devinitorg/iati-policy-markers huggingface dataset:
Kommunal organisierter Schutz des Schneeleoparden bei verbesserter ländlicher Klimaresilienz This IKI Small Grants project addresses biodiversity conservation and climate resilience in Western and Southern Mongolia, which is home to the second largest population of snow leopards in the world. Community lands have little protection and are at high risk of biodiversity loss from poaching, mining, and large infrastructure, threatening communities that rely on this land for livelihood. The project helps to reinforce the land rights of 33 communities. It sets up and operationalises legally supported and government-accredited Community Responsible Areas (CRAs) to conserve snow leopard habitats. It assists communities in sustainably managing lands for pastoral production and biodiversity conservation. After legal recognition, the communities receive long-term assistance in diversifying their livelihoods and protecting and monitoring wildlife.
Andean Water Towers Knowledge Center for Climate Change Adaptation (AKCC) Glaciers in the tropical Andes region in Bolivia have been shrinking for several decades. But public information on climate related indicators, like the glacier melt, for the region are missing. The establishment of an "Andean knowledge centre for climate change adaptation" at the Sajama National Park in Bolivia has the goal to build partnerships and networks to foster science-based climate actions. It will allow for a better use of research and operational knowledge in the climate sector. The centre encourages the development of innovative tools and practices for strengthening resilience and reduce vulnerability to adverse impacts of climate change in Andean indigenous communities. It further supports their effort to enhance adaptive capacities by implementing nine adaptation pilot projects, including e.g. the establishment of solar water pumps or nature infrastructure for rainwater harvesting.
National REDD+ system in the Philippines The project supported the Philippine Government in developing a national system for reducing emissions from deforestation and forest degradation (REDD+) based on environmental and social standards. To accomplish this, the project partners established national structures and processes for the coordination and implementation of REDD+ measures and developed mechanisms for REDD+ financing and benefit-sharing. In addition, they developed land-use plans for forests in selected regions as a requirement for zoning and issuing land-use rights and concepts for integrating environmental and social standards in the implementation of REDD+.
Multiplying Best Practice in Adaptation to Climate Change The purpose of the project was to prepare the rural population to cope with increasing aridity. Tried and proven forms of local initiative for adapting to climate change was disseminated and replicated by building networks. To this end, pilot projects on irrigation in the northeast of Brazil that are already under way were expanded. In addition, support was being provided to establish a network of municipalities and organisations seeking to disseminate successful adaptation measures. In addition to training measures, a limited amount of technical equipment (such as pumps and irrigation equipment) was also being provided.
Climate change governance capacity: building regionally- and nationally-tailored ecosystem-based adaptation in Mesoamerica The project enhanced the statutory instruments supporting responses to climate change. A particular focus was placed on optimising transboundary water resources management. Project activities gave policy-makers and other relevant players the necessary knowledge about ecosystem-based management methods, and institutionalised coordination mechanisms for water use. Furthermore, the project promoted exchange among policy-makers, technical experts, academia and civil society, and carried out pilot activities which tested climate change adaptation instruments in the water sector. This put target countries in a better position to cope with the adverse effects of climate change and engage in integrated ecosystem management and conservation.
Maintaining Habitats in the Altai Sayan Region The project aimed to protect the boreal forests of the KASE by extending the reserve areas to the western area. The project led to the creation of 250,000 ha of protected areas in the western part of KASE, improved the interconnectivity between eastern and western part of KASE by creating a "green corridor" of 525,000 ha and set up a fire management system in existing and in new protected areas.
Sustainable, climate-friendly palm oil production and procurement Global demand for palm oil has risen in recent years. Producer countries like Indonesia and Thailand have responded by expanding oil palm cultivation—which frequently leads to ecological problems and social injustices. The project works with stakeholders in partner countries to encourage the take-up of sustainable and climate-friendly cultivation practices among smallholders, to increase yield per unit area and achieve certification to international standards. Educational programmes are benefiting smallholders, oil mills and the government in both countries. In Indonesia, stakeholders in one pilot region are developing a land usage plan with protected areas as well as areas suitable for oil palm cultivation. To boost demand for products using certified palm oil in Germany, the project is also developing procurement guidelines for pilot municipalities. The project is also targeting consumer platforms in order to raise awareness about sustainably produced palm oil. /
Project assessment for the exchange of know-how on climate change and water management in Ethiopia The project focus was on the education and training of staff in the Ethiopian ministries, regional and local administrations responsible for water management (water supply and wastewater treatment) and agricultural irrigation. The consideration of climate change impacts on the water balance in the management of water resources in semi-arid areas was an important aspect. A major thematic focus was on imparting knowledge about appropriate technologies and their use. In addition to the education and training components, the project also included an investment component in the sense of pilot or demonstration plants. Attention was paid to a sensible linking of both components with the aim of achieving the strongest possible multiplier effect with regard to the technologies used.
