We are investigating how rising atmospheric temperature and changing precipitation patterns will affect coastal hypoxia (low dissolved oxygen) in Chesapeake Bay. Hypoxia in the bay, caused by an excessive influx ...

We developed an ArcGIS-extension MAPTITE tool designed to help marsh planners maximize the success rate of vegetation restoration efforts. The tool identifies suitable locations for replenishing marsh plant species based ...

With U.S. capture fisheries in decline, aquaculture is being seen as a way to increase the domestic supply of seafood. However, total aquaculture production in the U.S. has not changed ...

Large blooms of Cochlodinium polykrikoides have occurred throughout the lower Chesapeake Bay and its tributaries in recent decades and appear to be followed by increasingly intense blooms of the ichthyotoxic ...

We are developing a national capacity to train the next generation of state and federal agency scientists in taxonomic identification of harmful marine algae, helping to rebuild and maintain expertise ...

The Harmful Algal Bloom and Hypoxia Research and Control Act (HABHRCA) mandates the development of scientific tools for natural resource managers to address hypoxia in coastal ecosystems. In response, NCCOS ...

We are investigating how coastal flooding is impacting surface transportation networks in Hampton Roads, VA. This work combines hydrodynamic, morphodynamic,  pavement, and economic models to predict the effectiveness of natural ...

Taskinas Creek, a small tributary of the York River (Virginia). Credit: NOAA. Understanding who visits coastal and marine areas and why is crucial for natural resource managers. However, this information ...

The purpose of this project is to collect and document the abundance and composition of Chesapeake Bay mesozooplankton, an important food source for juvenile fish in the region. The information ...