Groundwater Geochemistry, Coastal Hydrology, Thermal Infrared Remote Sensing, Electrical Resistivity Tomography

 

My primary research interest is centered on locating and quantifying natural groundwater discharge to coastal areas. I use a variety of tools including stable isotopes, radiogenic isotopes, thermal infrared remote sensing, and electrical resistivity tomography to accomplish this research.  This natural discharge has the potential to deliver significant quantities of nutrients, trace metals, and contaminants to the receiving waters.  The chemical constituents in the discharging water therefore impact ecosystems both positively and negatively.  I am also interested in synergistic research that is focused on answering ecological and climatological questions related to the quantity, quality, impacts, and sustainability of natural groundwater discharge.  Through collaborative efforts, I have been working to understand how groundwater interacts with marsh cordgrass (Spartina alterniflora) and eastern oysters (Crassostrea virginica).