The Rural Accessibility & Resilience Project aims to increase all-weather road access and improve the resilience of road networks in selected sub-regions. The project incorporates Nature-Based Solutions (NBS) into road construction efforts, enhancing climate resilience and supporting sustainable infrastructure development.
The Resilient Infrastructure for Adaptation and Vulnerability Reduction Project aims to reduce vulnerability to riverine and flash floods in targeted communities and enhance disaster preparedness. The project supports afforestation activities, including planting trees and grass, to reinforce soil, reduce surface run-off, and improve resilience to flood risks.
The RESILAND CA+ Program: Uzbekistan Resilient Landscapes Restoration Project aims to increase the area under sustainable landscape management in Uzbekistan and enhance regional collaboration on transboundary restoration. Key activities include tree-based landscape restoration, strengthening institutions and policies, enhancing protected areas and nature-based tourism, and promoting community-based forest management.
The RESILAND CA+ Program: Tajikistan Resilient Landscape Restoration Project aims to increase the area under sustainable landscape management in selected locations in Tajikistan and strengthen collaboration with Central Asian countries on transboundary restoration. The project focuses on restoring degraded forests and pastures to enhance ecosystem resilience and support sustainable livelihoods.
The Balochistan Integrated Water Resources Management (IWRM) and Development Project aims to strengthen provincial capacity for water resources monitoring and management and improve community-based water management for targeted irrigation schemes in Balochistan. Key activities include watershed and rangeland management through conservation measures, tree planting, flood protection infrastructure, and the establishment of multi-agency river basin information systems for improved planning.
The Niger Integrated Water Security Platform Project aims to strengthen water resources management, increase access to water services, and improve resilience to climate-induced water variability in select areas of Niger. The project supports watershed restoration activities, including reforestation, land restoration, and agroforestry, while also expanding rural water supply, sanitation, and public sanitation infrastructure. Key components focus on integrated investments, institutional capacity building, and enabling flexible disaster response mechanisms.
The Shire River Basin Management Program (Phase-I) Project aims to develop a planning framework to improve land and water management for ecosystem and livelihood benefits in target areas. The project includes Shire Basin planning, catchment management to reduce erosion and improve livelihoods, and water-related infrastructure investments to regulate Shire flows and enhance climate resilience. These efforts support disaster risk management through watershed rehabilitation and improved management.
The Malawi Floods Emergency Recovery Project aims to sustainably restore agricultural livelihoods, reconstruct critical public infrastructure to improved standards in the flood-affected districts, and improve the Government of Malawi’s disaster response and recovery capacities. The project includes components for livelihoods restoration, infrastructure rehabilitation, disaster resilience promotion, and program management.
The Shire Valley Transformation Program aims to increase agricultural productivity and commercialization for targeted households in the Shire Valley and to improve the sustainable management and utilization of natural resources. The project development objectives (PDO) are to provide access to reliable gravity-fed irrigation and drainage services, secure land tenure for smallholder farmers, and strengthen management of wetlands and protected areas. Additionally, the project will develop and improve wetland management.
The project aims to increase preparedness against food insecurity and improve the resilience of food systems in participating countries. It will finance sub-projects, including scaling up delivery of climate smart agriculture technologies such as re-afforestation and restoring degraded water catchment areas through tree planting.
