increased capacity

The development objective of Coastal Adaptation and Resilience Project is to enhance climate adaptation and reduce flood risk in urban and rural areas in the coastal plain of Guyana. This project has three components. 1) The first component, Improving drainage infrastructure, has the following sub-components: (i)Repairs to existing sluices; (ii) Rehabilitation or replacement of drainage infrastructure and channel maintenance/rehabilitation; and (iii) Design and Construction Supervision. Consulting services for condition assessments.

The project aims to improve the livelihoods and climate resilience of pastoral and agropastoral communities in the lowlands of Ethiopia. The project will implement NBS for flood risk mitigation, as well as wetland protection and maintenance to counter flood and drought risks. 

The objective of the Second Regional Climate Resilience Program for Eastern and Southern Africa Project is to improve resilience to water-related climate shocks in Malawi and in the Eastern and Southern Africa region, and in case of an eligible crisis or emergency, to respond promptly and effectively to it. There are five components to the project, the first component being risk management and climate financing.

The project aims to improve access to basic services and enhance disaster and climate resilience of the Host Communities and Displaced Rohingya Population (DRP). The project will support afforestation in host communities and refugee camps in Bangladesh's Cox Bazaar district to enhance resilience against extreme weather events, as well as consider NBS to protect water sources as part of water supply infrastructure plans.

The objectives of the Resilient Landscapes Project for Armenia are (i) to increase the area under sustainable landscape management in selected locations and (ii) to promote sustainable economic activities to communities in targeted landscapes in Armenia. There are four components to the project, the first component being Institutional Capacity and Policy Development. The project supports integrated landscape management such as restoration of degraded wetland and rebuilding of fragmented forests.

The development objective of the Flood Risk Management Support Project for the Autonomous City of Buenos Aires for Argentina was to strengthen the autonomous city of Buenos Aires (CABA) to efficiently manage flood risk and improve the drainage systems in the Cildanez basin, Maldonado basin, and Vega basin. The project comprised three components. 1) The first component, institutional development for flood risk management supported the creation of a modern and sustainable framework for flood risk management within CABA.

The development objectives of the Kananga Emergency Urban Resilience Project for Democratic Republic of Congo are to safeguard houses and critical infrastructure affected by gully erosion in Kananga and strengthen the capacity of the recipient’s government and local organizations in erosion management and climate resilient urban planning. The project comprises of four components.

The development objective of the Integrated Water Management and Development Project for Uganda is to improve access to water supply and sanitation services, integrated water resources management, and operational performance of water and sanitation service providers in Project areas. It has four project component. First component, water supply and sanitation in small towns and rural growth centers and support to districts hosting refugees will support activities to improve WSS in selected small towns and RGCs in the Recipient’s territory.

The objective of the project is to strengthen integrated landscape management in targeted watersheds in the Dominican Republic. The project will incentivize farmers to adopt agroforestry systems; restore and protect riverbanks, wetlands, and riparian forests; restore degraded and fragmented forest ecosystems; and diversify environmentally sustainable livelihoods.

The objective of the Hunan Forest Restoration and Development Project for China was to enhance the resilience and environmental function of selected ice storm affected ecological forest plantations in Hunan Province by increasing forest species diversity and vegetative tree cover in those areas. There were two components to the project, the first component being reforestation and rehabilitation of damaged ecological forest plantations.