GIZ/policy_classification · Datasets at Hugging Face

null

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

[ "Monitoring and Evaluation System", "Disaster Risk Management (DRM): General", "Climate risk management" ]

RWA

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

false

null

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

true

It is planned that the establishment of the National Spatial Data Infrastructure will be operational by 2030. This strategic action will result in better estimations of GHG emissions from land use, land usechange andforestry thus improving planning and implementatio n of specific mitigation actions for the same sector. Cross cutting. Programme of action. Actions. Description and goals/targets. Mitigation benefits. 7.Disaster Management. 7.1 Conduct risk assessments and vulnerability mapping. Specific risk and vulnerability assessments are key for better planning and implementation of relevant adaptation actions.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

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

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

GIN

[ "Energy" ]

true

null

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

false

A reduction in the specific consumption of the transport, residential and public administration sectors brought about by improving the quality of the transport fleet; promoting public transport; disseminating solar streetlamps and lowenergy lamps and electrical appliances; and implementing efficiency standards in building design. The available data cannot currently support an assessment of the mitigation potential of this commitment. GAPS, BARRIERS AND NEEDS. The investment needed to meet the SE4ALL targets in Guinea is calculated at US$8179 million in current value over 20 years (2011-2030).

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Wetlands" ]

SSD

[ "LULUCF/Forestry" ]

true

false

null

[ "Information on sectoral plans" ]

false

South Sudan is home to the largest designated Ramsar wetland of environmental importance, the Sudd, which is pivotal in regulating the weather patterns in the Sahel, the Horn of Africa and the greater East Africa region. The Sudd acts as a barrier to the southward encroachment of the Sahara desert and its preservation and management is consequently expected to be South Sudan’s most significant contribution toward buffering against the impacts of climate change at the regional level.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Action and priority" ]

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

SSD

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

false

null

[ "Adaptation action/priority" ]

true

Institutional and policy actions: "To support decision-making for climate change adaptation, South Sudan will implement actions to assemble, analyze, predict and disseminate climate information through improve climate monitoring and data management systems. Based on this, the relevant data and information will be used to develop early warning systems and inform appropriate responses to extreme climatic events" (7).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Adapt Now sector" ]

[ "Health services and assessment" ]

KIR

[ "Health" ]

false

null

[ "GCA_Sector" ]

true

Migration of coastal fishery affecting food security and livelihoods. Change in rainfall patterns and increased rainfall intensity. Increased incidence of water-borne, vector-borne and food-borne diseases;. Increased threat to food production and food security;. Increased incidents of invasive species. Increased incidence of extreme events (drought, storms). Increased threat to food production and food security;. Increased threat to water quality and availability affecting human health;. Increased economic costs for development, maintenance and insurance;. Increased disruption to marine transportation affecting supply of basic needs;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Sustainable Land Management", "Climate Smart Agriculture", "Grasslands", "Clean Cooking and Heating: Cleaner household fuels" ]

ETH

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

true

false

null

[ "Information on sectoral plans" ]

false

The other most important driver of LUCF emissions is biomass energy use for cooking and baking which according to international inventory guidelines are accounted under LUCF. Thus, replacing or improving household biomass energy use TABlE 3: POLICY INTERVENTIONS IN LUCF Policy intervention indicator (unit) lead institution/s (responsible) Sustainable agriculture Increasing the share of agricultural land under � sustainable management practices Reducing pre-harvest losses and land � converted for agricultural infrastructure Hectares of agricultural land under sustainable management practices (ha) Ministry of Agriculture (MoA) Grassland improvement Carbon sequestration through grassland � improvement Lowlands Livelihoods Resilience Project � Hectares of grassland improved (ha) Ministry of Agriculture (MoA) Reducing residential biomass use Fuel switch: shift from unsustainable biomass � energy demand to electric stoves, renewable biofuels (e.g.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Targets", "Action and priority" ]

[ "Waste management", "Infrastructure and roads", "Economy-wide: General" ]

SLE

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

false

null

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

true

Goal: Provision of necessary in infrastructure in agriculture, Water Resources and Energy, Gender and coastal zone management. Objective 1:To provide basic necessary climate change adaptation infrastructure for enhancing resilience to the resulting climate change challenges. Enhance waste management systems at all levels to reduce pollution and greenhouse gas emissions so as to improve health of both humans and animals and reduce climate change. 250,000,000. Support the construction of appropriate roads particularly feeder roads in the rural areas as a climate resilience strategy.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Targets" ]

[ "Buildings" ]

KHM

[ "Urban" ]

false

null

[ "Measurable targets or indicators" ]

true

Baseline: Standard is in draft now, and further development and implementation are needed. 100% of new building compliant with climate and disaster resilient construction guidelines. Conditional: 20% of older buildings retrofitted. Established guidelines for incorporating climate and disaster risk assessments into design and construction of new buildings and critical infrastructures (school, health facility and other facilities). Established or improved national legislative frameworks for resilient construction and its implementation mechanism. Technical guidelines crossbeneficial to other sectors. Potential for community groups (e.g.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Existing sectoral policies" ]

[ "Renewable Energy" ]

ATG

[ "Energy" ]

false

true

null

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

false

National contributions include establishing an enabling legal, policy and institutional environment to facilitate an efficient and effective transfer of resources to support implementation and achievement of the INDC targets. This enabling environment includes enactment of the Renewable Energy Act of 2015 and the Environmental Protection and Management Act (EPMA) of 2015, in addition to policies in energy and the environment such as the National Energy Policy and the Sustainable Energy Action Plan.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Ecosystem and biodiversity", "Climate risk management" ]

MUS

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

false

null

[ "Adaptation action/priority" ]

true

Increasing resilience of human-led activities whilst preserving ecosystem functions, through improving governance, enhancing disaster preparedness and response mechanisms, for infrastructure and disaster risk reduction sectors. 11. Building on current adaptation actions and policies, a more detailed list of actions is provided in the part on Adaptation Communication. MEANS OF IMPLEMENTATION. 12. The implementation of mitigation and adaptation actions as identified in this NDC is unconditional as well as conditional on external financial support received. 13.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Targets" ]

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

KGZ

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

false

null

[ "Measurable targets or indicators" ]

true

Expected results. 1. Increasing adaptive capacity. Measure 5.1.1 Providing scientific justification for decision-making processes for response and prevention of hydrometeorological emergencies. Development of a scientifically based policy for the prevention and response to climate emergencies. Measure 5.1.2 Improving policies for preventing and responding to climate emergencies, gender aspects and interests of vulnerable groups. Measure 5.1.3 Raiseing awareness and knowledge in the field of climate emergencies for the population and employees of the emergency prevention sector. 2. Strengthening climate resilience / resilience. Measure 5.2.1.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "LULUCF/Forestry: General" ]

GNB

[ "LULUCF/Forestry" ]

false

null

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

false

The long-term vision is to return to the situation of net absorber of the Bissau-Guinean Forest by returning to situations like those before 2012. However, the implementation of this objective is difficult to achieve by 2030. The updated NDC aims, as an intermediate but ambitious step, at a reduction of approximately 40% of emissions from the LULUCF sector compared to the baseline scenario, by 2030.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Time frame" ]

[ "Landscape management", "Economy-wide: General", "Climate services", "Renewable Energy: Solar", "Climate risk management", "Water supply", "Water conservation and reuse", "Food security", "Water management", "Land and soil management", "Disaster preparedness", "Disaster Risk Management (DRM): General", "Sustainable forest management", "Agroforestry", "Agroecology", "Reforestation", "Infrastructure", "Tourism: General", "Irrigation", "Afforestation", "Early warning system" ]

