The development objective of the Integrated Flood Resilience and Adaptation Project for Pakistan is to improve livelihoods and essential services and enhance flood risk protection in selected communities affected by the 2022 floods. The project comprises of six components.
The project aims to increase the sustainable access and management of groundwater in the Horn of Africa's borderlands. It will support aquifer sustainability (recharge) and flood mitigation measures, including sand dams, rainwater harvesting, afforestation, and soil and water conservation measures.
The objectives of the Project are to improve flood risk management and reduce discharge of water pollutants in Hezhou Municipality。The project will implement hybrid solutions to support riverine flood mitigation.
This project aims to strengthen integrated pollution and watershed management in the Qiandao Lake and Xin’an River Basin through investments in climate-smart agriculture, wetland and forestry ecosystem protection, and improved water and wastewater management. It also builds institutional capacity, including piloting Payment for Ecological Services (PES), to ensure the long-term sustainability of landscape and water resource improvements.
This program aims to improve institutional coordination, ecological restoration, and water quality management along the Yangtze River Basin in Hubei Province. It includes ecosystem restoration, sustainable agriculture, and waste management initiatives to support green development and protect water resources, leveraging multi-level government and private sector financing.
This project strengthens institutional capacity across governance levels to enhance water service delivery in Nepal. It invests in urban, peri-urban, and rural water supply systems, coupled with water quality management and integrated watershed measures to reduce climate-related hazards. The project also enables contingency responses to disasters, ensuring resilience in service delivery.
This project focuses on improving integrated water resources management and access to water and sanitation services in Uganda's priority urban areas. Key activities include implementing catchment management plans, strengthening water monitoring systems, and expanding urban water supply infrastructure while enhancing institutional capacities for sustainable resource management.
The development objective of the Climate Resilient Infrastructure for Urban Flood Risk Management Project for Argentina is to reduce flood risk in selected cities and improve integrated urban flood risk management in Argentina, and act effectively in case of an eligible crisis or emergency. The project comprises of four components.
The development objective of the Espírito Santo Water Security Management Project for Brazil is to: (i) to strengthen the Borrower’s capacity to manage water security risks in a changing climate; (ii) to reduce those risks in selected areas of the Borrower’s territory; and (iii) in case of an eligible crisis or emergency, respond promptly and effectively to it. The project comprises of five components. The project will implement NBS to reduce water security risks in selected river basins and support integrated flood risk management.
The objectives of the Project are to: (a) improve sustainable water resources management, and (b) increase access to sanitation in the Borrower’s territory. The project seeks to improve watershed management, including through reforestation and improved land management.
