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Released: 9-Aug-2010 10:00 AM EDT
Study Shows That Hitchhiking Bacteria Can Go Against the Flow
Virginia Institute of Marine Science (VIMS), College of William and Mary

A new study co-authored by professor Kam Tang of the Virginia Institute of Marine Science reveals that tiny aquatic organisms known as "water fleas" play an important role in carrying hitchhiking bacteria to lake and ocean habitats that are otherwise inaccessible due to stratified density boundaries. For organisms as small as bacteria, the boundary between water masses of different temperature and salinity may as well be a brick wall. Hitching a ride on larger zooplankton helps them break through to greener pastures.

Released: 21-Dec-2010 9:00 AM EST
Sea-Level Study Brings Good and Bad News to Chesapeake Bay
Virginia Institute of Marine Science (VIMS), College of William and Mary

A new study of sea-level trends by researchers at the Virginia Institute of Marine Science brings both good and bad news to localities concerned with coastal inundation and flooding along the shores of Chesapeake Bay.

Released: 3-Feb-2011 2:00 PM EST
Loss of Oyster Reefs a Global Problem, but One with Solutions
Virginia Institute of Marine Science (VIMS), College of William and Mary

A new study by an international team including professor Mark Luckenbach of the Virginia Institute of Marine Science shows that the decline of oyster reefs is a global problem. The team's analysis shows that oyster reefs are at less than 10% of their prior abundance in 70% of the 144 bays studied around the world.

Released: 7-Mar-2011 11:30 AM EST
Loss of Plant Diversity Threatens Earth’s Life-Support Systems
Virginia Institute of Marine Science (VIMS), College of William and Mary

An international research team finds that loss of plant biodiversity disrupts the fundamental services that ecosystems provide to humanity.

Released: 21-Mar-2011 11:00 AM EDT
Study Suggests Alternative Treatment for Bacteria in Oysters
Virginia Institute of Marine Science (VIMS), College of William and Mary

A joint study between local oyster growers and researchers at the Virginia Institute of Marine Science suggests that moving farmed oysters into saltier waters just prior to harvest nearly eliminates the presence of a bacterium that can sicken humans.

Released: 19-Apr-2011 9:45 AM EDT
Propeller Turbulence May Affect Marine Food Webs
Virginia Institute of Marine Science (VIMS), College of William and Mary

A new VIMS study shows that turbulence from boat propellers can and does kill large numbers of copepods—tiny crustaceans that are an important part of marine food webs.

3-May-2011 4:00 PM EDT
Tests Show New Biosensor Can Guide Environmental Clean Ups
Virginia Institute of Marine Science (VIMS), College of William and Mary

Tests of a new antibody-based “biosensor” developed by researchers at the Virginia Institute of Marine Science show that it can detect marine pollutants like oil much faster and more cheaply than current technologies. The device is small and sturdy enough to be used from a boat.

Released: 25-May-2011 11:25 AM EDT
International Team Provides Global Analysis of Seagrass Extinction Risk
Virginia Institute of Marine Science (VIMS), College of William and Mary

A team of 21 researchers from 11 nations has completed the first-ever study of the risk of extinction for individual seagrass species around the world. The 4-year study, requested by the International Union for the Conservation of Nature (IUCN), shows that 10 of the 72 known seagrass species (14%) are at an elevated risk of extinction, while 3 species qualify as endangered.

1-Jun-2011 9:00 PM EDT
Jellyfish Blooms Shunt Food Energy from Fish to Bacteria
Virginia Institute of Marine Science (VIMS), College of William and Mary

A study led by researchers at the Virginia Institute of Marine Science shows that jellyfish can drastically alter marine food webs by shunting food energy from fish toward bacteria.

Released: 27-Jun-2011 9:55 AM EDT
Disease-Resistant Oysters Call for Shift in Bay Restoration Strategies
Virginia Institute of Marine Science (VIMS), College of William and Mary

Development of disease resistance among Chesapeake Bay oysters calls for a shift in oyster-restoration strategies within the Bay and its tributaries. That’s according to a new study by researchers at the Virginia Institute of Marine Science.


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