RWA

[ "Tourism", "Disaster Risk Management (DRM)", "Agriculture", "Water", "LULUCF/Forestry", "Energy", "Economy-wide", "Cross-Cutting Area" ]

false

null

[ "Time frame" ]

true

To this end, catchments committees and water users associations (WUAs) will be established and trained at district level to cover all the 30 districts by 2030. Also, detailed catchment management plans have will be developed and implemented for all the nine identified main catchments areas by 2030. IWRM isexpected toresult inimproved water resources in both quality and quantity.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

[ "Upstream policies on" ]

[ "Renewable Energy" ]

SLV

[ "Energy" ]

false

true

null

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

false

The support has an amount of USD$300,000 being implemented in a period of 36 months from May 2020 and represents cross-cutting support for mitigation and adaptation. 8.2.3. Assessment of the State of Preparation of Renewable Energies: El Salvador. The Renewable Energy Readiness Assessment: El Salvador identifies the challenges for the implementation of renewable energy in the country and presents key recommendations to overcome existing barriers.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Water management" ]

SAU

[ "Water" ]

false

null

[ "Adaptation action/priority" ]

true

Integrated Water Management Planning: The kingdom has limited reserves of exploitable non-renewable groundwater and low recharge rates (2.8 bcm in Arabian Shield) due to arid conditions. The Saudi National Water Strategy 2030 aims to work towards addressing all the key challenges, leveraging previous and on-going studies, and reform the water and wastewater sector to ensure sustainable development of water resources while providing affordable high-quality services. Strategic programs and initiatives include laws and regulations, management, innovation and capacity building, and service quality.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

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

CUB

[ "Coastal Zone", "Urban" ]

false

null

[ "Adaptation action/priority" ]

true

In April 2017, the Government adopted the State Plan for Confronting Climate Change, known in Cuban society as “Tarea Vida”. The Plan is structured in 5 Strategic Actions, and 11 Tasks. Actions 1, 3 and 5 deal with vulnerable coastal settlements and guide, successively, not to allow the construction of new houses in threatened coastal settlements that are predicted to disappear due to permanent flooding and the most vulnerable, and to reduce the population density in coastal lowlands (AE 1); develop constructive concepts in infrastructure, adapted to coastal flooding for low-lying areas (AE 2); and planning the processes of urban reorganization of threatened settlements and infrastructures, starting with lower-cost measures, such as induced natural solutions (recovery of beaches, reforestation).

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Downstream actions" ]

[ "Buildings: General", "Economy-wide: General" ]

QAT

[ "Buildings", "Economy-wide" ]

false

null

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

false

Qatar Foundation (QF) is developing green campus and housing facilities which have a direct impact on the ecological footprint of facilities and additionally increases awareness and consciousness of students. Further projects include initiatives such as awareness campaigns advocating for banning single-use plastics in society and annual collection campaigns. By means of initiatives like these, the State of Qatar is developing a generation that is aware of climate change and capable of limiting its own carbon footprint and to develop sustainable countermeasures.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Water management", "Wetlands", "Infrastructure", "Water quality", "Water supply", "LULUCF/Forestry: General", "Water conservation and reuse", "Water efficiency", "Water: General", "Watershed and river basin management", "Wastewater treatment", "Early warning system" ]

MDA

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

false

null

[ "Adaptation action/priority" ]

true

Promote cross-sectoral collaboration of forestry sector with regulatory authorities in agriculture, water, local authorities, etc. -. Promote restoration of degraded pastures. Water. Promote IWRM, ensuring the crosssectorial synergetic approach. -. -. Apply Integrated Water Resources Management (IWRM) principles for water quantity and quality based on a water monitoring and maintenance system. Increase advocacy of IWRM by strengthening engagement with international water sector donors;. -. Ensure the functional cooperation between relevant sectors and institutions for a coordinated approach and efficient use of available resources;. -.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Climate services", "LULUCF/Forestry: General", "Afforestation", "Capacity building and knowledge transfer" ]

LKA

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

true

false

null

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

true

2021-2030. 4.1 Adopt policy instruments and regulations supporting TROF (urban forestry, tree planting along roadside, religious premises, schools and other Government lands, home gardens). 2021-2023. 4.2 Establish an institutional setup and a mechanism to implement such programmes. 2021-2024. 4.3 Conduct carbon stock evaluation for TROF. 2021-2025. 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.

true

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

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Ecosystem and biodiversity" ]

JOR

[ "Environment" ]

false

null

[ "Adaptation action/priority" ]

true

Conduct research studies on impact of increased CO2 on natural ecosystems and biodiversity and its effects on biomass production, and invasive alien species. Strengthen national research institutions, universities and other NGOs working in the field of ecosystems and biodiversity conservation for facilitation of multidisciplinary research on climate change impact on this sector. Increase and mobilize resources available for the implementation, monitoring and enforcement of the NBSAP. 4.4 Health. The main climate related hazards to health sector are represented by temperature and precipitation.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Early warning system" ]

MMR

[ "Disaster Risk Management (DRM)" ]

false

null

[ "Adaptation action/priority" ]

true

on issues such as:i) Interventions to improve Forecasting and Warning Systems, such as:. Need to approach Impact Based Forecast and Warning System. Establishing local Early Warning Systems (EWS) engaging with local communities and ethnic peoples and linking these drought and flood action plans. Developing SMS systems, mobile applications for EWS and information dissemination. Improving flood and cyclone forecasting tools and or enhancing international cooperation in forecasting. Monitoring sea level rise. Improving marine weather observations and forecasting systems by capacity building tools and technology training.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

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

VEN

[ "Agriculture", "Education" ]

false

null

[ "Adaptation action/priority" ]

true

University Education, Rafael María Baralt National Experimental University (UNERMB) - Research Program -CDCHT: “Research and innovation policies at UNERMB together with the Research Center for the Promotion of Endogenous Development (CIPDE) and the Center for Agrifood and Environmental Research (CIAGROA): 1) 17 lines, research and innovation projects will be developed that have sustainability as an objective to guarantee food security that is threatened by the adverse effects of Climate Change

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Vehicle Fleet" ]

SLV

[ "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

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

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on" ]

[ "Agriculture: General" ]

GNB

[ "Agriculture" ]

false

null

[ "Targets at the sectoral level" ]

false

Improving rice growing practices would make it possible to shorten the watering period of rice fields (from 183 days in the reference scenario to 165 days in 2030) and therefore the associated CH4 emissions. Improving agricultural practices and the presence of herds in harvested areas would make it possible to stop the emissions linked to the burning of crop residues still included in the reference scenario.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Water supply", "Infrastructure" ]

CPV

[ "Water" ]

false

null

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

true

With progressive increase of RE penetration in the grid, overall energy costs are expected to reduce, decreasing also potable water supply and irrigation costs. Decentralized renewable energy solutions and more efficient technologies will also be considered and tested by Cabo Verde; Seek to promote new water storage and distribution techniques and build at least 5 new dams by 2030; Seek to develop water and sanitation master plans (“planos diretores”) for each island and encourage private sector participation through different policy incentives and business models, such as concessions, privatization, leasing, among others, and equitable tariff policies;.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Targets" ]

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

SLV

[ "Energy", "LULUCF/Forestry" ]

false

null

[ "Measurable targets or indicators" ]

true

Mitigation: Energy. AFOLU. Adjustment:Biodiversity. Cities. Water Resources. Health. Description of the goal. 2.4.1. A. Goal based on the assisted natural regeneration area. From 2005, with a projection until 2025 (after the entry into operation of the Central 3 de Febrero, in 2023), more than 146 ha of forest will have been established with an assisted natural regeneration approach on land surrounding the perimeter of the future reservoir, of said Power Plant, in the Torola River Hydrographic Basin, in the Lempa River Hydrographic Region.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Time frame" ]

