A new study shows that an ongoing transition from eelgrass to widgeon grass as the dominant seagrass species in the Chesapeake Bay could have ecological impacts across food webs, fisheries and ecosystem functions.
The Nepal Water Initiative seeks to assess environmental threats to Nepal’s water resources under a changing climate and to empower conservation champions in Nepal to address these threats.
Supported by extraordinary philanthropy, the major is the first undergraduate degree in coastal and marine sciences offered by a Virginia public university.
A new study published in the journal PLOS One by researchers at William & Mary’s Batten School & VIMS suggests parasitic worms could serve as a valuable biomarker for managing the fishery.
With enrollment tripling in the last several years, William & Mary’s Introduction to Marine Science course taught by Professor Mark Brush is becoming one of the most popular undergraduate electives on campus. Photo by John…
The 23rd annual Marine Science Day, the marquee open house event at William & Mary’s Batten School & VIMS, drew more than 2,000 attendees on Saturday, May 31 with public access to academic buildings and…
Featuring four new localities, the updated report cards show past and projected rates of sea level rise and acceleration for 36 U.S. coastal communities in a new, interactive dashboard.
A recent study has shown that oyster management practices in the Rappahannock River benefit both the health of the oyster reefs as well as the fishery.
Researchers at William & Mary's Batten School & VIMS are researching the critical role played by various algae in maintaining the health of not only their own habitats but of coastal communities worldwide.
The first round of subawards totaling $1.4 million supports 11 projects focused on removing derelict fishing gear from coastal waters in nine U.S. states and Palau.
A study led by William & Mary's Batten School & VIMS scientists has shown that purple marsh crabs can significantly disrupt carbon cycling in salt marshes along the East Coast of the United States.
The 2024 Chesapeake Bay Dead Zone Report Card suggests hypoxia in the Chesapeake Bay was somewhat larger than the long-term average from 1985-2023 but slightly shorter in duration.
A study has demonstrated surprising variability in the results of different modeling methodologies for predicting future dead zones in the Chesapeake Bay.
The 2024 value is significantly lower than the historic average of 7.77 fish per seine haul and marks the second consecutive year of below-average recruitment in Virginia tributaries.