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Our research in the area of paleoclimate focuses on two key aspects for understanding the evolution of Earth's surface and climate over time: (1) the role of chemical weathering processes in regulating the geologic carbon cycle over million-year time scales, and (2) the history of rainfall and so

Our research in this area determines how chemical reactions between fluids and solids may attenuate, or exacerbate, groundwater contamination. We are currently focusing on several different types of contaminants, including metals and actinides/radionuclides.

The injection of large volumes of CO2 into the subsurface is an essential strategy for both enhanced energy extraction and the disposal of waste products derived from energy generation.

Welcome to EIGG

The core focus of the research carried out by our group is to investigate biogeochemical processes occurring at the earth surface using a combination of tools including geochemical and reactive transport modeling and isotope geochemistry. Field-based environmental measurements are coupled with experimental or detailed characterization studies in order to develop conceptual and numerical models. The primary goal of this research is to understand how Earth's environments are controlled by the feedbacks between chemical, biological and physical processes.

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