[ "Capacity building and knowledge transfer" ]

LKA

[ "Cross-Cutting Area" ]

false

null

[ "Time frame" ]

true

2021-2023. 7.1 Facilitate industries in selected sub-sectors to adopt relevant ISO systems having a focus on GHG emissions reduction. 2021-2023. 7.2 Introduce and promote suitable tax incentives to promote the acquiring of sustainable technologies. 2021-2023. 7.3 Facilitating the entry of ISO certified companies to the Green Public Procurement system of Sri Lanka. 2021-2023. 7.4 Facilitating transformational investment and favorable loans through financing institutions linking with green financing.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Conditional part of mitigation target" ]

[ "LULUCF/Forestry: General" ]

MMR

[ "LULUCF/Forestry" ]

false

null

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

false

"Building on this unconditional target, the Government of Myanmar sets the following conditional target contingent upon international support, a net emission reduction of 50% by 2030 against a 2005 – 2015 baseline of emissions and removals, with an intermediate target of 27% by 2025 and an expected annualized rate of net emission reductions from land use change and forestry of 6.9% over the period of 2021 – 2030. (Table 11) contingent on support provided."

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Action and priority" ]

[ "Fisheries and aquaculture" ]

MAR

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Increasing by 50 % the volume of sea products utilized and marketed. To achieve these goals, much planning has already been undertaken. Resilience to climate change is included in the majority of strategies, policies, action plans and programs, including the most important, presented in Table 4. Table 4. Main Sectoral Strategies Enabling the Implementation of Adaptation Objectives. Action Area. Strategies, Action Plans, Programs and Initiatives. Multisectoral. National Strategy for Sustainable Development. Morocco’s National Strategy to Combat Global Warming. National Strategy to Protect the Environment.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "Demand-side Efficiency: Industries", "Supply-side Efficiency: Power generation efficiency improvement", "Clean Cooking and Heating: Efficient cookstoves" ]

GHA

[ "Energy" ]

true

false

null

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

false

Expand the adoption of market-based cleaner cooking solutions. 2. Double energy efficiency improvement to 20% in power plants. 1. Transport. Scale up sustainable mass transportation. 1. AFOLU. Promote Sustainable utilization of forest resources through REDD+. 5. Waste. Adopt alternative urban solid waste management. 3. Industry. Double energy efficiency improvement to 20% in industrial facilities. 1. Green Cooling Africa Initiative. 1. 2.1.1 Outlook of emissions trajectory up to 2030.

true

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

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

en

false

null

[ "Downstream actions" ]

[ "Wetlands" ]

SSD

[ "LULUCF/Forestry" ]

false

null

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

false

Similar to forest cover monitoring, South Sudan will monitor and develop an inventory of its wetland and biodiversity hotspots through ground surveys or by using other technologies such as geographic information systems and satellite imagery. Identify and classify wetlands. Yet to be implemented. Short to medium term. Assess threats to wetlands by conducting a vulnerability assessment Establish buffer zones around wetlands. Establish buffer zones around wetlands to limit human activities that negatively impact the value of natural resources.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

PRY

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Promote the creation of citizen climate and environmental forums, as spaces for cooperation between organized and unorganized civil society organizations, academia and State authorities. Promote the consolidation of a national climate risk management and reduction system that allows for the implementation of adaptation actions to the negative impacts of climate change at the subnational level. Promote the exchange and generation of capacities at the subnational level, articulating with organizations of organized and unorganized civil society, the private sector, academia, and other identified key actors.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Time frame" ]

[ "Sea-level rise protection", "Tourism: General", "Coastal Zone: General", "Early warning system", "Ecosystem and biodiversity" ]

BLZ

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

false

null

[ "Time frame" ]

true

By 2023, pilot early warning system for storm surges in 1 coastal district, develop a national monitoring system and coastal response plan for storm surges and flooding. The actions identified here are considered conditional on 1) provision of technical expertise and development of capacity for the implementation of an early warning system (EWS) for storm surges and 2) financial support for a pilot EWS. 7.2.2 Agriculture. Type. SDG linkages. Target.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

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

GMB

[ "LULUCF/Forestry" ]

false

null

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

false

This is a 75.7percent decrease compared to the 2020 level and 81.3 percent compared to the expected baseline level in 2030. Figure 3: GHG emissions: Agriculture baseline and mitigation scenario. 1.3.2 Land use, land-use change, and forestry (LULUCF). Four mitigation measures have been identified in the LULUCF sector:. 2 – Re-greening degraded landscapes (including protected forests). 3 – Upscaling deployment of fuel-efficient biomass combustion stoves. MA3 – Multistrata agroforestry. MA4 – Firewood from agroforestry. Measure. Conditionality. Mitigation potential (in GgCO2e) and timeline.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Second NDC" ]

true

en

true

null

[ "Targets" ]

[ "Reforestation", "Sustainable forest management" ]

RWA

[ "LULUCF/Forestry" ]

false

null

[ "Measurable targets or indicators" ]

true

"Rwanda should maximize the productivity of its many degraded forest plantations which present an opportunity to increase biomass supply without converting additional land. By 2030, Rwanda will implement public private partnerships to sustainably managing all forestry plantations through multiyear contracts with forests operators (in cooperatives) who will plant and maintain young plantations until they reach their commercial size." (p. 8)

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

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

PAK

[ "Energy" ]

true

false

null

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

false

Oil and natural gas employers added the most new jobs, nearly 51,000, employing 603,000 and 271,000 respectively. Including hydropower PAKISTAN: UPDATED NATIONALLY DETERMINED CONTRIBUTIONS 2021 The following table outlines the key sectors along with the overarching objective and supporting actions as contributions towards mitigation. Table-4.2: Overarching Mitigation Objectives & Supporting Initiatives Objective Supporting Actions Lead Organization Potential Indicators Goals To ensure efﬁcient, affordable and renewable energy supply Increase in grid efﬁciency and transmission infrastructure NTDC Annual improvement in energy efﬁciency Increase energy efﬁciency with combined sectoral targets to achieve a total of 1.5% annual improvement in energy efﬁciency Mechanisms for grid ﬂexibility and greater integration of VRE NTDC Number of RE options explored At least 20% RE generation11 by Improvement in coal efﬁciency and exploration of green coal technologies Ministry of Energy (MoE) – Power Division Number of green coal technologies identiﬁed Large scale and distributed grid connected solar, wind

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Early warning system" ]

MWI

[ "Disaster Risk Management (DRM)" ]

false

null

[ "Adaptation action/priority" ]

true

Mitigation and low carbon development co-benefits are also shown, as well as key linkages with achieving the UN Sustainable Development Goals. MEASURES. LINE MINISTY. (FOCAL POINT). OTHER KEY ACTORS. ESTIMATED FUNDING. MITIGATION BENEFITS. ALIGNMENT WITH SDGs. TIMELINE. 2020-2025. 2025-2030. 2030-2040. CLIMATE SERVICES. EARLY WARNING SYSTEMS AND HAZARD MONITORING. Nationwide community-based EWS and flood monitoring, prioritized in problematic rivers. Ministry of Forestry and Natural Resources (Department of Water Resources). DODMA, DCCMS. US$ 250 million. uc: US$ 70m c: US$ 180m.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Water management", "Water quality", "Water supply", "Water conservation and reuse", "Watershed and river basin management" ]

