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Mussel Watch Data Presented at Great Lakes Mercury Workshop

On May 30-31, NOAA Mussel Watch program data, collected by the National Centers for Coastal Ocean Science, was presented at “Mercury in the Great Lakes,” a workshop organized by U.S. Environmental Protection Agency’s Great Lakes National Program Office/Region 5 and the U.S. Geological Survey. NCCOS has been monitoring a wide array of contaminants, including mercury, […]

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NCCOS and International Joint Commission Scientists Prepare to Publish 20 Years of NOAA Mussel Watch Results

NCCOS scientists met with Victor Serveiss, Environmental Advisor to the International Joint Commission (IJC), to put the finishing touches on a Mussel Watch contribution to the next iteration of the Great Lakes Biennial Report set for publication this year (2012). This report provides an overview of NOAA and Mussel Watch monitoring efforts in the region since 1992. The […]

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NCCOS Scientists Met with Great Lakes Regional Committee to Discuss Enhanced NOAA Mussel Watch Capabilities for Answering Regional Management Questions on Contaminants

Representatives from the National Centers for Coastal Ocean Science met with the Federal-State Areas of Concern Coordinating Committee (FEDSTACC), a group of regional stakeholders from across the Great Lakes basin, to discuss the common goals of removing EPA-designated Beneficial Use Impairments (BUI) from designated sites and monitoring the recovery of EPA-designated Areas of Concern (AOCs), areas defined by […]

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NCCOS and NIST Scientists Propose Using “Chemical Footprints” to Enhance NOAA Mussel Watch Program’s Monitoring of EPA- designated Areas of Concern

EPA Region 5 in Chicago recently hosted the second meeting on “effects-based” monitoring in the Great Lakes and scientists from NCCOS’ Mussel Watch Program attended. Scientists have long recognized that chemical contaminant monitoring in environmental matrices is expensive and limited in its ability to identify ecological risk. Molecular, biochemical, histological and morphological changes in organisms are useful to risk […]

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