The Samoa Aviation and Roads Investment Project seeks to improve the climate resilience and safety of aviation and road infrastructure in Samoa. The project incorporates gray-green flood reduction measures, including mangrove restoration, bioswales, rainwater harvesting, and rain gardens, to enhance resilience and mitigate the impact of extreme weather events.
The Northern Mozambique Rural Resilience Project aims to improve access to livelihoods and strengthen natural resource management in rural areas of Northern Mozambique. The project includes mangrove restoration and coastal vegetation initiatives in Nampula and Cabo Delgado to stabilize coastlines, reduce erosion, and support fish spawning areas, alongside efforts to promote sustainable agriculture, fisheries, and community-driven development.
The Mangroves for Coastal Resilience Project aims to enhance the resilience of coastal ecosystems and communities by restoring and conserving mangroves. The project includes components for mangrove afforestation, supporting sustainable livelihoods, and strengthening integrated coastal management. These efforts reduce disaster risk, mitigate coastal flooding, and protect biodiversity.
The project objectives are to enhance tools for climate-smart planning and improve climate resilience of land and water management practices in selected provinces of the Mekong Delta in Vietnam.
Combined, the engineered and nature-based measures (mangroves) have protected 1.37 kilometers of coastline (above the baseline) for a total of 1.87 kilometers28, exceeding both the revised PDO-level target of 1.2 kilometers and the original target of 1.6 kilometers. Community-based mangrove management plans have been prepared and adopted under the village development committees and are being implemented to ensure the sustainability of the coastal protection measures on the outer islands. Mangrove as NBS also noted as protecting water suplies from saltwater instrusion.
The objective of the Kiribati Adaptaion Program was to improve the resilience of Kiribati to the impacts of climate change on freshwater supply and coastal infrastructure. The project's engineered and nature-based measures (mangroves) have together protected 1.37 kilometers of coastline (above the baseline) for a total of 1.87 kilometers. School visits, teachers and students took care of mangroves used. Community-based mangrove management plans have also been prepared and adopted under the village development committees and are being implemented to ensure the sustai
The project objective was to strengthen institutional capacity of targeted institutions to manage the risk of flooding and land degradation in targeted rural and urban areas. The Government of Togo aimed to achieve objective through 1) community-based activities in watershed and flood-prone areas; 2) community-based activities in cropland and grazing lands; 3) community-based sustainable forest and wetland management; as well as 4) early warning, monitoring and knowledge systems and 5) institutional strengthening and awareness raising.
The project development objective is to improve coastal forest management in the project provinces.
The project is quite comprehensive, involving capacity building that supports coastal management, and the implementation of coastal protection and green infrastracture. This will include restoration and rehabilitation of coral, wetlands, and sea grass
The project will be doing a feasibility study to propose nature-based solutions, and could include 2.5-3.5 km of hybrid coastal work.
