Current Projects

The project is aimed to strengthen (i) pollution monitoring and biodiversity planning in targeted sites within the Caspian Sea in Azerbaijan, Kazakhstan, and Turkmenistan, and (ii) coordinated action on pollution control, biodiversity conservation, and climate adaptation in the Caspian Sea region.

To restore degraded landscapes, enhance biodiversity, contribute to mitigation of greenhouse gas emissions, and promote resilient livelihoods in the drylands of Ethiopia as part of the country’s contribution to the regional Great Green Wall initiative (GGWI).

To improve the sustainable management of natural resources and enhance the climate resilience, livelihoods and production capacity of vulnerable communities in degraded landscapes in the Bahr El Gazal and Hadjer Lamis regions of Chad

Restore and conserve forest ecosystems, enhance biodiversity, improve livelihood, and build resilience to climate change.

To restore degraded ecosystems through agro-sylvo-pastoral practices and strengthened institutional capacity while promoting climate-resilient value chains and women-led enterprises in support of the Great Green Wall Initiative.

To restore and sustainably manage degraded ecosystems in the Saint-Louis region through integrated natural resource management, enhanced community resilience and livelihoods, and strengthened governance frameworks

Restore and sustainably manage degraded lands and ecosystems, and to enhance biodiversity conservation, community resilience and livelihoods through integrated natural resources management and improved governance frameworks in Niger.

To build a coordinated framework that advances green and sustainable development in the GGW Region by strengthening capacities, promoting resilient livelihoods, restoring natural resources, and enhancing regional adaptation.

The objective of the child project is to reduce the adverse impacts of POPs, UPOPs and mercury on human health and the environment in Kazakhstan through the promotion of circularity and resource efficiency in the electronic value chain

Decarbonization of industry and the building sector reduces significant GHG emissions by 2030, through the adoption of integrated climate-compatible and nature-positive solutions.

To accelerate GHG emission reductions and enhance biodiversity conservation and promote land restoration through an integrated Net-Zero Nature-Positive approach in the energy and industrial sectors

To strengthen the capacity to preserve and safeguard the health of ocean ecosystems in Pacific Island countries by catalysing the development and growth of sustainable blue economies (SBE).

Accelerating the transition to a net-zero, nature-positive economy in Trinidad and Tobago

Mexico is on track towards a net-zero and nature positive economy, achieved through a climate-just transition

Reducing Single Use Plastic pollution in the food and beverage sector (SUPiFB) through a circular economy approach in Centre, Centre-Ouest and Hauts basin regions

Operationalizing and implementing circular economy solutions to minimize plastic waste and reduce plastic pollution from Food & Beverage packaging

To strengthen the climate resilience of vulnerable communities and ecosystems in five wilayas in Mauritania’s Great Green Wall area through Ecosystem-based Adaptation (EbA) approaches

To effectively conserve biodiversity in the Socotra Archipelago and sustainably manage the Aden wetlands in Yemen

The objective of the proposed project is to accelerate the process of establishing a labelling scheme for low rise homes in the short term and show case benefits of energy efficient buildings to ?build energy efficient green homes and address the greenhouse emission reduction goal of Thailand and enhance the comfort and living space for low and middle income populations living in low rise housing units.

The objective of the proposed project is to enhance the climate resilience of communities in the Greater Banjul Area by scaling up investments in urban Ecosystem-based Adaptation (EbA) solutions.

Integration of Nature-based Solutions (NbS) within new port infrastructure investments in Malaysia to enhance biodiversity and port resilience

To advance the transition towards sustainable transportation infrastructure that safeguard and enhance key terrestrial ecosystems in Ukraine

The project aims to reduce pollution from land-based sources, particularly the Beetham Wastewater Stabilisation Ponds, improve ecosystem health, contribute to biodiversity conservation in the Caroni Basin, and reduce marine hypoxia in surrounding coastal ecosystems and the Gulf of Paria, through the implementation of nature-based solutions.

Reduce N, P and other nutrient pollution in the Maldives marine environment through the adoption of sustainable nitrogen management practices

To demonstrate an integrated approach to climate-resilient and inclusive urban development in SJK by combining wetland conservation, renewable energy, and e-mobility solutions with strengthened coordination, institutional capacity, and sustainable planning practices.