Urban soil, electrical methods in geophysics, environmental geophysics, infiltration dynamics, stormwater, urban flooding, geophysical monitoring
PhD, Geoscience, Temple University – 2023
M.S., Geology, Baylor University – 2017
B.S., Geology, SUNY Brockport – 2015
Using electrical geophysical methods to assess water movement in the shallow subsurface with implications for stormwater management (such as combined sewers), soil assessment, green infrastucture management, flood hazards and urban land use. Specifically, I build geophysical monitoring stations to perform long-term monitoring. I am also a part of UB's Urban Soil Health Initiative.
Pope, G. G., Toran, L., Caplan, J. S., & Nyquist, J. (2025). Spatiotemporal Dynamics of Road Salt in a Highway Bioswale: A Comparison of Point and Continuous Monitoring Methods. Water, Air, & Soil Pollution, 236(10), 1-19.
Pope, G. G., & Nyquist, J. E. (2023). Apparent hysteresis in Archie’s law: Implications of changing pore fluid conductivity for electrical resistivity monitoring of infiltration. Journal of Environmental and Engineering Geophysics, 28(3), 125-136.
Pope, G. G., Nyquist, J. E., & Toran, L. (2023). Time-lapse resistivity monitoring of a simulated runoff test in a bioswale, Philadelphia. Journal of Sustainable Water in the Built Environment, 9(1), 04022018.