To develop an earlier prediction of the size of the Gulf of Mexico “dead zone” this summer, NOAA’s National Weather Service and National Ocean Service combined data from the National Hydrologic Assessment U.S. Spring Flood Risk Outlook with knowledge of soil saturation and typical weather patterns throughout the Mississippi watershed this year. Based on estimates of flood risk, snow pack, [...]
The North Carolina Biotechnology Center funded NOAA and academic researchers to develop a training facility for public health officials and resource managers in advanced molecular methods to detect pathogens and harmful algae species more quickly and effectively. The first workshop, held March 11 – 15, 2013, covered quantitative polymerase chain reaction techniques to detect Enterococcus, the [...]
On August 29, researchers at the National Centers for Coastal Ocean Science (NCCOS) published an analysis of NOAA Mussel Watch Program contaminant monitoring data for mercury and methylmercury levels and distributions around the Gulf of Mexico. Data gathered from oyster and sediment samples from Texas to Florida revealed relatively elevated mercury concentrations (hotspots) in the [...]
The importance of the Gulf of Mexico to the US economy is significant. The National Centers for Coastal Ocean Science has invested over $66M in public funds for research into harmful algal blooms, nutrient over-enrichment contributions to hypoxia, ecological effects of sea level rise (EESLR), and coral reefs in the Gulf of Mexico since 1990. [...]
The recent rise in sightings of non-native Asian tiger shrimp off the U.S. Atlantic and Gulf of Mexico coasts has government scientists working to determine the cause of the increase and the possible consequences for native fish and seafood in those waters. Researchers from the U.S. Geological Survey and National Oceanic and Atmospheric Administration are [...]
Scientists from the National Centers for Coastal Ocean Science presented a poster displaying results from over 20 years of contaminant monitoring in U.S. coastal waters that were used to characterize changes that occurred as a result of Hurricane Katrina, and to put the overall multi-agency post hurricane assessment effort into perspective. The poster detailed the [...]