A dynamic mapping tool allowing users to view marine wildlife health data in variable space and time was recently developed by a NOAA Hollings Scholar working with National Centers for ...

Last month's Fifth Annual Gulf of Mexico Hypoxia Research Coordination Workshop continued its tradition of advancing the science that informs fisheries and resource managers about the effects of Gulf hypoxia ...

The National Centers for Coastal Ocean Science's (NCCOS) Center for Sponsored Coastal Ocean Research (CSCOR) has released three competitive Federal Funding Opportunities for the 2015 Fiscal Year beginning October 1, ...

Earlier this month, NCCOS researchers provided a visiting scientist from Florida's Fish and Wildlife Conservation Commission's (FWC) Red Tide Monitoring Program training on the use of physiological biomarkers for harmful ...

Two instruments developed with NCCOS support are revolutionizing the detection of harmful algal blooms (HABs). The Environmental Sample Processor, or ESP, and the Imaging Flow Cytobot, or IFCB, are receiving ...

A large harmful algal bloom (HAB) of the Florida red tide organism Karenia brevis remains offshore of Florida's southwest coastal counties, causing growing concern among Florida wildlife managers and public health ...

This leg of the expedition will use a new remotely operated vehicle, the SubAtlantic Mohawk 18. Credit: University of North Carolina Wilmington. A NOAA-funded investigation of the relatively healthy, deep, ...

Credit: J. Ramsdell, NOAA In 2012, the state of Texas experienced the longest red tide on record, leading to a collapse of its oyster industry. Red tides in the Gulf of ...

NCCOS-supported scientists documented that the 2014 "dead zone" (area of hypoxia, or low oxygen) in the northern Gulf of Mexico west of the Mississippi River delta now covers 5,052 square ...

NCCOS is supporting the rapid deployment of self-propelled underwater robotic gliders to map an emerging red tide bloom in the Gulf of Mexico. The bloom of Karenia brevis, Florida Red ...