The Densu Delta Ramsar Site is a vital wetland located at the mouth of the Densu River, offering important habitat for migratory birds and supporting traditional fishing and farming communities.
The Densu Delta Ramsar Site is situated in the Greater Accra Region of Ghana, where the Densu River meets the Atlantic Ocean. This coastal wetland spans approximately 6,000 hectares, encompassing diverse habitats such as mangrove forests, mudflats, lagoons, and freshwater marshes. The delta plays a critical role in maintaining the ecological balance of the region by filtering water, providing nursery grounds for fish, and supporting a rich variety of bird species, some of which are threatened or migratory. The mangrove ecosystem is especially crucial for coastline stabilization and carbon sequestration. Local communities rely heavily on the Densu Delta for fishing, farming, and harvesting mangrove resources, making it important for both biodiversity conservation and livelihoods. The site offers bird watchers an excellent opportunity to observe species like the African darter, herons, egrets, and migratory shorebirds during certain seasons. While formal trails are limited due to the site's primary wetland nature, guided boat tours and village visits provide unique ways to explore the delta’s natural and cultural heritage. Conservation efforts are ongoing to address threats such as pollution, over-exploitation of resources, and encroachment, ensuring the preservation of this Ramsar-designated wetland site for future generations.
Extensive mangrove forests providing vital coastal habitat
Important breeding and feeding grounds for migratory bird species
Traditional fishing villages offering cultural insights and sustainable practices
Tidal lagoons and mudflats supporting diverse aquatic life
One of the largest continuous mangrove areas in the region, critical for coastal protection and fish breeding.
Hosts numerous migratory species including waders and waterfowl, making it a key stopover along the West African coast.
Communities living sustainably within the delta, offering insight into indigenous wetland resource management.