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Gulf Hypoxia Projects

Summary

Midwestern states within the Upper Mississippi River watershed currently contribute the greatest nutrient load to the Gulf of Mexico hypoxic zone. Often called “dead zones,” hypoxic areas have oxygen levels that can decrease to the point where the zone can no longer support living aquatic species. High concentration of nutrients — particularly nitrogen and phosphorous — is one of the major events that contribute to Gulf hypoxia. To reduce water quality impacts downstream to fisheries in the Gulf of Mexico, the conservation community identified the need for tools that prioritize the design and configuration of actions that appeal to upstream agricultural communities. As a result, theMississippi River Basin/Gulf Hypoxia Initiative (MRB/GH) [...]

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