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CCEHBR Coral Health and Disease Program couples the principles and available technologies of biomedical science with traditional measures of ecosystem health.

CCEHBR Scientists draw up a sample from a simulated salt-marsh ecosystem that has been exposed to an herbicide to study its fate and effects in a coastal environment.

Coastal decision makers need scientific information in order to appropriately manage coastal ecosystems impacted by climate change. CSCOR supports interdisciplinary, multi-year research programs investigating how oceanic and coastal ecosystems respond to climate variability and change.

CCEHBR Scientists begin necropsy of two pygmy killer whales and collect samples for biotoxin analysis, contaminant analysis, and histopathology to determine the causes of death.

The remodeled lab offers scientists the optimum laboratory environment for their important work on marine toxins.

About CCEHBR

CCEHBR provides scientific information required to resolve issues related to the health of coastal ecosystems. Major research areas include Estuaries and Land Use, Harmful Algal Blooms and Analytical Response, Marine Disease and Restoration Ecology (performed at the Cooperative Oxford Lab), and Protected Areas and Resources.

Ecological Assessment of Storm Impacts

The Ecological Assessment of Storm Impacts site includes a database of chemical and toxicological information on contaminants permitted for use in the St. Johns River Watershed, Florida, and the lower Columbia River watershed in Oregon and Washington. Visit the project's web site.

Center for Coastal Environmental Health and Biomolecular Research

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Coral Health

Sampling a Simulated Marsh

Healthy Shrimp, Healthy Marsh

Pygmy Whale Necropsy

Remodeled Marine Biotoxins Facility

About CCEHBR

Ecological Assessment of Storm Impacts

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