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Article from the May 2009 edition
Summary conceptual diagram
Conceptual diagram summarizing the paper's findings.
Sediment organic content, hydrodynamics, and seagrasses
Caroline Wicks, from EcoCheck, was first author on a paper published in Marine Ecology Progress Series (378: 71-80), describing the effects of sediment organic content on seagrass growth and distribution in Chincoteague Bay, Maryland. When organic-rich sediments are found in hydrodynamically active areas, a mismatch occurs between plant morphology and the physical environment, leading to the loss of seagrasses due to uprooting. Therefore, sediment organic content limitations in seagrass habitats need to be evaluated within the local hydrodynamic settings. Fine organic sediment may be less limiting to seagrasses in quiescent waters while sand with low organic content may be required for seagrass survival in hydrodynamically active areas.

The Integration & Application Network is an initiative of the University of Maryland Center for Environmental Science.
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