With increased instances of droughts and extreme rainfall events, and more variability in temperature and rainfall patterns, climate change is threatening agricultural production around the world. The Adaptation Fund finances projects and programmes to help the most vulnerable communities in developing countries cope with these challenges. Fund-financed initiatives include enabling farmers to test climate resilient technologies and practices, from drought tolerant seeds, to improved irrigation systems and more sustainable land management practices. These offer farmers an opportunity to secure their livelihoods before the worst effects are felt.

Rise Up Climate: Empowering Communities Through Learning and Innovation in Costa Rica

Costa Rica - Latin America & Caribbean

Sustainable Pasture Management and Adaptation with Resilient Technologies for Herders in Mongolia (SMART-Herders)

Mongolia - Asia-Pacific

Resilient Food Systems through Climate Services for Agriculture in Uzbekistan

Uzbekistan - Asia-Pacific

Increasing Climate Change Resilience in the Agricultural sector of Bosnia and Herzegovina – Staza

Bosnia and Herzegovina - Eastern Europe

Enhancing the Resilience of Vulnerable Small Island Communities to Climate Change Hazards (ENRICH)

Grenada - Latin America & Caribbean

REsilience to NEgative impacts of climate-aggravated Water scarcity in the Agriculture sector in Libya (RENEWAL)

Libyan Arab Jamahiriya - Africa

Strengthen the Resilience of Smallholder Farmers to the Effects of Climate Change through the Adoption of Proven Innovative Technologies and Practices

Côte d'Ivoire - Africa

Increasing the Adaptation Capacity and Resilience of Rural Communities to Climate Change in the Central African Republic

Central African Republic - Africa

Climate Resilience and Livelihoods in the Nicaraguan Dry Corridor (CRLNDC)

Nicaragua - Latin America & Caribbean

Increasing Rural Communities’ Adaptive Capacity and Resilience to Climate Change in Bandama Basin in Côte d’Ivoire

Côte d'Ivoire - Africa

Climate change and climate variability is already affecting rainfall and temperature patterns in Côte d’Ivoire, eventually leading to decreasing water availability. Agricultural productivity is therefore expected to decrease because of increased temperature and more frequent precipitation extremes.