river flooding

The development objective of the Forest and Savanna Restoration Investment Program Project for Congo, Democratic Republic of is to improve forested landscape management and enhance community livelihoods in selected project areas. The project comprises of five components. The first component, improved land use planning and governance for natural resource management in selected project areas aims to support the seven targeted provinces in developing comprehensive land use plans at all administrative levels with a focus on sustainable development and safeguarding forest ecosystems.

The development objectives of the Third Phase of the Food Systems Resilience Program for Eastern and Southern Africa Project for Eastern and Southern Africa, Kenya, Comoros, Malawi, Somalia are to increase resilience of food systems and the Recipient’s preparedness for food insecurity in project areas, and, in case of an eligible crisis or emergency, to respond promptly and effectively to it. The project comprises of six components.

The development objective of the Flood Management Project for Ethiopia is to strengthen Ethiopia’s institutional capacity for disaster risk management (DRM), and flood risk management in selected basins. The project comprises of four components. The first component, strengthening institutional and coordination capacity for disaster risk management aims to improve the Government of Ethiopia (GoE) DRM by strengthening the institutional capacity of federal-level agencies (including priority sectors) and the coordination between federal and decentralized levels of the government.

This project aims to reduce flooding impacts in Muang Xay and strengthen Lao PDR's disaster management capacity by enhancing hydrometeorological services, flood protection, and financial planning for disaster resilience. It also provides technical assistance for disaster risk management and includes a contingency mechanism for emergency response.

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 supports resilient and sustainable connectivity across selected provinces in the Kasai region and eastern DRC. Activities include improving road and aviation infrastructure, developing digital connectivity, and implementing environmental measures like forest management, vehicle emission control, and gender empowerment programs.

The Sindh Flood Emergency Rehabilitation Project aims to rehabilitate critical infrastructure, provide short-term livelihood support, and strengthen Sindh’s capacity to manage climate change impacts and natural hazards. The project integrates Nature-Based Solutions (NBS), including wetland restoration, vegetative riverbank protection, and greening initiatives, into hybrid flood risk management strategies.

The Project Development Objective (PDO) is to enhance resilient road connectivity in selected agricultural areas of Senegal and to support road safety institutional capacity development in Senegal. The project will use bioengineering solutions such as grasses and tree planting to improve road slope protection along constructed roads.