Climate Protection in the Industrial Sector through Solar Process Heat  – SOLARPAYBACK As a source of energy, solar heat for industrial processes has great potential for reducing greenhouse gas emissions, but it has not yet been sufficiently exploited. The project contributed to the further dissemination of solar heat in industrial applications in the partner countries. In cooperation with local institutions and associations, it helped project developers and SMEs to recognise and exploit the technological and economic potential of solar heat. The project supported the development of reference systems and of business and financing models created by energy service providers and financial institutions. In this way, it improved the economic efficiency of solar heat technology and the political framework conditions in the partner countries. The aim was to replace fossil fuels in the long term and reduce the political and economic dependence of countries on fossil fuels.
Building our Pacific loss and damage response Pacific island countries are highly vulnerable to the impacts of climate change. The project strengthens their resilience in the face of climate-related loss and damage and focuses on understanding and addressing both economic and non-economic losses (NELs) caused by climate change, such as loss of culture, ancestral lands, and biodiversity. By working closely with local communities, governments, and various stakeholders, the project develops tools and strategies to measure and respond to NELs effectively. Additionally, it enhances the capacity of Pacific island countries to address loss and damage at the community, national and regional scale, while improving access to climate finance mechanisms. Through these efforts, the project safeguards lives, economies, and cultural identities in the Pacific while contributing to global efforts to address loss and damage from climate change.
Mitigation Action Implementation Network (MAIN ) I - Stimulating Ambitious Nationally Appropriate Mitigation Actions (NAMAs) to Reduce GHGs in Developing Countries The project stimulated ambitious NAMAs by identifying optimal procedures, funding mechanisms and MRV, and by initiating regional and global dialogues on NAMAs between developing countries in Latin America and Asia. The dialogues brought together government officials responsible for the implementation of mitigation strategies, international NGOs, funders, and experts. The government officials developed and discussed procedures for reducing emissions with their peers and with experts with a focus on private sector integration. This project aimed to encourage donors to support NAMAs. The project linked NAMA implementation with the international climate policy process.
Climate Change Mitigation Focus in Economic Development in the Donetsk Region as a Model The project supported approaches for the improvement of energy efficiency in highly emission intensive sectors of the Ukrainian economy. Therefore an energy management system has been introduced in three companies in the industrial sector. This energy management system gives clear recommendations and has been combined with education and training measures. On the basis of assessments of economic viability appropriate financing options have been identified. Innovation partnerships with German enterprises offered opportunities of direct knowledge exchange.
Expansion of the protected areas network for the conservation of the Altai-Sayan Region The aim of the project was the long-term conservation and sustainable exploitation of the Russian part of the Altai-Sayan ecoregion. The area is very rich in biodiversity and is a carbon sink  of global importance. In addition to capacity building in the region, the project partners implemented the following integrated measures: identification of new conservation areas, prevention and fighting of forest fires, pilot measures geared to climate change adaptation and promotion of alternative forms of livelihood.
Development of National Framework for Electronic People's Biodiversity Registers in India Safeguarding biodiversity and ecosystems is essential to meet the demands for food, medicine, fuel and water and provide livelihood security. The project contributes to India’s growing efforts to conserve biodiversity and recognise its inextricable links to traditional knowledge for the well-being of people. The project supports the development and operationalisation of a national electronic People’s Biodiversity Register (e-PBR) Framework to strengthen the implementation of the fair and equitable sharing of benefits arising from the use of bio-resources at local-level. Following the development of the national e-PBR framework through a consultative process, the project will support two Indian states in its implementation through the involvement of State Biodiversity Boards and the local Biodiversity Management Committees. Further measures to strengthen the institutional and technical capacities of the target groups for the preparation and effective use of e-PBRs will be implemented.
