My research interest is in the area of developing models to characterize movement of water and entities such as contaminants, microbes, and heat on a continuum of scales in porous and fractured media. I use discrete fracture network (DFN) modeling tools to understand influence of network-scale hydraulic and geometric properties on plume migration in fractured rock formations. My co-researchers and I are interested in developing techniques for upscaling transport in fracture networks which can effectively account for correlations and connectivity structures. I am also interested in employing coupled thermo-hydro-mechanical models for enhanced geothermal systems and other fields of research where faults and fractures play an important role. Outside of fracture media related topics, I have interest in the wider research field of anomalous transport, particularly in relation to motile microbes and their implications for in-situ bioremediation.