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NCCOS, Partners Prepare Harmful Algal Bloom Sensor for First-ever Deployment in Lake Erie

NCCOS scientists and their partners have completed technical preparations for the first deployment of an Environmental Sample Processor (ESP) in the Great Lakes. The ESP—already in use on the U.S. East and West Coasts—is an autonomous, underwater robot that can detect harmful algal bloom cells and toxins in water samples that it collects and analyzes. […]

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Meeting Challenges in Estuarine and Coastal Ecosystem Science

Along with individual stressor-based research projects, NCCOS undertakes a broader ecosystem approach using larger, multidisciplinary research projects. A recent essay authored in part by NCCOS sponsored scientists gives perspectives on challenges and paths for advancing estuarine science; NCCOS research strives to meet these challenges. Five major research challenges were identified: (1) Maintaining and improving spatially distributed time-series datasets; […]

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NOS, NESDIS Expand Remote Sensing Collaboration to Hawaii

Under a grant from NOAA’s Coral Reef Conservation Program, NCCOS and NOAA’s National Environmental Satellite, Data, and Information Service (NESDIS) have been using remote sensing technology to monitor efforts to reduce land-based pollution runoff to the coral reefs of Guanica Bay, Puerto Rico. Leveraging experience gained on this project, the team recently met with partners […]

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Volunteers Train to Monitor Florida Red Tide in Real Time

Citizen volunteers and college students are evaluating an NCCOS-funded portable sensor that easily and accurately calculates the number of Karenia brevis cells in a water sample, the algae that causes red tides in Florida. This month, St. Petersburg College biotechnology students learned how to use the sensor in a training class at the University of […]

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Assessing Emerging Algal Toxin Threat in Washington State Waters

In early June 2016, NOAA and Washington State partners begin a four-month long effort to monitor shellfish and water every week at six locations around Puget Sound and on the Pacific coast. The team plans to measure concentrations of marine algae and their associated lipophilic (fat soluble) toxins, which can accumulate in shellfish and cause […]

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Real-time HAB and Toxin Sensors Deployed in Pacific Northwest

An environmental sample processor (ESP) was deployed on May 23 to monitor for harmful algal blooms (HABs) and their toxins off the coast of La Push, Washington in the Olympic Coast National Marine Sanctuary, by scientists with NOAA and the University of Washington. This is the first time the ESP, essentially a ‘lab in a […]

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Risk of Shellfish Toxicity Predicted by Temperature and Salinity

A new study shows that water temperature and salinity can indicate the likely occurrence of toxic Alexandrium blooms (a type of harmful algae) in the U. S. Pacific Northwest. As shellfish become contaminated with the toxins produced by these harmful algal blooms (HABs), researchers and shellfish managers can use these findings to predict shellfish toxicity, which causes illness or even […]

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NCCOS Projects at the Forefront of Numerical Estuarine Modeling

Scientists’ use of simulation models has increased during the past several decades as a widely accepted tool for investigations into estuarine dynamics. A recently published scientific review paper, authored by NCCOS-sponsored scientists, outlines the progress and accomplishments of coupled hydrodynamic-ecological estuarine modeling. Many NCCOS-sponsored foundational modeling studies are featured in the review paper. Findings show that while most […]

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