Posted: 28 August 2026 - College Station, United States of America
This position offers a unique opportunity to examine how downstream carbon cycling responds to enhanced terrestrial weathering, focusing on changes in aquatic geochemistry and carbon fluxes within river-lake-groundwater-atmosphere-sediment systems. The role involves developing dynamic river-lake network models, writing manuscripts, participating in collaborative research, and mentoring students. Candidates should have a Ph.D. in Geosciences or a related field, with experience in river modeling, biogeochemistry, and software tools for simulating river dynamics. The position is grant funded, and future employment may depend on funding availability.