RECOVER Launches New Virtual Lab – MARCH 16, 2017 (From Winter 2017 Newsletter) The GoMRI-funded consortium Relationships of Effects of Cardiac Outcomes in Fish for Validation of Ecological Risk (RECOVER) recently launched a new education tool called the “RECOVER Virtual Lab.” Narrated by Ph.D. and Master’s students working with the consortium, the RECOVER Virtual Lab…
Winter 2017 – Frequently Asked Questions by Dr. Chuck Wilson – MARCH 16, 2017 (From Winter 2017 Newsletter) The 2017 Gulf of Mexico Oil Spill and Ecosystem Science (GoMOSES) Conference theme was Ecosystem Approaches to Gulf Response and Restoration. The goal of this year’s conference was to provide an opportunity for attendees to hear from the…
Winter 2017 – Note from the Research Board Chair – MARCH 16, 2017 (From Winter 2017 Newsletter) Dr. Rita Colwell, University of Maryland and Johns Hopkins University The 2017 Gulf of Mexico Oil Spill and Ecosystem Science conference theme was focused on the ecosystem of the Gulf, encouraging participants to share practical applications of their…
Scientists observed in laboratory experiments the formation of extracellular polymeric substances (EPS, a natural microorganism excretion) when phytoplankton and their associated bacteria were exposed to Corexit dispersant.
When Deepwater Horizon oil approached coastal environments, it was unclear how river water entering the Gulf of Mexico would affect the oil’s transport and fate. Steve Dykstra uses drifters and ship-deployed sensors to study how freshwater plumes disperse in the coastal environment over different seafloor topography.
A new study from a Coastal Waters Consortium team of researchers led by Rutgers University postdoctoral researcher, Michael McCann, has found which birds, fish, insects and other animals affected by the Deepwater Horizon explosion should be given top priority for conservation, protection and research.
Interactions among wind, waves, and upper-ocean currents are essential factors in predicting oil slick transport and fate. These complex interactions, however, make capturing their dynamics in simulations challenging, especially when turbulent weather conditions are present.
Scientists assessed the behavior of a Florida river plume to determine how it might influence the transport and dispersion of surface oil near coastal regions. The researchers found that the near-surface measurements of dissipation at the front’s bounding edge were four orders of magnitude larger than the environment beneath.
The Gulf of Mexico Research Initiative is pleased to announce the release of the Screenscope film production company’s trailer for “Dispatches from the Gulf-2.”