JOR

[ "Water", "Environment" ]

false

null

[ "Adaptation action/priority" ]

true

Identifying the vulnerability of groundwater basins to climate change and developing required adaptation measures. Rehabilitation and restoration of key watersheds in Jordan for enhanced retention of surface water and recharge to groundwater. Improving the quality of surface and groundwater by enforcing laws to prevent dumping/pollution and/or incentives for cleanup and restoration of watersheds and basins. Ensuring a reliable supply of water to protect and restore critical water-related ecosystems, including forests, wetlands, rivers, aquifers and lakes.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Energy Efficiency" ]

BHS

[ "Energy" ]

true

false

null

[ "Information on sectoral plans" ]

false

Based on previous efforts, our ability to meet this target assumes economic growth and socio economic progress and cost savings warranting the required expenditures. This comprehensive programme to improve efficiency and energy diversification will allow The Bahamas to provide reliable, high-quality, affordable, environmentally-friendly energy, while at the same time reducing the volumes and amounts of imported fuels.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

[ "Solid Waste" ]

TCD

[ "Waste" ]

false

null

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

false

The establishment of a national waste management policy is crucial in terms of public health and the development of the country. The conditional scenario takes into account the establishment of waste treatment plants in major urban centers with an estimated reduction impact of around 10% of emissions related to solid waste management.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Sectoral Conditional Actions" ]

[ "Infrastructure and roads", "Disease surveillance and control" ]

MUS

[ "Health", "Transport" ]

false

null

[ "Condition actions of the sectoral level" ]

true

Improve surveillance of diseases associated with climate change and develop and implement a decentralized alert and rapid response mechanism. Transportation. Acquisition of hybrid and electric means of mass transportation. 4.0 Equity in Environmental Obligations. In 2014, the total greenhouse gas (GHG) emissions for the Republic of Mauritius was approximately 5.1 million tonnes of Carbon Dioxide equivalent, up from 4 .8MtCO2e in 2010. This is relatively very small, representing just 0.015% of global emissions in 2010.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

[ "Sectoral plans on" ]

[ "Waste: General" ]

SSD

[ "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

Increase awareness regarding the global carbon markets and associated climate finance among private players. (Waste management is one of the potential sectors for generating carbon credits. Thus, implementation of efficient waste management practices can reduce GHG emissions and potentially generate emission-reduction credits in carbon markets. The revenue generated from the sale of such carbon credits can provide economic incentives to private players for development and implementation of effective mitigation technologies.)

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Sustainable land management" ]

MOZ

[ "LULUCF/Forestry" ]

false

null

[ "Adaptation action/priority" ]

true

The elaboration of the H-Nap is based on the results and recommendation of the assessment of vulnerability and adaptation to climate change of the health sector in Mozambique conducted in 2019. The Plan is being developed with collaboration of MISAU, INS, Eduardo Mondlane University with technical and financial support from WHO through funds from the Government of Flanders. BIODIVERSITY. Planning and management of biodiversity and coastal ecosystems 4.6.2.3. Rehabilitation of deforested areas for pasture creation, agriculture practice, forest resources exploitation 4.6.2.3.3.1.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Freight Vehicles", "Inland Waterways", "Rail", "Transport: General" ]

EGY

[ "Transport" ]

true

false

null

[ "Information on sectoral plans" ]

false

Increase Share of River Pass. Transport. Cairo metro (Line 3 phase 3& 4 + Line 4). Freight. Improve road transport efficiency. Switch from road to river transport. Switch from road to rail transport. Agriculture. Energy efficiency improvements. Res. & Comm. Energy efficiency improvements. Utilization of solar energy for water heating. Electricity. Energy efficiency improvements. Nuclear energy use for power generation. Renewable energy use for power generation. Petroleum. Energy Efficiency improvements. Table 3. GHGs Emissions Reduction Actions in Non-Energy Sectors. Sector. Mitigation Measure. Agriculture. Enteric fermentation.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Existing sectoral policies" ]

[ "Solid Waste" ]

IDN

[ "Waste" ]

false

true

null

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

false

Indonesia’s current policy on municipal waste management has been constituted by Presidential Decree Number 97/2017 on National Policy and Strategy on Solid Waste Management, which promulgated its policies, strategies, programs, and waste reduction target by 2025, as well as under the Presidential Regulation Number 35/2018 on Acceleration of Construction of Thermal Generation Facilities for Converting Waste into Electricity Energy with Environmental Sound Technology. The projected BAU and both unconditional and conditional emission reduction targets are depicted in Table 1 with more elaboration for each sector in Annex 1.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral Target", "Sectoral Unconditional Actions", "Sectoral targets on", "Unconditional part of mitigation target", "Action and priority" ]

[ "Conservation", "Reforestation", "Sustainable forest management", "Renewable energy" ]

BOL

[ "Energy", "LULUCF/Forestry" ]

false

null

[ "Unconditional sectoral actions", "Adaptation targets/ objectives at the sectoral level", "Unconditional part of the mitigation effort for a given sectoral target", "Targets at the sectoral level", "Adaptation action/priority" ]

true

State participation in energy generation, creating income and implementing policies and redistribution of wealth. Promotion of energy surplus export from renewables sources, positioning Bolivia as a regional powerhouse with clean energy. iii) In relation to forests and agriculture, actions will be promoted with a focus on joint mitigation and adaptation to climate change and holistic development, achieving the following results:. Zero illegal deforestation by 2020. Increased the surface of forested and reforested areas to 4.5 million hectares by 2030.

true

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

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

[ "Sectoral Conditional Actions" ]

[ "Disease surveillance and control" ]

COM

[ "Health" ]

false

null

[ "Condition actions of the sectoral level" ]

true

the country benefits from an effective early warning and response system capable of intervening throughout the territory in the event of the emergence of a new bovine or caprine disease. Health. Malaria is eradicated from the island. the country benefits from an effective early warning and response system capable of intervening throughout the territory in the event of the emergence of a new vector disease. Risk reduction and disasters. the country benefits from an effective early warning and response system capable of intervening throughout the territory.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

true

en

true

null

[ "Sectoral targets on" ]

[ "Solid Waste", "Wastewater" ]

IDN

[ "Waste" ]

false

null

[ "Targets at the sectoral level" ]

false

"The mitigation actions in industrial solid waste handling include utilisation of WWTP sludge and industrial solid waste through composting, reuse as raw material, use as energy. In industrial liquid waste handling, mitigation actions include wastewater treatment in palm oil, pulp and paper, fruits/vegetables and juices processing, and other industries and to implement methane capture and utilisation (biogas). With such actions, the previous NDC emission reduction target of 3 million ton CO2-eq is enhanced up to 26 million ton CO2-eq (equivalent to 1.2 million ton CH4 recovery)"

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Wastewater treatment" ]

JOR

[ "Water" ]

false

null

[ "Adaptation action/priority" ]

true

This contribution will help to save more freshwater resources for drinking and sanitation practices that are associated with life at a warmer and more disease prone world. Key actions to be taken include the following:. Promote the use of non-conventional water sources especially treated wastewater for non-domestic water use. Increasing of the number and scope of use of decentralized wastewater treatment plants in rural areas. Promote desalination programmes for drinking water and irrigation.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Energy Efficiency" ]

MMR

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Drawing on the recommendations developed in the National Energy Efficiency and Conservation Policy, Strategy and Roadmap for Myanmar (2015)64, a set of quantifiable targets have been adopted by MOI for inclusion in this NDC.65. Based on the 2012 national baseline energy consumption estimated at 8,254 GWh, within this overall target, Myanmar will aim to improve energy efficiency by 2030 for the following sectors: 6.63% energy reduction in the industrial sector; 4% reduction in the commercial sector; 7.80% energy reduction in the residential sector and 1.36% in other sectors.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Health services and assessment", "Energy: General", "Water supply", "Renewable Energy: Hydro", "Capacity building and knowledge transfer" ]

