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Chesapeake Bay: Dead zones predicted to be lower summer 2022

Chesapeake Bay areas with low oxygen levels, which can kill aquatic life, are predicted to be smaller for summer 2022 — if weather holds out.

Chesapeake , Virginia , United-states , Chesapeake-bay , Maryland , University-of-maryland , District-of-columbia , Virginia-institute-of-marine-science , Delaware , Conowingo , Pennsylvania , Environmental-protection-agency

VIMS Dead-Zone Report Card Reflects Extended Season | Williamsburg Yorktown Daily

VIMS dead-zone report card on conditions in the Chesapeake Bay indicates that the overall severity of hypoxia was slightly higher in 2021.

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VIMS dead-zone report card reflects extended season

The annual report of “dead-zone” conditions in the Chesapeake Bay from William & Mary's Virginia Institute of Marine Science indicates the overall severity of hypoxia was slightly higher than usual during 2021, due largely to the relatively early onset and late termination of low-oxygen waters.

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VIMS researchers map best conditions for forage fishes – Gazette Journal

The Gloucester-Mathews Gazette-Journal is a weekly print newspaper and online news source serving Virginia's Middle Peninsula.

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NOAA funds VIMS to study impact of ocean acidification on oysters

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Credit: © Aileen Devlin/Virginia Sea Grant.
The excess carbon dioxide responsible for global warming also increases the acidity of seawater, challenging the growth and survival of oysters and other shellfish. A team led by researchers at William & Mary's Virginia Institute of Marine Science is now helping oyster growers and restoration specialists better manage their future responses to acidification in the Chesapeake Bay.
The team, funded by the NOAA Ocean Acidification Program, is led by VIMS researchers Marjy Friedrichs and Emily Rivest, along with David Wrathall of Oregon State University. Other team members include Mark Brush, Pierre St-Laurent, and Karen Hudson of VIMS, Aaron Bever of Anchor QEA, and Bruce Vogt of NOAA's Chesapeake Bay Office. The team calls their project STAR, for Shellfish Thresholds and Aquaculture Resilience.

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