The Sea Hare: Creatures that call seagrass home - Project Seagrass
In a new blog series, Conservation Trainee Abi David explores some of the creatures that call seagrass home, including the Sea Hare.| Project Seagrass
In a guest blog post, Laura Suggitt shares her experiences of swimming the Channel to raise vital funds for environment funds including Project Seagrass: Earlier this month, I swam across the English Channel to France with my team, The Matriarsea. We completed the crossing in 12 hours and 49 minutes; swimming 35 miles in total as a result of the tough tides. It has long been a dream for me to cross the Channel and reaching France in the sparkling sunshine with the strong women in my team arou...| Project Seagrass
This summer, teams came together in Makassar, Indonesia, for the Seagrass Knowledge for Action in Southeast Asia workshop to explore pathways forward for strengthening knowledge, building research capacity, and development to further safeguard local seagrass social-ecological systems. Co-hosted by Universitas Hasanuddin (UNHAS) and Project Seagrass, the workshop involved teams from across Indonesia and the Philippines including Forkani, Yapeka, and C3 (Philippines) who joined forces to discus...| Project Seagrass
In a new blog series, our Conservation Trainee Abi David explores some of the amazing creatures that call seagrass meadows their home. The Brent Goose Branta bernicla is of a similar size to a Mallard duck, making it one of the smallest goose species in the world. They are a highly social species and form strong bonds within the groups they live in. If you spot a group of Brent Geese, look out for the ‘compass’ goose – this is the leader of the group and will lead the way between foragi...| Project Seagrass
Our oceans and coasts are home to ecosystems that provide immense benefits to people, from food and livelihoods to carbon storage and coastal protection. In particular, seagrass meadows are archetypal social-ecological systems (SES), linking human well-being to ecosystem health. But to manage these systems effectively, we need access to both ecological data (such as habitat extent, biodiversity, or water quality) and social data (such as fishing activity, governance, or community use). In a...| Project Seagrass
Beneath the surface of the Chesapeake Bay, a subtle but dramatic shift is taking place as eelgrass gives way to its warmer-water relative, widgeon grass. A new study from researchers at William & Mary’s Batten School & VIMS shows that this seagrass swap could have ecological impacts across the Bay’s food webs, fisheries and ecosystem functions. Published in Marine Ecology Progress Series, the study reveals that while both seagrass species offer valuable habitat, they support marine lif...| Project Seagrass
Seagrasses, foundational species in coastal ecosystems worldwide, are surprisingly few in documented diversity—with only about 70 species identified globally, despite their widespread distribution and ecological importance. Complicating matters, their high phenotypic plasticity within species makes precise classification challenging. Against this backdrop, a research team led by Prof. Zhou Yi from the Institute of Oceanology of the Chinese Academy of Sciences (IOCAS), in collaboration with ...| Project Seagrass
In a new blog series, Conservation Trainee Abi David explores some of the creatures that call seagrass home, including the Sea Hare.| Project Seagrass