Incorporating the ‘Amazon indigenous REDD+ proposal’ into climate change strategies The project aimed at developing the indigenous proposal to REDD+  in the Amazon (RIA). It added technical details to this proposal, improved the internal coordination with member organisations, and integrated the proposal into the REDD+ processes in Colombia, Ecuador and Peru. At least one of these countries had taken up this proposal in its national REDD+ strategy until 2017. Towards this end, the project  a) surveyed and assessed the contribution of indigenous territories to provide ecosystem services and climate change mitigation, b) implemented key elements of RIA for demonstration purposes, c) trained and advised members of COICA as well as indigenous organisations for a better representation of their interests in REDD+ policy processes. Further, the project developed and implemented more efficient strategies for conserving biological diversity as well as alternative financing strategies  for a more equitable distribution of the benefits gained from REDD+ activities.
Supporting Russia's long term climate policy development and implementation Russia has committed itself to reduce its greenhouse gas emissions by 30 percent by 2030 compared to 1990. However, although there is a national action plan, the country has no strategic and political vision for a thriving low-carbon economy. Therefore, the project provided ideas and suggestions for an economic policy aimed at low-carbon development (LCD ). To this end, the project advised policy-makers and business leaders and drew up recommendations for action on low-carbon economic growth. At the same time, it strengthened the understanding of LCD in Russia and on an international level through economic analyses of trends, developments, and challenges. The conclusions drawn from these analyses were discussed in a comprehensive stakeholder dialogue with representatives from politics, business, and academia to reach a shared understanding of LCD. The project results and proven formats serve as a model for other countries in the region.
Adaptation to Effects of Climate Change and COVID-19 for Communities in Gedo Region of South- Central Somalia Prolonged exposure to climate shocks has negatively affected communities in Somalia making it difficult for already vulnerable people to cope with adverse effects of climate change and the COVID-19 pandemic. The resilience capabilities are reduced, forcing people to rely on humanitarian assistance and environmentally damaging livelihood. Additionally, there are severe environmental challenges related to land degradation, increasing aridity, overgrazing and water scarcity. The project aims to enhance resilience of communities by increasing access to water, promoting livelihoods, food security and building capacity on disaster risk reduction and environment conservation. This will be achieved by construction of water facilities, training on income generating activities, promotion of climate smart agriculture, and training on disaster risk strategies. Through a community led approach and building local capacity all activities have potential for replication after the end of the project.
Climate friendly technologies and capacity development for the implementation of the Brazilian National Waste Policy  (ProteGEER) Although Brazil established a progressive waste policy in 2010, greenhouse gas emissions are still increasing in the waste sector. The project therefore aims to improve the conditions in this sector with the aim of exploiting the climate protection potential. To this end, climate-relevant criteria were integrated into the regulations, rules, laws, etc., enacted by the ministries. Municipal and private sector employees were also given training and decision-making support instruments were provided for the municipalities to help them plan and implement waste management measures that impact on climate protection (‘capacity development’). The project supported the integration of climate-friendly waste management measures into study courses and the establishment of a German-Brazilian research and advisory network. In this way it helped to firmly anchor a sustainable, climate-friendly and innovative waste policy.
ecbi Training and Support Project The European Capacity Building Initiative (ecbi) is a consortium that has successfully supported international climate change negotiations for more than ten years. The initiative provides its support through a fellowship programme, a training and support programme and a publications and policy analysis unit. The project supports the leading ecbi members (the International Institute for Environment and Development (IIED) and Oxford Climate Policy (OCP)) in establishing an integrated training and support programme for developing countries. This helps to create a level playing field for the main negotiators from the world’s weakest countries.
Empowering waste pickers to create a sustainable waste management system The area of Tema New Town in Ghana has no organized waste collection due to inhabitants’ inability to  pay. Therefore, waste is dumped along the coastal line or burned. Environment360 founded a Pick-it sorting centre in Tema New Town to improve livelihoods of waste pickers and support an alternative waste collection system that supports Ghana’s Nationally Determined Contributions. The IKI Small Grants project strengthens the capacity of more than 300 waste pickers in Tema New Town and surrounding areas to scale their businesses and independently operate at the Pick-It facility. This action increases the overall volume of recycled plastic, to reduce plastic that is illegally disposed or burned.
Climate Change Mitigation by Promoting Energy Efficiency in Buildings The project conducted a baseline study as a basis for the introduction of a carbon exchange for the construction sector. This exchange intended to open up new sources of financing for renovation projects and to provide incentives for reductions in greenhouse gas emissions. Firstly, the existing housing stock in selected towns and cities was registered and classified. Secondly, the project determined the respective heating energy requirement and potential for reducing greenhouse gas emissions.
