WRRS research focuses primarily on complex and interrelated geologic and environmental problems using field-based data, satellite remote sensing techniques, and numerical models. The research weaves four interconnected threads related to water resources: ((1) understanding dryland processes and mechanisms (e.g., inland freshwater lenses, transmission losses, regional aquifer dynamics); (2) examines environmental change and hazards (e.g., harmful algal blooms, coastal impacts of sea level rise, sinkholes, floods); (3) analyzes the impacts and interplay of human and natural climate hydrologic systems; and (4) investigates current and past groundwater dynamics and processes (e.g., paleofloods, recharge timing) I utilize multiple tools (e.g., field, remote sensing, UAVs, models, geophysics, isotope geochemistry) to address both fundamental research and applied science related to water resources on multiple scales (e.g., field to regional). Research Areas Satellite Hydrology Recharge Dynamics Hydrologic Modeling Hydrologic Education & Capacity Building Climate, Water, Anthropogenic Nexus Environmental Research Past Research