LAO

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

false

null

[ "Adaptation action/priority" ]

true

Promote ecosystem-based adaptation solutions. 5. Public Health. Increase the resilience of public health infrastructure and water supply system to climate change. Improve public health services for climate change adaptation and coping with climate change induced impacts. 6. Energy. Build resilience to climate change in hydropower sector through improved dam safety regulations and guidelines. Strengthen technical capacity to use new and innovative technologies to enhance climate resilience and sound management in energy sector.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

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

MUS

[ "Energy", "Transport", "Industries", "Waste" ]

false

null

[ "Targets at the sectoral level" ]

false

Strategic Plan for the Food Crop, Livestock and Forestry sectors 2016-2020 (under revision). (d) Target relative to the reference indicator, expressed numerically, for example in percentage or amount of reduction;. The quantified mitigation target is equivalent to 40% reduction of GHG emissions by 2030 compared to the BAU scenario. The contribution by each sector to the 40% mitigation target in terms of avoided emissions (ktCO2eq) is as it follows:.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Vehicle Fleet", "Transportation Infrastructure", "Transportation Fuels", "Transportation Planning", "Transport: General" ]

PNG

[ "Transport" ]

true

null

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

false

Reduce vehicle-miles through more. compact development patterns;. Encourage the introduction of fuel-efficient. transport equipment;. Encourage sustainable substitution of fossil. fuels with biofuels;. Monitor vehicle fleet-weighted fuel and CO2. efficiency;. Eliminate high emission vehicles;. Establish low carbon fuel standards;. Encourage the introduction of hybrid and. electric vehicles. Land Use, Land-Use Change & Forestry Sub-Sector. The Land Use, Land-Use Change and Forestry. (LULUCF) sub-sector is one of the biggest contributors. to GHG emissions in PNG. Nevertheless, the sector. also has the highest potential for removal. The sector.

true

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

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Existing sectoral policies", "Building on existing downstream actions" ]

[ "Energy: General", "Supply-side Efficiency: Power generation efficiency improvement: Fuel switching", "Gas-to-Power" ]

SGP

[ "Energy" ]

false

true

null

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

false

Singapore made early policy choices that reduced its GHG emissions, for example by switching from fuel oil to natural gas – the cleanest form of fossil fuel – for power generation. In 2019, about 95% of its electricity was generated from natural gas, compared to 18% in 2000. Energy is priced at market cost, without any subsidy, so that households and businesses will use energy judiciously.

true

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

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

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

JAM

[ "Energy" ]

true

false

null

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

false

In particular, Jamaica seeks support for the expansion of energy efficiency initiatives in the electricity and transportation sectors, in line with sector action plans and policies currently under development. 3. Information to Facilitate Clarity, Transparency and Understanding. Table 3.1: Technical Information on Jamaica’s INDC. Parameter. Information. Timeframe and/or period of implementation. 2005-2030 (with an interim target in 2025). Scope of gases included. Carbon dioxide, methane, nitrous oxide, nitrogen oxides, carbon monoxide, non-methane volatile organic compounds, sulphur dioxide. Sectors covered. Energy [2].

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

false

null

[ "Action and priority" ]

[ "Coastal management", "Sea-level rise protection", "Capacity building and knowledge transfer" ]

LKA

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

false

null

[ "Adaptation action/priority" ]

true

2024. 2.3 Prepare SLR influenced risk maps for the coastal zone with 0.5m contour intervals and take appropriate actions. 2025. 2.4 Use findings in 2.3 to update the existing coastal development setbacks. 2026. NDC 3. Adopt optimal shoreline management works/measures covering affected length of shoreline using a combination of hard & soft solutions to prevent coastal erosion in areas most vulnerable to SLR. 2030. 3.1 Start required long term data collection programmes, including wave measurements and a sediment transport study.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Renewable Energy", "Supply-side Efficiency", "Recycling, Reuse, Reduce" ]

ARE

[ "Energy", "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

The UAE’s oil and gas sector is also undertaking initiatives to power production facilities with cleaner energy, increase the efficiency of energy and water use, conserve freshwater resources, and recycle and re-use water. 2.4 Non-Energy Emission-Intensive Industries. UAE’s key heavy industries include aluminium, iron and steel, cement and chemicals, with each pursuing relevant green industry initiatives.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Downstream actions" ]

[ "Economy-wide: General" ]

QAT

[ "Economy-wide" ]

false

null

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

false

The R&D stakeholders (universities, research institutes and private labs) are equally playing a vital role in spreading awareness on the topic of economic diversification by dedicating efforts to relevant research projects and prioritizing research topics, such as the development of the energy, water and food nexus economy. f) Education. Educational institutions are a key player in the steering and implementation of the national long-term climate change strategies via research, technology development, policies and regulatory frameworks, monitoring, measurements, evaluation, and incentive schemes.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Existing sectoral policies" ]

[ "Buildings: General" ]

IND

[ "Buildings" ]

false

true

null

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

false

The Energy Conservation Building Code (ECBC) sets minimum energy standards for new commercial buildings. Eight states have already adopted and notified the ECBC, and over 300 new commercial buildings have become compliant. The Code would be made more stringent to promote construction of even more (Near-Zero) energy-efficient buildings. Design Guidelines for Energy Efficient Multi-storey Residential buildings have also been launched.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Sustainable forest management" ]

MAR

[ "LULUCF/Forestry" ]

false

null

[ "Adaptation action/priority" ]

true

All emissions and removals declared in the GHG inventory of the Kingdom of Morocco are included in the CDN, without a specific approach to exclude emissions from natural disturbances. ii. Approach used to account for emissions and removals from harvested wood products. Informally harvested wood products were estimated. iii. Approach used to address the effects of age class structure in forests.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

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

SDN

[ "Coastal Zone" ]

false

null

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

true

New information systems: Enhancing monitoring programs in natural and urban settings to detect biological, physical, and chemical changes and responses due to direct and indirect effects of climate change. Implement integrated coastal zone management: an integrated approach to land use planning, creation of ecological buffer zones, establishing protected inland zones to accommodate salt marsh, mangrove and sea grass. Building awareness: This involves enhancing the awareness of coastal developers through national and international activities, technical assistance, and capacity-building. Health.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Existing sectoral policies" ]

[ "Industries: General" ]

KOR

[ "Industries" ]

false

true

null

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

false

The target was stipulated in the Framework Act on Low Carbon, Green Growth which came into effect in April 2010. Furthermore, Korea has continued its efforts to provide a legislative framework and national plans for addressing climate change. The Korean government finalized sectoral and annual targets in July 2011, and announced the National Greenhouse Gas Emissions Reduction Roadmap in January 2014 for sectoral action plans and their implementation. In 2012, Korea launched the GHG and Energy Target Management System (TMS) for the industrial sector.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

[ "Action and priority" ]

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

ATG

[ "Water", "Economy-wide" ]

false

null

[ "Adaptation action/priority" ]

true

To increase the adaptative capacity of the infrastructure, adaptation targets are introduced such as 100% of community and sports infrastructure and assets are climate resilient (to withstand at a minimum Category 4 tropical cyclones) and have adequate water harvesting and storage systems. Given the projected increase in the frequency of Category 4 and 5 hurricanes and the vulnerability of the energy system to these extreme events, Antigua and Barbuda plans to expand the use of renewable energy within household back up energy systems.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

