grassland and other vegetation

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 improve integrated landscape management and ecosystem services and increase benefits for targeted forest‑dependent communities in Tripura and Nagaland. It finances restoration of degraded forests, agricultural lands, and wetlands; soil and water conservation; afforestation and agroforestry; climate‑smart agriculture; enhanced biodiversity conservation; and community‑led landscape planning and value‑chain development for forest‑based livelihoods.

The PDO is to improve regional collaboration and the socioeconomic and climate resilience of targeted communities in the Senegal River Valley (Mauritania and Senegal).

The development objective of the Sustainable Agriculture Productivity Improvement Project for Timor-Leste is to increase the productivity and marketed production of smallholder agriculture in selected geographical locations in Timor-Leste. The project comprises of six components. The first component, integrated watershed and sub-watershed agriculture development planning objective is to improve agriculture development planning within targeted watersheds.

The objective of the Integrated Water Security and Sanitation Program Multiphase Programmatic Approach (MPA) Including Phase 1 Credit for the Integrated Water Security and Sanitation Project for Senegal is to improve access to safe water supply and sanitation, and to increase resilience to flood and drought risks. There are four components to the project, the first component being water resources management and protection.

The objective of the Emergency Connectivity Restoration Project for Rwanda is to restore the connectivity in areas of Rwanda affected by floods and landslides in a climate-resilient manner. There are four components to the project, the first component being rehabilitation and repair of damaged transport infrastructure in a resilient and safe manner. This component includes four subcomponents: rehabilitation of national roads, rehabilitation of district roads, and rehabilitation of bridges.

The development objective of the First Phase of the Provincial and Local Roads Improvement Program Project for Nepal is to enhance inclusive connectivity, efficiency, resilience, and safety of the selected provincial and local road network and strengthen the capacity of the federal government, participating provinces, and participating local levels. The project comprises of five components.

The development objective of the Climate Resilient Roads for the North Project for Mozambique is to improve climate resilient road connectivity in the Northern Provinces of Mozambique. The project comprises of four components. The first component, climate resilient road connectivity improvement will support the improvement of roads and bridges in the north. It consists of following sub-components: (i) improvement and maintenance of road network; and (ii) construction of bridges. The second component, safe access and mobility improvement will include an integral approach to road safety.

The project aims to enhance the climate and disaster resilience of critical public infrastructure and strengthen disaster risk management capacity in Uttarakhand. The project will reduce landslide risks through bioengineering solutions and mitigate fire hazards by restoring degraded land.

The development objective of the Assam Resilient Rural Bridges Program for India is to build green, inclusive, and resilient connectivity in rural Assam and strengthen the Assam Public Works Roads Department’s (APWRD) roads and bridges management capability.