14/04/2026
Observing the flowering of Enhalus acoroides during the Tamil New Year season is not just a visual experience, it is a reminder of the remarkable ecological role these seagrasses play. These meadows serve as critical habitats for a wide range of marine life. Species such as dugongs and sea turtles depend directly on seagrass as a food source, while juvenile fishes, molluscs, and many invertebrates use these areas as safe nursery grounds. By supporting early life stages of marine organisms, seagrass beds indirectly sustain coastal fisheries and livelihoods. In addition, they act as natural barriers, reducing wave energy, stabilising sediments, and protecting shorelines from erosion.
Equally important is their role in climate regulation through blue carbon storage. Enhalus acoroides and other seagrasses capture carbon dioxide from the atmosphere and store it efficiently in their biomass and underlying sediments for long periods. This makes them one of the most effective natural systems for carbon sequestration. They also improve water quality by absorbing excess nutrients, thereby maintaining ecological balance in coastal ecosystems. Protecting and understanding these systems is not just about conserving biodiversity, it is about securing climate resilience and the future of coastal communities.