Climate Change Education and Mitigation in primary schools in Guangdong Province, China Zhongshan City is located in the Pearl River Delta Region of Guangdong Province in China. Even though the government acknowledges the need for climate education, this is still short-coming compared to other low carbon initiatives. The project promotes cli-mate change education and emissions reduction in primary schools in Zhongshan City. The organisation trains teachers and develops training materials for children’s needs. This leads to 212 primary schools benefitting from the climate change education project in Zhongshan City and further NGOs and teachers outside the city having access to the training materials.
Cultivation of energy plants on set-aside mining sites in Viet Nam - pilot project In Viet Nam, much of the soil on former mining sites is contaminated and no longer usable for the cultivation of food crops. However, these locations do offer potential as sites for the cultivation of eco-friendly energy crops. The project highlighted the feasibility of this innovative approach to climate action by trialling and analysing selected plant species across two vegetation periods. With these additional areas of cultivation, the project also aimed to negate and bypass competition between food crops and energy crops. At the same time, this expansion of energy crop cultivation provided local populations with a climate-friendly income source. Lastly, the project was also fostering improvements to the economic and legal framework for the cultivation of energy crops in Viet Nam.
Integrated Modeling of the Land Use, Water and Energy Nexus of Brazilian Biofuels Expansion under Climate Change The purpose of the project was to inform decision-makers and stakeholder groups about possible scenarios for the expansion of agrofuels under climate change in Brazil. This included demonstrating potential negative impacts on water resources, land use and food security at an early stage, so as to be able to reduce these impacts in further stages of planning and promote sustainable agrofuel production. The project's work therefore focused on modelling possible impacts on water resources, land use, social and economic development and greenhouse gas emissions. Quantitative analysis was supported by a stakeholder process, which served to integrate expert knowledge and to distribute project results.
Commercialization of Solar Energy in Urban and Industrial Areas in India (ComSolar) The project supported the development and demonstration of innovative business models for commercialising solar energy in both urban and industrial zones. To this end, it developed a strategy for marketing solar energy and supporting the implementation of the National Solar Mission, which aims to install solar power plants generating an output of 100 GW by 2020. Activities included feasibility studies, technology transfer, information campaigns and comprehensive capacity building for the project partners.
Sustainable Waste Management in Mozambique – Laying the Foundations for a Circular Economy The number of people residing in urban areas in Mozambique has increased from 3.3 million in 1990 to over 10 million in 2017. This led to a growth of generated waste volumes. Over 98% of the collected waste continues to be disposed at uncontrolled dumpsites, leading to the GHG emissions of 1.5 Mt CO2 per year, frequent uncontrolled fires and continuous health threats to the people living in surrounding areas. The main objective of the project is to improve waste management practices in Mozambique and lay the foundations for the development of a circular economy. The project will be co-financed by the Government of Mozambique up to an amount of EUR 9 million. During the implementation period, the project plans to achieve direct and indirect emission reductions totalling at ca. 143,000 88,073 tCO2e
Drifting Sands: Mitigating the impacts of climate change in the Mekong Delta by engaging the private and public sectors in the sand industry Sediment transportation and deposition are essential natural processes for the formation and maintenance of the Mekong Delta. Large-scale mining of sand and gravel for the construction industry is causing the delta to sink, and also reducing its effectiveness in protecting against climate change impacts. To improve protection for this area, the project is working closely with key stakeholders to develop a sand and gravel budget for the Lower Mekong catchment area. This is being supplemented by work with the public and private sectors that focuses on making improvements to regulations and mining practice. The project is also promoting dialogue between key stakeholders in the Vietnamese construction sector while providing background to the risks associated with sand mining and proposing sustainable alternatives. The project approach can also be deployed in other large tropical river deltas after being adapted to the individual conditions as appropriate.
Climate friendly economy: Introduction of best available techniques (BAT) The use of modern and efficient technologies all over the world is crucial if we want to achieve the necessary emission reductions. The project supported the Russian Ministry of the Environment in the introduction and dissemination of efficient and climate-friendly technologies in selected industrial sectors and regions of Russia. One key to potential success here is the “Best Available Techniques” (BAT) concept, which was used during the project implementation. The BAT concept stipulates that new and existing industrial plants must be operated on the basis of the standards defined as the best avaiblable technology in the relevant BAT reference documents. During the introduction of BAT, the project provided advisory services to help the country and relevant institutions to achieve these aims. The project focused on providing advice on legal and institutional frameworks, on training, the transfer of knowledge and the preparation and monitoring of pilot projects.