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Phytoplankton Monitoring Network Volunteers in Georgia Trained in Marine Debris Reporting

The NCCOS Phytoplankton Monitoring Network (PMN) program recently trained volunteers from Georgia in harmful algal bloom and marine debris monitoring. Volunteers from Gray’s Reef National Marine Sanctuary, Burton 4-H, and the University of Georgia’s Marine Extension Service received instruction on target phytoplankton species for change detection, as well as how to identify microplastics in phytoplankton […]

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Sea Level Rise Scenario Project Wins Advanced Computing Award

The Extreme Science and Engineering Discovery Environment (XSEDE) group awarded $56,000 to an NCCOS-sponsored project that is integrating models to assess the ecological impacts of sea level rise. XSEDE selected the project to facilitate modeling sea level rise and storm surge simulations in the Gulf of Mexico. XSEDE, a National Science Foundation initiative, boasts the most […]

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Automated Sensor Provides Texas with Early Warning of Red Tide

Last week, an NCCOS-funded sensor installed on a Port Aransas pier alerted Texas agencies to rising concentrations of Karenia brevis, the marine dinoflagellate that causes red tides. The Texas Parks and Wildlife Department, the Texas Department of State Health Services, and other interested managers received a two-week early warning that a red tide bloom was […]

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Incorporating Shoreline Fluctuations into Tidal Models Improves Sea Level Predictions

Research sponsored by the National Centers for Coastal Ocean Science demonstrates the importance of incorporating dynamic shoreline changes into models over time to forecast sea level change impacts. Projected sea level change impacts are often depicted by assuming coastlines migrate unaltered over time with the rising or falling sea level. While valid for hard, rocky shorelines, […]

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What Powers Florida Red Tides?

The results of a long-term research project, sponsored by NOAA’s National Centers for Coastal Ocean Science, focused on the Gulf of Mexico red tide are featured in a special issue of the scientific journal Harmful Algae. History records blooms of the harmful Florida red tide (caused by the microalgal dinoflagellate Karenia brevis) occurring centuries before Florida’s mid-late […]

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NOAA Supports Reduction in Gulf of Mexico Nutrient Loading

From August 12 – 14, seven of the U.S. Fish and Wildlife-led Landscape Conservation Cooperatives (LCCs) convened a workshop in Memphis, Tennessee to improve the allocation of wildlife management actions throughout the Mississippi River Basin in a way that reduces nutrient loading and hypoxia in the Gulf of Mexico, while balancing agricultural interests and supporting terrestrial […]

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New Molecular Tool Screens Bait Fish for Invasive Species Risk

Sixty-nine of 180 aquatic invasive species (AIS) in the Great Lakes region are fish, many of which pose threats to native species and ecosystem functioning. One potential pathway for AIS introductions is the commercial bait trade; anglers commonly release unused bait fish back into lakes and streams, despite current regulations and management in the Great Lakes region. Previous […]

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Glider Begins Second Deployment to Monitor Threatening Florida Red Tide

A red tide of Karenia brevis in the Gulf of Mexico continues its slow advance toward Florida’s southwest coast. NOAA’s National Centers for Coastal Ocean Science (NCCOS) rapid response emergency funding is supporting a second deployment of underwater robotic gliders to track subsurface movement of the red tide. Since mid-July, a large red tide has lingered […]

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