The University of Miami’s Rosenstiel School of Marine and Atmospheric Science (RSMAS) has been on the forefront of research in the Gulf of Mexico. The school has been collecting data that can be used in gauging how much oil is still present in the Gulf of Mexico, what the effects are to marine life and the likelihood of oil spreading to South Florida and the Keys.
One of the school’s big projects over the summer was sending out its 96-foot catamaran, the RV/F.G. Walton Smith, to study submerged plumes of oil near the Deepwater Horizon site. The two-week cruise was sponsored by the National Science Foundation (NSF) with funding provided by UM’s Cooperative Institute for Marine and Atmospheric Studies (CIMAS).
“It was very saddening to be out there, but at the same time, it was cool to be able to be part of it,” said sophomore Dan Reynolds, an industrial engineering major who was part of the ship’s crew.
Members of the ship’s research team were the first to discover a previously unidentified oil slick off Florida’s southwest coast.
“They did see that there was some oil taken up at a considerable distance,” said Peter Ortner, director of CIMAS. “They gave the samples they took in to the analysis lab and confirmed the small amount of oil they had seen consisted of surface evidence of subsurface plumes.”
The slick, which spanned a length of about 20 miles, appeared as if it was heading toward the Dry Tortugas, a small chain of islands located near the Florida Keys. One of the major components of RSMAS research over the summer has involved studying the trajectory path for the oil that has not been recovered. Dr. Villy Kourafalou, associate professor in the Division of Meteorology and Physical Oceanography at RSMAS, has been studying the interaction of different currents in the Gulf and looking at how water flow can affect the passage of oil, specifically for the Florida Keys.
“At first, we did everything on a total volunteer basis,” Kourafalou said. “We worked nonstop. There was no time to wait until someone came up with money.”
Kourafalou and her team have been using numerical models of ocean currents, weather forecasts and satellite modeling systems in attempts to predict different situations.
“The Loop is very variable and that is something that people have to understand,” Kourafalou said. “There is no constant pathway.”
However, according to both Kourafalou and Ortner, there seems to be no evidence that there will be surface oil reaching South Florida or the Keys. The oil that is below the surface is at this point difficult to measure, but scientists at RSMAS will continue studying currents and the rate of oil degradation in the following months.
“We’re going to look around with high-tech equipment for this deep material, to see its extent, to see the size distribution, to see if it’s coincidential with animal populations at depth,” Ortner said.
RSMAS faculty has also recently received funding directly from BP. The petroleum company gave the state of Florida $10 million to distribute through the Florida Institute of Oceanography (FIO) Council, which is the consortium of public and private Florida universities that study marine science. They had 233 proposals come in, and of the 23 that were selected to receive funding, three major projects came from RSMAS. The projects involve coastal shelf modeling, satellite remote sensing and chemistry studies, some of which will occur in collaboration with other Florida universities and marine science institutions.
To learn more about RSMAS involvement with the oil spill, visit rsmas.miami.edu/oil-spill.