Antony Otinga Oteng’o
Mangrove forests are among the world’s most productive ecosystems, providing shoreline stabilization, carbon sequestration, and critical nursery habitats for marine and terrestrial species. Kenya’s coastline hosts nine mangrove species, yet degradation from illegal logging, pollution, and climate change continues to undermine their ecological and socio-economic value. In Majoreni, within the Kenya–Tanzania Transboundary Conservation Area, field assessments reveal ongoing decline despite global datasets suggesting minimal recent loss. Restoration efforts have often relied on planting alone, with limited success due to neglect of underlying ecological drivers.
This project introduces a science-based, community-inclusive restoration model designed to enhance ecological resilience and local stewardship. By integrating GIS-based mapping, pollution source identification, and biodiversity monitoring, the initiative will strengthen mangrove canopy cover, improve nursery habitats for fisheries, and contribute to climate mitigation through enhanced carbon storage.
Community engagement is central to the approach: awareness campaigns, participatory stewardship, and training of conservation champions will ensure that local stakeholders become custodians of the ecosystem. Expected outcomes include increased mangrove survival rates, geo-mapped pollution hotspots for targeted interventions, enriched biodiversity, and improved community knowledge and participation.
By linking ecological restoration with livelihood benefits, this initiative positions Majoreni as a hub for innovative, community-driven conservation. It will deliver measurable ecological gains, strengthen biodiversity resilience, and foster sustainable resource use, ensuring long-term protection of Kenya’s coastal ecosystems.