rivers & floodplains

The project develops high-quality designs for a green, resilient, and inclusive waterfront park in Downtown Kingston, alongside urban upgrading and institutional capacity building to catalyze private sector-led redevelopment. SOP 1 finances conceptual and detailed designs, baseline and planning studies, MSME mapping and economic activation, and advisory services (including a City/Business Improvement District model), with climate‑smart and universal design principles embedded and a CERC for shocks.

Program-for-Results (PforR) operation (with an IPF Technical Assistance component) to strengthen urban management and improve access to efficient and climate-resilient urban water and sanitation (WSS) services across participating Urban Local Bodies (ULBs) in Tamil Nadu.

The project will strengthen the management of water resources and increase access to improved drinking water and sanitation services in selected regions by financing: (i) mobilization and management of water resources for multiple uses (including rehabilitation of large and small dams and hydrometric systems); (ii) expansion of urban and rural water supply systems; (iii) sanitation and hygiene services including fecal sludge treatment plants and institutional WASH; and (iv) institutional strengthening and project management, with a Contingent Emergency Response Component for shocks.

The project will strengthen climate and disaster risk management capacity and reduce flood risks in selected cities in the Democratic Republic of Congo by financing resilient urban infrastructure (e.g., stormwater drainage, culverts, canals, bridges, and retention basins) and institutional strengthening across national, provincial, and local levels. It includes components for resilient infrastructure in targeted cities, DRM capacity building, project management, and a Contingent Emergency Response Component to enable rapid reallocation of funds in case of eligible emergencies

The project will respond to Bujumbura’s flood emergency by financing climate-resilient urban infrastructure and risk-informed urban management.

The project will improve climate-resilient multimodal connectivity, rural accessibility, and agro-logistics in Burkina Faso’s SKBo basin by rehabilitating RN11 (Banfora–Sidéradougou–Ouo), upgrading critical sections of the Ouagadougou–Côte d’Ivoire border railway, climate-resilient improvements to 150–200 km of rural roads, and small agro-logistics facilities (e.g., solar-powered mango cold storage, milk collection centers), alongside trade facilitation and institutional strengthening

The project aims to increase capacity for flood management and navigation along the Jamuna River. Components include flood and riverbank erosion management using building-with-nature solutions (e.g., permeable groins and adaptive river structures), dynamic navigation channel development that allows room for the river, financial protection of communities, and project management with a contingent emergency response

The objectives of the Flood and Drought Management Project are to increase flood control for people living in selected areas of Türkiye and to strengthen the country's institutional capacity for flood and drought risk management. There are four components to the project, the first component being Flood Management. This component includes two subcomponents: flood control, and flood monitoring, forecasting, and warning systems. The second component is the drought management.

The objective of the Volcanoes Community Resilience Project for Rwanda is to reduce the risk of flooding, strengthen watershed management, and improve livelihoods of people in the project area. There are five components to the project, the first component being flood risk management. This component seeks to reduce flood risks in the Volcano and Vunga corridor by implementing comprehensive flood risk reduction interventions and by improving flood early warning systems (FEWS) and community-level flood preparedness.

The development objectives of the Resiland CA+ Program : Kyrgyz Republic Resilient Landscape Restoration Project for Kyrgyz Republic are: (i) to increase the area under sustainable landscape management in selected locations in the Kyrgyz Republic; and (ii) to promote Kyrgyz Republic’s collaboration with other Central Asian countries on transboundary landscape restoration. The project comprises of three components.