"This year's forecast, which did not do a very good job of predicting the actual size of the dead zone, underscores the importance of our research at Texas A&M," DiMarco said. "Unraveling the complex system of processes that create dead zones will lead us in the direction of better predictions. This has always been the overarching premise of our team's research. We also look forward to the continuation of our research efforts and working with other researchers around the Gulf on this important issue."
DiMarco is program manager and principal investigator for this new round of funding from NOAA, of which Texas A&M and Texas A&M University at Galveston will receive $501,398 this year and $2.82 million over five years, pending Congressional approval. Collaborating researchers at the Louisiana Universities Marine Consortium and Virginia Institute for Marine Sciences will receive the remaining funds.
Five other oceanography faculty and one Galveston faculty member are co-principal investigators for the study. Other principal investigators are from Dalhousie University, Coastal Carolina University, Louisiana State University, Louisiana Universities Marine Consortium and Virginia Institute for Marine Sciences.
DiMarco's earlier hypoxia studies were funded by NOAA from 2003 through 2009. With this most recent funding, the researchers plan to continue pursuing their quest to develop models that can predict when and where hypoxic, or dead, zones may occur.
Together with Oceanography Professor Tom Bianchi, DiMarco discovered a Texas-created dead zone area off the Texas coast in August 2007, a result of unusually heavy rains that poured water into the Brazos River. This first proven dead zone area that originated from Texas rivers was created where the water emptied into the Gulf.
In completing 16 research cruises and collaboratively sharing data with other programs, the Texas A&M researchers have al
|Contact: Steve DiMarco|
Texas A&M University