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

KHM

[ "Energy" ]

true

false

null

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

false

Increase energy access to rural area. MME. Local community has electricity 24 hours. Incorporate renewable energy resources. (solar, wind, hydro, biomass) into energy mix. MME. Reduce imports energy sources and increase clean energy. Diversification of household and community energy generation sources to reduce reliance on biomass as an energy sources. MME. Reducing GHG emission though off grid street lightening of rural municipality. NCDD.

true

[ "Sectoral Mitigation Plans" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

[ "Targets", "Action and priority" ]

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

KGZ

[ "Health" ]

false

null

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

true

Reducing vulnerability to negative impacts of climate change impacts. Measure 4.3.1. Reducing the vulnerability of the population to diseases of the circulatory system and respiratory system. Reduced morbidity and mortality of the population from the negative effects of climate change. Measure 4.3.2 Reducing the prevalence of diseases associated with poor nutritional status of the population due to climate change. Measure 4.3.3. Reducing the vulnerability of the population to food poisoning due to climate change factors. Measure 4.3.4.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Demand-side Efficiency: Appliances", "Vehicle Fleet", "Waste-to-Energy" ]

PSE

[ "Energy", "Transport", "Waste" ]

false

true

null

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

false

Use of waste for electricity generation. Deployment of a 1 MW (50 tonnes per day of waste) waste incineration unit. Reduction of methane from landfill. The capture of 14,000 tonnes of landfill gases per annum for use in power generation. Energy efficient lighting. Annual increase as part of buildings standards. Increase of 1% per annum using energy efficient lightbulbs. Hybrid electric vehicles. Promotional campaigns and maintenance/increases to tax credits for qualifying vehicles. Compressed natural gas powered vehicles.

true

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

true

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

[ "Landscape management", "Economy-wide: General", "Livestock", "Climate smart agriculture", "Capacity building and knowledge transfer", "Crops", "Ecosystem and biodiversity" ]

COL

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

false

null

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

true

Delimitation and protection Colombia’s 36 “paramo“ areas (high mountain Andean ecosystems) (approximately 3 million hectares). vii. Increase of more than 2.5 million hectares in coverage of newly protected areas in the National System of Protected Areas -SINAP‐, in coordination with local and regional stakeholders. viii. Inclusion of climate change considerations in projects of national and strategic interest -PINES‐. ix. 10 subsectors of the agricultural sector such as rice, coffee, livestock and silvopastoral, with improved capabilities to adapt appropriately to climate change and variability. x.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true

null

[ "Existing sectoral policies" ]

[ "LULUCF/Forestry: General" ]

GTM

[ "LULUCF/Forestry" ]

false

true

null

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

false

Use and Change of Land Use and Forestry:Implementation of the Strategy to Reduce Emissions from Deforestation and Forest Degradation (REDD+): is currently being developed in line with a vision of improvement and integration of public policy instruments in the forestry sector. Implementation of the Climate Change Agendas of the public institutions related to compliance with Art. 20, of the Climate Change Framework Law, mainly with the Implementation of the Biodiversity and Climate Change Strategy.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

false

null

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

[ "Monitoring and Evaluation System", "Livestock", "Disaster preparedness", "Agriculture: General", "Sustainable land management", "Health: General" ]

PER

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

false

null

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

true

Reduce the negative impact ofclimate change on the agrarian activity (agriculture, livestock and forestry). Reduce the vulnerability of the fishery andaquaculture sector to Climate Change. Promote comprehensive land management with a landscape approach, oriented to increase forests resilience to CC, and reduce the vulnerability of local populations. Reduce vulnerability and increase the population resilience to the health effects of climate change. Crosscutting areas/Goals. 1. Disaster Risk Management[15]. Increase the number of prioritized districts, due to hydro-meteorological and climate events, that are monitored.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

true

false

en

true

null

[ "Existing sectoral policies" ]

[ "Waste: General" ]

COD

[ "Waste" ]

false

true

null

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

false

Promote the sanitation sector to all stakeholders; Put in place mechanisms for mobilizing endogenous and exogenous financial resources in the sanitation sector; Improve sanitation sector governance; Driving a change in mentality and behavior in sanitation; Harmonize the different approaches of the sanitation sector; and Promote the development and implementation of sub-sector programs.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

CPV

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Urban Agenda 2030, which guides the implementation of SDG 11 concerned with making cities and human settlements inclusive, safe, resilient and sustainable;. Cabo Verde Habitat III Report, which seeks to implement the UN Habitat Agenda and the UN New Urban Agenda. Cabo Verde’s contributions in this sector for 2030 are as follows:ADAPTATION CONTRIBUTION #7: USING SPATIAL PLANNING AS AN ALLY IN CLIMATE CHANGE ADAPTATION AND MITIGATION.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

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 defining these commitments, it adheres to IPCC reports and guidelines, takes into account the country’s level of development, poverty reduction priorities, the need to integrate policies on Short-Lived Climate Pollutants, and other promising policies under development, such as the first Emissions Trading System in Latin America. It also considers the current state of climate policies in developed countries, the possibilities of climate finance and current technology transfer.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Archived Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Waste management", "Infrastructure" ]

PSE

[ "Water", "Urban" ]

false

null

[ "Adaptation action/priority" ]

true

Finance, technology, capacity building. Waste and wastewater(Gaza Strip). Waste management. Improving waste collection system. 12,000,000. Finance, technology, capacity building. Waste management. Improve management of leachate from landfill sites. 2,000,000. Finance, technology, capacity building. Waste management. Reduce, re-use, recycle. 2,000,000. Finance, technology, capacity building. Water(West Bank). Condition of infrastructure. Rehabilitate water sources: wells, canals and springs. 4,400,000. Finance, capacity building. Condition of infrastructure. Control of leakage from distribution systems. 16,500,000. Finance, capacity building. Groundwater supply.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Conditional part of mitigation target" ]

[ "Renewable Energy" ]

MLI

[ "Energy" ]

false

null

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

false

FIRST PART: SITUATION OF MALI FACING CLIMATE CHANGE. 1.1 Indicators. Population. 14.5 million. Population growth. 3.6%. Urbanization rate. 26.8%. Rural population. 73%. GDP growth rate. 7.2%. National poverty rate. 46.9%. National rate of access to electricity {2014). 34.89%. Per capita energy consumption in 2010. 0.20 toe / inhabitant. Annual electricity consumption in 2009. 59.36 Kwh / inhabitant. Total installed capacity in MW in 2010. 402MW. Estimated annual electricity demand (in 2010). 182.4 MW. Share of renewable energy in national electricity production in 2010. 3%.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "First NDC" ]

false

true

en

true

null

[ "Sectoral Policies" ]

[ "Renewable energy" ]

GMB

[ "Energy" ]

true

null

[ "Sectoral plans and strategies for adaptation." ]

true

; and (i) cross-cutting measures. The national authority for the follow-up of the National Energy Efficiency Action Plan is the Ministry of Energy. A monitoring system, including indicators for individual measures and instruments, will be developed with the support of ECREEE, in order to follow-up the implementation of the National Energy Efficiency Action Plan (NEEAP). National Investment Program on Access to Energy in The Gambia (2013 – 2020) will increase access to energy services for rural, urban and peri-urban populations by 2020.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

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

[ "Industries: General" ]

MWI

[ "Industries" ]

