The Susquehanna Flats SAV beds cover nearly 25 square kilometers. Each square meter contains about 150 g of plant material. When you do the math, that’s a LOT of biomass! True to our ecosystem ecology roots, we want to know how much carbon, nitrogen, and phosphorus the SAV beds are retaining and how much sediment they are trapping.
With a lab and classroom located just steps away from the St. Mary’s River, how could we not monitor the estuary?
Artificial 3-D oyster reefs are great oyster habitat, but do they provide other benefits to the system? This series of student projects investigates restored oyster reef ecosystem functioning.
For as long as we’ve been studying SAV in the upper Bay, we’ve mostly ignored the persistent mats of stringy macroalgae tangled with the SAV. Not anymore.
We know that SAV are “blue carbon” ecosystems, but can they also modify the inorganic carbon system in ways that affect how much carbon is sequestered?
Aquaculture is prohibited in areas where SAV is growing. But how much of an impact does it really have on SAV?
The most dramatic SAV recovery in Chesapeake Bay happened at Susquehanna Flats, where bay grass coverage increased by dozens of square kilometers in just a few years. What could have prompted the resurgence?