.g.
1
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0
0
0
0
1
JOR
[ "Revised First NDC" ]
0
CW
0
train
0
0
0
0
[ "Revised First NDC" ]
0
[ "Agriculture" ]
0
0
0
1
0
0
0
0
0
4.2.5 Supporting hydroponic and other water tolerant agricultural productivity systems. Facing the threats of water scarcity and reduced water availability for agriculture requires the shifting of technology use to modern techniques that minimize water use with special focus on hydroponic agriculture by providing adequate regulations, technologies and capacities to spread the use of this technology in Jordan. Key measures under this objective include:. Promote the use of conservation agriculture (e.g. organic, biodynamic, zero and minimum/ conservation tillage, fallow practices, etc). Formation of community cooperatives which are responsible for the use of range land and the grazing right. Increasing forage-livestock system, production and preservation. Dissemination of conservation agriculture to increase wheat and barley production in dry areas using improved varieties.
1
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0
0
0
0
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JOR
[ "Revised First NDC" ]
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CW
0
train
0
0
0
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[ "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
0
[ "Agriculture" ]
0
0
0
1
1
1
0
3
1
4.2.7 Physical Infrastructure: Improve regulations and standards for climate-resilient infrastructure:. Review existing laws, regulations and standards to enhance CC-resilience of critical infrastructure. Pass new legislation to strengthen and guarantee national development through improved regulation, quality of materials, adapted building codes and practices and law enforcement.
0
[ 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0 ]
0
1
0
1
0
TLS
[ "First NDC", "INDC" ]
0
CW
1
train
0
1
0
1
[ "INDC", "INDC", "First NDC", "First NDC", "First NDC", "First NDC", "First NDC", "First NDC" ]
0
[ "Transport", "Energy", "Economy-wide", "Urban", "Buildings" ]
0
1
0
1
1
0
0
1
0
4.2.8 Oil and Gas Productions Strengthen and protect valuable offshore oil and gas infrastructure against climate change impacts. Protect offshore Infrastructure against strong wave damage that impacts the distribution of gas and oil, and reduce accidents and destruction of offshore oil and gas infrastructure; including: i) early warning system equipment; ii) data information to show occurrences; iii) equipment protection.
0
[ 0, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0 ]
0
0
0
0
0
TLS
[ "First NDC" ]
1
CW
1
train
0
0
0
1
[ "First NDC", "First NDC" ]
0
[ "Disaster Risk Management (DRM)", "Coastal Zone", "Energy" ]
0
0
0
1
0
0
0
0
0
4.3 Introduce by-laws and building codes to introduce reuse of wastewater in new industrial constructions including areas under industrial estates. 2026. 4.4 Introduce market mechanisms for promoting above. 2026. 4.5 Public awareness-raising on private and social benefits of wastewater management. 2022. NDC 5.
1
[ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1 ]
1
0
0
0
0
LKA
[ "Revised First NDC" ]
0
CW
0
train
0
0
0
0
[ "Revised First NDC", "Revised First NDC" ]
0
[ "Water" ]
0
0
1
3
0
1
0
1
0
4.3.1 Increasing the scope of ecosystem based adaptation and climate-based planning in protected areas and special conservation areas. There is a vital need to introduce and enhance Nature Based Solutions (NBS) for climate change adaptation and sustainable use of ecosystem services.
1
[ 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0 ]
0
0
0
0
1
JOR
[ "Revised First NDC" ]
0
CW
0
train
0
0
0
0
[ "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
1
[ "Environment", "LULUCF/Forestry", "Urban", "Agriculture" ]
0
0
0
1
1
1
0
2
0
4.3: Improve operations at a noodles manufacturing unit to reduce the usage of one boiler from existing four-boiler system. 4.4: Install a system to collect and re-use waste steam and hot water from meat steamer, resulting in about 524 m3/year of fuel wood saving. Transport. Promote integrated public transport systems in main cities. MPWT. Enhance maintenance and inspection of vehicle(Piloting maintenance and emission inspections of vehicles). MPWT.
1
[ 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 1 ]
1
0
0
1
0
KHM
[ "Revised First NDC" ]
0
CW
0
train
0
0
1
0
[ "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC", "Revised First NDC" ]
0
[ "Industries", "Water", "Transport", "Urban" ]
0
0
0
1
0
0
0
0
0
4.4 Implement TROF programmes. 2021-2030. NDC 5. Generic enabling activities. 2021-2025. 5.1 Develop and implement a MRV system for forestry NDCs. 2021-2025. It is expected that the implementation of updated NDCs of the forestry sector will result in the increase of carbon sequestration capacity by 7% against the BAU scenario (2% unconditionally and 5% conditionally) for the period 2021-2030.
1
[ 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0 ]
0
0
0
0
0
LKA
[ "Revised First NDC" ]
0
CW
0
train
0
0
0
0
[ "Revised First NDC" ]
1
[ "LULUCF/Forestry" ]