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

Reduced generation of reactive power at power plants resulting in avoided GHG emissions from reduced fossil fuel fuel combustion to generate reactive power. MOI (Department of Factory Inspectorate). MERA, ESCOM. US$ 1.5 million. 100% unconditional. Increased resilience and efficiency of industrial and manufacturing consumers - because the use of PFC allows electricity users to reduce their electricity bills by maintaining the level. ✔. ✔. ✔. AGRICULTURE.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

true

null

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

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

KOR

[ "Energy", "Industries" ]

true

null

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

false

In promoting cost-effective measures for mitigation, Korea adopted the Act on the Allocation and Trading of Greenhouse Gas Emission Permits in 2012, and launched a nation-wide Emissions Trading Scheme (ETS) in 2015. The ETS covers 525 business entities which account for 67.7% of national greenhouse gas emissions. 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.

true

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

false

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

false

null

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

[ "Vehicle Fleet", "Urban Transport" ]

GIN

[ "Transport" ]

false

true

null

[ "Information on upstream policies for a given sector", "Unconditional part of mitigation target for a given upstream sectoral policy", "Sectoral downstream actions to be undertaken as part of the NDC contribution", "Unconditional part of the mitigation effort for a given sectoral target", "Targets at the sectoral level" ]

false

The deployment of the Urban Development Plan of Conakry with in particular a BRT bus line and a train line is an essential asset for reducing CO2 emissions but also improving the living conditions of millions of people in the capital. Unconditional objective. Application of the ban on importing vehicles over 8 years old by 2025 (ECOWAS standard); implementation by 2030 of the import ban on vehicles over 5 years old (recommendation of the ECOWAS Commission in 2020).

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

true

null

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

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

MRT

[ "Energy" ]

false

null

[ "Targets at the sectoral level", "Emission reduction potential for a given sectoral downstream action", "Sectoral downstream actions to be undertaken as part of the NDC contribution" ]

false

Efficient Household Lighting with CFL Improved Energy Efficiency of Efficient Household Lighting with Fluo-Compact Bulbs Efficient Household Lighting with LED Improved Energy Efficiency of Household Lighting with LED Bulbs Unit in 2030 Efficient Refrigerator Promotion of Energy Efficiency Appliances according to Energy Performance Rules with 15000 Eco-Energy Refrigerators Replacement of CFL with LEDs in Household Lighting Improved Energy Efficiency of Household Lighting with Fluo-Compact Bulbs with New Generation LED Bulbs (140 Lumen / Watt).

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Capacity building and knowledge transfer" ]

PAK

[ "Cross-Cutting Area" ]

false

null

[ "Adaptation action/priority" ]

true

Led by the Ministry of Climate Change, Pakistan shall develop a National Adaptation Plan (NAP) that will create a framework for guiding the mainstreaming of medium- and long-term climate change concerns into national sectoral policies, strategies and programmes. The framework will help provide a basis for a more coordinated approach within and among different levels of government for climate-resilient development.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

[ "Action and priority" ]

[ "Poverty reduction", "Safety net" ]

JOR

[ "Social Development" ]

false

null

[ "Adaptation action/priority" ]

true

Adopting poverty fight programmes fostering providing housing for poor people and supporting micro-projects for poor communities in light of unusual severe seasonal cold and hot weather conditions prevailed in the last decade. Developing emergency relief and aid for areas and communities that are under threat of climate risks. 4.8.4 Mobilization of social capital for climate change adaptation. Addressing climate change risks would never be successful without adequate and effective mobilization of all dimensions of social capital in Jordan with special focus on youth.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Targets" ]

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

VUT

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

false

null

[ "Measurable targets or indicators" ]

true

Indicator Wa1.8: Proportion of men and women with adequate access to water in each of the six provinces in normal and (climate, disaster and environmentally) stressed times [ECO 3.4.2; ECO 4.2.1]. Indicator Wa1.9: Percentage of water-climate vulnerable rural communities in the six provinces covered by water insurance. Indicator Wa1.10: Number of water-climate vulnerable rural communities with at least 5 individuals who have been trained on climate resilient water management. SOC 4.1.1 Proportion of government departments with gender responsive policies, legislation and programmes.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Action and priority" ]

[ "Food security" ]

THA

[ "Agriculture" ]

false

null

[ "Adaptation action/priority" ]

true

Water resources management sector aims to increase water security and reduce loss and damage from water-related disasters by developing mechanisms and approaches for integrated water resources management and building adaptive capacity and resilience to manage climate risks in water resources management. Agriculture and food security sector aims to maintain productivity and food security by increasing the ability to respond and manage climate risks in the agricultural sector.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

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

SGP

[ "Water", "Energy" ]

false

null

[ "Targets at the sectoral level", "Time frame" ]

true

Singapore is well on track to achieve 350 megawatt-peak (MWp) in 2020 and aims to achieve at least 2 gigawatt-peak (GWp) by 2030. While this level of renewable energy cannot match those of countries with abundant land for solar PV deployment and access to alternative energy resources, Singapore’s context and constraints must be taken into account.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Renewable Energy: Solar: Off-Grid", "Mini-Grids", "Renewable Energy: Solar" ]

RWA

[ "Energy" ]

false

null

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

false

MININFRA, MINAGRI (RAB, RWRB). 285 million USD. Reduced dependence on imported energy and increased food security. Conditional measures. Electricity. Solar mini-grids. 68 MWp of solar mini-grids to be installed in off-grid rural areas by 2030, as reflected in the Rural Electrification Strategy. Displacement of traditional biomass fuels, diesel and kerosene for domestic energy use. ✔. ✔. ✔. MININFRA (REG, EDCL). Total costs est. 206 million USD (incl. battery replacements). Reduced dependence on availability of traditional biomass fuels, which is vulnerable to climate variability.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

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

[ "Maritime", "Transportation Fuels" ]

WSM

[ "Transport" ]

false

null

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

false

Pilot the use of biodiesel on one of Samoa’s freight or passenger vessels. Conduct studies to understand viability of low carbon maritime transport options. Samoa can develop shore side electricity supply for at-berth vessels and review energy efficiency in the sector without external financial support. Samoa requires external financial support to introduce renewable energy technologies to vessels. Samoa requires external financial support and technical assistance to support projects to scope and develop low-carbon maritime transport options. Tourism.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "Second NDC" ]

false

true

en

true

null

[ "Action and priority" ]

[ "Sea-level rise protection" ]

BHR

[ "Coastal Zone" ]

false

null

[ "Adaptation action/priority" ]

true

Coastal Resilience to Sea-Level Rise has been included in the Ministry of Works Dredging and Land Reclamation Technical Manual published in 2008. Using inter alia information found in Bahrain’s Initial National Communication. Report to the UNFCCC. the recommended reclamation levels considers the clearance for expected sea-level rise due global warming of 0.4 meters. Water Scarcity.

false

[ "Adaptation Commitments" ]

false

[ "CW" ]

null

[ "First NDC" ]

false

en

true

null

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

[ "LULUCF/Forestry: General" ]

BLZ

[ "LULUCF/Forestry" ]

false

null

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

false

Reduce degradation in 42,600 hectares of forest within protected areas by reducing fire incidence, improving logging practices, and controlling other human disturbance by 2030. Action. Assess potential to reduce emissions related to fuelwood collection and use including an assessment of social and cultural impacts and collection of data on current fuelwood use in local communities throughout Belize and incorporate findings into forestry sector strategies. Action.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

true

en

false

null

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

[ "Water supply", "Buildings: General", "Disaster preparedness" ]

ATG

[ "Water", "Disaster Risk Management (DRM)", "Urban" ]

false

null

[ "Adaptation action/priority", "Time frame", "Adaptation targets/ objectives at the sectoral level" ]

true

Antigua and Barbuda reserves the right to revise this INDC prior to finalization and/or ratification under a new global climate agreement. Intended Nationally Determined Contribution (INDC). Conditional Adaptation Targets. By 2025, increase seawater desalination capacity by 50% above 2015 levels. By 2030, all buildings are improved and prepared for extreme climate events, including drought, flooding and hurricanes.

