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NCCOS Considers Implications of Harmful Algal Bloom Mitigation

NCCOS Program Manager David Kidwell was the invited speaker at the North Pacific Marine Science Organization (PICES) October 2014 Annual Meeting special workshop session on novel approaches to mitigate HABs. Kidwell’s talk, “Can harmful algal bloom mitigation make the problem worse? Complying with United States environmental laws to advance HAB control and mitigation research” draws upon his expertise […]

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‘Coral Ecosystem Connectivity 2014′ Expedition Discovers New Coral Area in Gulf of Mexico

NOAA-sponsored scientists discovered a new coral area off the southwest coast of Florida near Pulley Ridge. The area is extensive and has the densest cover of plate corals (Agaricia spp.) known in the Gulf of Mexico. This is the most coral seen in the Pulley Ridge area since 2009. Scientists made the discovery in August […]

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Additional Toxin Data Helped Ohio Deliver Safe Drinking Water After August Cyanobacteria Bloom

Persistent concerns about toxins in Toledo, Ohio’s drinking water following August’s large, cyanobacteria bloom in Lake Erie prompted a follow-up investigation supported by NCCOS. At the time, the bloom led the City of Toledo to issue a two-day, drinking water ban for 400,000 people in Toledo and surrounding areas after drinking water samples showed high […]

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NCCOS Embarks on Harmful Algal Cyst Sampling Cruise

Scientists from NCCOS and Woods Hole Oceanographic Institution embark today aboard NOAA’s research ship, the Okeanos Explorer, on a nine-day sediment sampling mission in the Gulf of Maine. Researchers will examine sediment cores for the presence of cysts of the harmful alga Alexandrium fundyense to improve forecasting of harmful algal bloom (HAB) events along the […]

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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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Tenacity of Brown Tides Linked to Genetic Flexibility

The genetic flexibility of Aureococcus anophagefferens, the harmful alga responsible for “brown tides” off Long Island, allows it to thrive in conditions other algae cannot tolerate. NCCOS-sponsored scientists assessed this alga’s response to environmental stressors, such as low nutrients and low light, by looking at pieces of its RNA, which tell Aureococcus which proteins to […]

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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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