Yale Students Study Mangrove Restoration at Rookery Bay
Four students from Yale University, Nico Theunissen, Isabella Chiaravalloti, Mingyu Zhang and Rocco D'Ascanio, recently visited Rookery Bay Research Reserve to study the Fruit Farm Creek mangrove restoration site. Guided by Research Coordinator Nerea Ubierna and Stewardship Coordinator Jared Franklin, the team explored both the land and surrounding waters to better understand how the restored mangroves are functioning.
During their visit, the students collected water and soil samples and installed monitoring equipment that tracks changes over the natural rise and fall of the tides. These tools allow them to gather information over time to better understand how water moves through the mangrove system and how the ecosystem is recovering.
Their research focuses on how mangroves improve water quality and support a healthy coastal environment. Mangroves do more than provide habitat for fish and wildlife. They also help balance the chemistry of coastal waters in ways that benefit species like oysters and clams. Healthy mangroves can even help counter some effects of ocean acidification that make it harder for marine life to survive.
Rookery Bay offers the perfect opportunity for these students to study mangroves at different stages of recovery. The Fruit Farm Creek site was once damaged and is now being restored. This enables the students to compare how the ecosystem changes over time.
The Yale team will continue analyzing their samples in the lab as part of their advanced research. Their work will help scientists and resource managers see the value of mangrove restoration and how it supports the long-term health of Florida’s coastal waters.
The Fruit Farm Creek restoration reopened natural tidal flow to more than 200 acres of damaged mangroves and brought back life to an area that had suffered major die-off. As one of the largest mangrove restoration projects in Florida, it is now helping improve water quality, support wildlife and strengthen coastal resilience.