The proposed GEF project aims to address the degradation and fragmentation of Honduras' natural capital and improve the livelihoods of local communities in the productive landscapes in the Olancho Department with a particular focus on the landscapes area between Sierra de Agalta, Boquerón, and La Muralla protected areas. These areas have been affected by unsustainable land use practices and natural disasters. The project will adopt a mosaic-based approach for sustainable production and conservation across 122,000 hectares of land, promoting the adoption and scaling-up of nature-based solutions by smallholder farmers and the implementation of restoration activities in areas affected by agriculture and other economic sectors. The project will improve technical capacities, local and national governance, inter-agency coordination, and catalyze private sector participation. The expected outcomes include the enhanced of ecosystem services, biodiversity benefits, GHG mitigation, carbon storage and sequestration, and the restoration of critical forests and woodlands. The project will demonstrate the benefits of mainstreaming biodiversity conservation in productive landscapes, provide tools, knowledge, and lessons at a considerable scale, replicable in other parts of the country and the region.Building on the early steps the country has made to improve land and forest management, the project will contribute to biodiversity conservation, address land degradation, and mitigate climate change.

Project Details

GEF Project ID
11213
Country
Honduras
Implementing Agencies
Food and Agriculture Organization
Approval FY
1970
Status
Concept Approved
Region
Latin America and Caribbean
Executing Agencies
Secretary of Energy, Natural Resources and Minning (SERNA)National Institute of Forest Conservation (ICF)
GEF Period
GEF - 8
Project Type
Full-size Project
Funding Source
GEF Trust Fund

Financials

USD
Co-financing Total
39,900,000
GEF Project Grant
5,329,453
GEF Agency Fees
506,298

Timeline

Received by GEF
11 Apr 2023
Concept Approved
29 Jun 2023