Current Projects

To reduce vulnerability to climate change through adaptive agricultural practices and ecosystem management in Tuvalu.

To increase climate resilience and reduce land degradation in priority watersheds by strengthening collaborative SLM for increased livelihood resilience and water security of agriculture-based communities an ecosystem-based adaptation (EbA) model.

To increase the capacity of local communities in Gobaad Plain and Tadjourah Ville to adapt to climate change

To reduce the vulnerability of communities to climate change in South Sudan.

To strengthen capacities of Least Developed Countries (LDCs) to achieve scaled up and effective adaptation by fostering sustained endogenous technical services for project development, policy mainstreaming and creation of an enabling environment for adapta

To strengthen the climate resilience of coffee and cacao producers in El Salvador and enhance access to sustainable finance in Central America

To strengthen the adaptive capacity and climate resilience of rural communities in the Mauritanian wilayas of Adrar, Inchiri and Trarza, in the arid ecoregion

To strengthen the institutional and technical capacity of stakeholders and the government in Lao PDR to advance the NAP process.

To reduce the vulnerability of local communities in Myanmar to climate change through the implementation of ecosystem based adaptation (EbA) and improvement of early warning systems (EWS).

To enhance capacities of countries in the Mediterranean region to adapt to climate change with a view to influencing wider development processes in the region.

To strengthen the capacity of government and rural communities living around wetlands and forests to adapt to climate change using EbA.

The objective of the project is to increase the capacity of government and local communities in Uganda to implement EbA in wetland and forest ecosystems to reduce vulnerability to climate change.

To decrease the vulnerability of local communities living in the Barind Tract and Haor Area to the negative impacts of climate change, using Ecosystem-based Adaptation (EbA) approaches.

The overarching objective of the LDCF project is to build the resilience of local communities in the Kathmandu Valley to the increasing impacts of climate change, such as flooding, landslides and drought.

To strengthen early warning in Lesotho to effectively address adaptation to climate change

The objective of the proposed project is an increased capacity of governmental authorities and local communities in Rwanda to plan, fund, implement and monitor climate change adaptation solutions in the medium to long-term. A special focus is the enhanceme

Increase the capacity of vulnerable communities in the Greater Maputo Area to implement ecosystem-based approaches to adaptation (EbA)

Increased capacity of national and local government institutions in Nepal to adapt to climate change by implementing EbA in degraded forests and rangelands in mid-hill and high mountain areas.

To reduce the vulnerability of poor urban communities in Asia-Pacific LDCs to climate change impacts using Ecosystem-based Adaptation (EbA)

To reduce the vulnerability to climate change of national government and local communities in the forests and rangelands of the Sahelian Acacia Savanna Ecoregion

To increase resilience to climate change in rural communities of Tanzania by strengthening ecosystem resilience and diversifying livelihoods

Build climate resilience in the Comoros by rehabilitating watersheds and forests and diversifying adaptive livelihoods

To reduce the vulnerability of communities living in three medium-sized Latin American and Caribbean cities to the effects of climate change through the integration of Ecosystem-based Adaptation (EbA) into urban planning in the medium- to long-term.

To reduce vulnerability to climate change of national government and coastal communities along the coast ofAngola.

Increase the climate change resilience of livelihoods and integrated productive agricultural systems in the White Nile State through Ecosystem Based Adaptation approaches