inland wetlands

The project will promote community-led nature-based solutions to climate change adaptation in the Usangu catchment by financing rainwater harvesting and storage facilities, boreholes, rehabilitation of small check/charco dams to reduce channel erosion and gullying, river training to enhance flows and reduce flooding, tree planting for catchment conservation, and village land use plans for sustainable landscape management.

The project will increase access to water supply and sanitation services and improve service delivery capacity in selected areas of the Kyrgyz Republic through a 10‑year Multiphase Programmatic Approach.

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 reduces land-based pollution entering Albania’s South-West Coastal Belt aquatic environment. Components include wastewater treatment expansion, improved sanitation services, solid waste and plastics management, and nature-based measures such as wetland restoration, afforestation and slope stabilization, and small green infrastructure for nutrient filtration in the Vjosa River basin.

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 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 Program Development Objective is to improve land and water resource management and restore degraded ecosystems in selected areas in the Yellow River Basin in Gansu Province and Shandong Province. The project will increase local flood mitigation capacity by restoring wetlands and rivers.

The development objective of the Water Transition Program for Chile is to strengthen the Borrower’s capacity for water resource management and water-related services. The Bank operation (PforR or Program) will support key activities of the Government of Chile (GoC’s) program.

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.