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Collecting and Studying Deep-Sea Coral

Three of our staff supporting NOAA鈥檚 National Centers for Coastal Ocean Science joined a team of nine other scientists on a 12 day expedition to collect deep-sea coral samples in the Gulf of Mexico. After completing 23 dives at 14 sites the team collected 36 live samples of coral, some of which have never previously been kept in an aquaria environment. The team also collected genetic samples, water samples for eDNA and aquaculture reference, and samples for microbiology and microscopy. The team transported the live coral samples to the Hollings Marine Laboratory in Charleston, South Carolina where they will be studied for genetics, population connectivity, reproduction, and other important information that help scientists understand and protect coral reefs.

A boat in the middle of the ocean.
Louisiana Universities Marine Consortium for Ocean Research operates the research vessel Point Sur.
Orange coral polyps with small white tentacles along the tops.
Close-up of collected coral sample.
Two clear collection tubs separated into two sides containing orange branching corals in one side and darker branching coral in the other.
The team collected live coral samples and kept them alive on-board while being transported to the laboratory.

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small plants growing in plugs

Conducting Greenhouse Soil Tests for Soil Remediation Recommendations聽

There are thousands of abandoned mines in the Western United States and residual heavy metal concentrations can be high in mine spoils. These spoils can also be quite acidic. Acidic soils with high concentrations of heavy metals can significantly impact the re-establishment and growth of native plant species at these sites. Even after removal of soils with the…

User interface for Mississippi Drought Dashboard. Map of U.S. With Mississippi watershed highlighted.

Supporting the National Integrated Drought Information System Team

Drought is one of the most expensive and far-reaching natural disasters we face, contributing to wildfires and impacting everything from the food on our tables to the water in our taps and the barges carrying cargo down our rivers.  To help communities, farmers, and leaders stay ahead of these dry spells, the National Integrated Drought…

view of lake with a small lighthouse on a jetty

More Than 1,600 Great Lakes Water Samples Analyzed

More than 30 million people rely on the Great Lakes for drinking water, and they support a fisheries industry valued at $5.1 billion annually.聽Monitoring the Lakes鈥� water chemistry聽is a vital part of maintaining the quality of this key natural resource.聽 The U.S. Environmental Protection Agency (EPA) is responsible for collecting and testing water samples in…