Recreational beaches are monitored through measures of bacteria. Many records show sporadic increases in bacterial levels with no well understood cause. Our research has shown that in many cases the source of microbes to recreational waters comes from the intertidal zone. We study the mechanisms by which bacteria are released from this zone, including studies that focus on pore water transport and wave action. We collaborate with colleagues to model this release and also to understand the impacts of these releases on human health. Our most recent work has shifted towards focusing on the influence of chemical contaminants. These studies have included research focused on evaluating:
These chemical focused studies, in addition to evaluating the characteristics of the chemicals in the ocean environment, also evaluate the microbial community, and ultimately human health, within this zone. This research fits well within the theme of oceans and human health (OHH), a Center at the University of Miami, which is where much of the collaboration has taken place.
Please visit the following web sites to see listings of some of our research projects.
- Oceans and Human Health Center
- Oceans and Human Health Center (NSF Page for supplement)
- Oceans and Human Health Center (NSF Page for original grant)
- Oceans and Human Health Gordon Research Conference 2014, Anthropogenic Impacts on Coastal Communities and Ecosystems, funded by NSF and NIH and by SeaGrant (Connecticut, Florida, Woods Hole, Puerto Rico, Mississippi, Louisiana/Alabama) and by Wiley, Journal of Marine Drugs, ThermoFisher Scientific, VWR, Mo Bio, and Sinauer Associates. Group Photo.
- Modeling of Coastal Microbes Along the Gulf of Mexico U.S. States
- Rapid Response to Hurricane Katrina
- Pathogen Measurements in the St. Lucie River Estuary
- Pilot Study at Hobie Cat Beach
- Sources of E. coli to the North Fork of the New River, Ft. Lauderdale
- Water Quality Predictive Models for the City of Key West