river flooding

The development objective of the Can Tho Urban Development and Resilience Project for Vietnam is to reduce flood risk in the urban core area, improve connectivity between the city center and the new low risk urban growth areas, and enhance the capacity of city authorities to manage disaster risk in Can Tho city. The project comprises of three components. The first component, flood risk management and environmental sanitation objective is to reduce flood related risks in the urban core of Can Tho.

The Project Development Objective is to improve protected areas management, and to promote ecotourism
opportunities and non-timber forest product value chains in the Cardamom Mountains-Tonle Sap landscape. The project aims to sustain and increase forest cover which will reduce soil erosion, maintain or improve water quality for downstream users, provide protection to farms and villages located in floodprone areas, reduce GHG emissions, and protect critical natural habitats. 

The Project Development Objective is to improve climate resilient rural road connectivity in select provinces. The project used bioengineering and other green interventions to make roads resilient to climate change.

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 development objective of the Climate Resilience - Integrated Basin Management Project for Bolivia is to support the implementation of Borrower's strategic program for climate resilience by: (a) strengthening the Borrower's institutional capacity to define the new integrated river basin management approach to climate change adaptation; and (b) supporting its implementation in three pilot sub-basins in the Rio Grande basin. The project improved natural resources management through the implementation of land and water conservation sub-project

The development objectives of Asuncion Riverfront Urban Resilience Project for Paraguay are to improve living conditions for targeted vulnerable households and to increase resilience in selected areas in the riverfront of Asunción. This project has four components.

The development objective of the Agro-Climatic Resilience in Semi-Arid Landscapes (ACReSAL) Project for Nigeria is to increase the implementation of sustainable landscape management practices in targeted watersheds in northern Nigeria and strengthen Nigeria’s long-term enabling environment for integrated climate-resilient landscape management. The project comprises of four components. The first component, dryland management will implement integrated watershed management planning and addresses challenges of large-scale watershed degradation in northern Nigeria.

The development objective of Agricultural and Livestock Transformation Project for Niger is to increase agriculture productivity and access to markets for small and medium farmers and agri-food small and medium enterprises in the participating project regions.

The Second Ethiopia Resilient Landscapes and Livelihoods Project aims to improve climate resilience, land productivity, and carbon storage, and increase access to diversified livelihoods in selected rural watersheds. The project focuses on watershed restoration, climate-smart agriculture, and strengthening institutions and information for better decision-making. It supports sustainable rural development and improved environmental resilience in Ethiopia.

The Rural Livelihoods Productivity and Resilience Project aims to increase productivity and strengthen resilience of rural livelihoods in targeted areas in Madagascar. Key activities include reforestation, watershed management, agroforestry, and promoting climate-smart agriculture, sustainable irrigation, and value chain development to mitigate climate risks and enhance rural livelihoods.