The objective of the Uttarakhand Decentralized Watershed Development Project (II) is to increase the efficiency of natural resource use and productivity of rainfed agriculture by participating communities in selected microwatersheds of the State of Uttarakhand.
The Government of Ghana aims to demonstrate improved sustainable land and water management (SLWM) practices to reduce land degradation and maintain biodiversity in selected microwatersheds and build capacity for upscaling in northern Ghana. The project combines soft and hard investments at the community level with planning activities.
This component focuses on incorporating innovative technologies in community-based sustainable NRM. Subcomponents include (a) addressing climate change impacts on water resources and agriculture by promoting innovative climate-smart NRM technologies and (b) alleviating negative impacts of environmental degradation and climate change on livelihoods.
The project pilots new techniques including eco/ bio-engineering solutions for erosion stability such as the use of vegetation to protect embankments from scouring.
The project finances nature-based solutions to revitalize selected protected areas of ecological significance to the Western Balkans. Also include includes forestry management in Vrbanja, Vrbas, and the Sava River Basin, which will mitigate the threat of drought.
The objective of the project “Natural Resource Management in a Changing Climate in Mali” is to expand the adoption of sustainable land and water management (SLWM) practices in climate vulnerable targeted communes in Mali. The Government of Mali aims to achieve this through the implementation of capacity building, biodiversity conservation, and support to poverty reduction activities applying an ecosystem-based adaptation approach. This approach will enable project beneficiaries in 14 communities across three provinces to adapt to climate change and ultimately to increase their resilience.
The project financed a cash-for-trees program which part of an erosion prevention activity that provided incentives for smallholders to reforest their lands in the watersheds surrounding the irrigated areas.
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 project was comprehensive, using insitutional capacity building and awareness raising of SLM for DRM, using community-based activities to restore and sustainably manage areas such as the restoration of natural waterways, reforestation of hillsides and watersheds and bush fire control (Savanna, Maritime and Kara regions). Community-Based activities in Cropland and Grazing Land included SLM best practices will be piloted and promoted in targeted areas.
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.
