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*hydrogeochemistry, biogeochemistry, low-temperature aqueous geochemistry

My primary area of research is in environmental biogeochemistry. My research is focused in using and developing new approaches to measure the behavior of elements such as C, O, N, P, S and Fe in modern terrestrial and aquatic habitats. In particular I have been interested in predicting chemical form, mobility, and toxicity, through evaluation of key kinetic controls on rates of biogeochemical reactions in dynamic natural environments. My research is interdisciplinary in nature and I utilize fundamental knowledge in thermodynamics, geochemistry, microbiology, and hydrogeology to study the fate of chemicals in natural systems. The ultimate goal of my research is to aid in the development of cost effective and environmentally friendly techniques for remediation of contaminated systems.