Restoration Science
Seagrass restoration has been occurring since the 1940s, primarily focusing on techniques such as transplants and bare-root planting. More recently, new methods involving seed-based restoration, co-planting with native infaunal species, and the use of microbiomes are influencing how seagrass restoration occurs. In the FWRI Seagrass Ecology Lab, the Restoration Science office is dedicated to creating environmentally friendly and effective seagrass restoration techniques.
Seed-Based Seagrass Restoration
Restoration of the slow-growing turtle grass (Thalassia testudinum), considered one of Florida’s climax species, can have mixed results using traditional methods. Researchers have been studying the potential for seedling-based restoration techniques using beach-cast seedlings.
Co-Restoration of Seagrass and Clams
Many species in Florida that rely on seagrasses may also benefit from restoration. The Seagrass Ecology Lab partnered with the Gulf Shellfish Institute to do a pilot study on the co-restoration of the hard clam (Mercenaria mercenaria) and shoal grass (Halodule wrightii).
Other projects include the creation of novel seagrass planting units, studying seagrass genetics, trying new outplanting techniques, and so much more! We collaborate with a diverse range of state agencies, universities, and non-profits to increase knowledge and enhance restoration methods.