false

[ "Adaptation Commitments" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

en

true

null

[ "Sectoral plans on" ]

[ "Buildings: General" ]

SSD

[ "Buildings" ]

true

false

null

[ "Information on sectoral plans" ]

false

The use of materials with industrial by-products (such as fly ash, recycled sand) will be promoted for the construction of buildings. Yet to be implemented. Short to medium term. 7.3.2.2 Adaptation. An increase in riverine floods in the future due to changing climate can have serious impacts on infrastructure. Therefore, the following adaptation strategies have been proposed to strengthen the sector’s resilience. Table 13: Adaptation strategies for the infrastructure sector. Strategies. Activities under consideration. Current progress. Time-frame. Mainstream climate resilience in construction activities.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

[ "Sectoral plans on" ]

[ "Recycling, Reuse, Reduce" ]

ARG

[ "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

"By 2030, and with the aim of ensuring the minimization of waste generation, improvements in sustainable consumption and production will be adopted, the circular economy will be promoted as one of the tools available, among others, to achieve sustainable development, the proper management of waste -including separation at source and the promotion of the recycling industry- and the implementation of innovative practices and technologies for the correct treatment of waste...Additionally, programs for the management and recovery of Special Waste of Universal Generation and Industrial Waste will be implemented."

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

false

null

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

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

VNM

[ "Transport" ]

true

false

null

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

false

In the transport sector, climate change responses have been mainstreamed into the process of updating, adjusting and developing sectoral strategies and planning, including detailed planning of seaport groups; development planning of Viet Nam’s dry port system; detailed planning of the dry port system to 2020 with orientation to 2030; the master plan for inland waterway transport development; railway transport development strategy and planning; and the planning of Long Thanh Airport and other airports. The use of renewable energy in public lighting and traffic light systems has also increased.

true

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

false

[ "CW" ]

null

[ "Archived Revised First NDC" ]

false

en

true

null

[ "Sectoral targets on" ]

[ "Renewable Energy" ]

BRN

[ "Energy" ]

false

null

[ "Targets at the sectoral level" ]

false

Other alternative energy sources such as wind power, hydropower and tidal power are currently being researched by the Government of Brunei Darussalam. Further development will potentially make the technology more economically and technically feasible in the medium and long-term, supporting the Government of Brunei Darussalam’s goal to increase the share of renewables so that 10% of the total power generation is sourced from renewable energy by 2035. 5.2 Implementing Transport Related Measures.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "INDC" ]

false

en

false

null

[ "Sectoral plans on" ]

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

COM

[ "Energy", "Waste" ]

true

false

null

[ "Information on sectoral plans" ]

false

The associated actions are the improvement of collection, the development of biogas and compost. Land use, land use change and forestry. The LULUCF sector is a key sector, it makes it possible to count the absorption of CO2 in connection with the growth of trees (forest, arboriculture, agroforestry) but it also generates emissions (collection of wood, deforestation, burning). Mitigation actions targeting this sector will also contribute to strengthening the adaptation capacities of the Comorian populations. 2.5. Mitigation effort.

true

[ "Sectoral Mitigation Plans" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

[ "Sectoral targets on", "Emission reduction potential", "Action and priority", "Sectoral plans on" ]

[ "Demand-side Efficiency: Industries", "Climate smart agriculture", "Energy Efficiency", "Industries: General", "Agriculture: General", "Climate Smart Agriculture", "Maritime" ]

FJI

[ "Agriculture", "Energy", "Transport", "Industries" ]

true

false

null

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

true

Target 3: As a contribution to Target 1, to reduce energy sector CO2 emissions by 10% through energy efficiency improvements economy-wide, implicitly in the transport, industry, and electricity demand-side subsectors. In this update, Fiji also commits to:Target 4: As a contribution to Target 1, to reduce domestic maritime shipping emissions by 40%. Adaptation Target. Target 5: To adopt Climate Smart Agriculture practices, with emphasis on the promotion of sustainable practices in crop management, livestock and sugarcane farming and fisheries.

true

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

true

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

[ "Downstream actions" ]

[ "Recycling, Reuse, Reduce", "Waste-to-Energy" ]

IDN

[ "Waste" ]

false

null

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

false

Enhancement of the percentage of waste utilization by composting and 3R (paper). No mitigation actions. 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**. PLTSa implementation in 7 cities. Up to 3% in 2020 and increase up to 5% in 2030**.

true

[ "Sectoral Mitigation Actions" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

true

null

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

[ "Transport: General" ]

BFA

[ "Transport" ]

false

null

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

false

Figure 8: Evolution of the sequestration potential of the Energy sector for the years 2025, 2030, 2050. Source: SP/CNDD. 3.1.3. Contribution of the Transport sector in reducing GHG emissions. For the transport sector, the potential for sequestration of GHG emissions is shown below in Table 5. Table 5: Contribution of the transport sector in reducing GHG emissions. Scenario (Gg CO2eq). 2025. 2030. 2050. Unconditional scenario. 1210. 3563. 8265. Conditional scenario. 267. 876. 4153. Total. 1477. 4439. 12418. Source: SP/CNDD.

true

[ "Sectoral Mitigation Targets" ]

true

[ "CW" ]

null

[ "Revised First NDC" ]

true

false

en

false

null

[ "Existing sectoral policies" ]

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

ALB

[ "Energy" ]

false

true

null

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

false

National Strategy for Development and Integration – 2015-2020 (Albanian Council of Ministers, 2017);. National Programs for Economic Reforms (NPER) 2015-2017 and 2016-2018 Albanian Council of Ministers, 2017);. Albanian Renewable Energy Source Action Plan (NREAP adopted by the Governmental Decree no.27, dated 20.01.2016);. 1st National Energy Efficiency Action Plan 2011-2018 (Government Decree no. 619, date 7.09.2011). 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);.

true

[ "Sectoral Mitigation Policies" ]

false

[ "CW" ]

null

[ "Revised First NDC" ]

false

en

false

null

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

[ "Recycling, Reuse, Reduce" ]

ARE

[ "Waste" ]

false

true

null

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

false

A federal public-private partnership, the Circle Coalition, established in 2019 is working to develop a circular economy model to combat the issue of plastic and packaging waste pollution in the country. The UAE was also amongst the first signatories to the ‘Scale 360’ initiative of the World Economic Forum, a partnership that is focused on fast-tracking the circular economy through nationally-led innovation challenges.

true

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

false

[ "CW" ]

null

[ "Second NDC" ]

false

en

true

null

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

[ "Renewable Energy: Wind", "Renewable Energy: Biofuels", "Renewable Energy: Solar" ]

TON

[ "Energy" ]

false

null

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

false

Networking, Capacity Development). 2015-2020. √. SPC and UNEP. Priority near-term investments:. Solar Data Collection. 2016-2018. √. √. OIREP. Current funding $6m TOP. Large 3rd Party Solar Generation | Medium 3rd Party Solar Generation | Small 3rd Party Solar Generation. 2016-2020. √. √. US$ 30m in investment required to contribute to 50% RE goal. Wind Farm |Ha’apai Micro Wind | Outer Island Wind Data Collection. 2016-2018. √. √. MFAT/JICA. Current funding $40m TOP. 3rd Party Wind Generation. 2017-2019. √. √. ‘Eua Biomass | Tongatapu Biomass. ASAP.

true

[ "Sectoral Mitigation Actions" ]

true

[ "CW" ]

null

[ "INDC", "First NDC" ]

false

true

en

true