Research
Faculty in the Department of Geosciences conduct research in most sub-disciplines of geosciences,
but with particular emphasis on the following geologic, atmospheric and hydrologic areas:
Aquatic biogeochemistry Biostratigraphy Carbonate sedimentology Clay mineralogy Climate change and variability Climate diagnostics Climate modeling Diagenesis Ecosystem Studies Fluvial geomorphology Geochemistry Geomicrobiology Glacial geology Groundwater-surface water interactions Land-atmosphere interactions Marine geology Micropaleontology Mineral deposits Organic geochemistry Paleoclimatology Paleolimnology and paleohydrology Petroleum geology Quaternary environments Remote sensing Sedimentology Stable isotope geochemistry Stratigraphy Surface hydrology / ecohydrology modeling Surficial processes and landscape evolution Vertebrate paleontology Atmospheric chemistry Atmospheric convection Boundary layer dynamics Chemistry-meteorology coupled modeling Climate change and variability Climate diagnostics Climate modeling Data assimilation Hydrometeorology Instrumentation Land-atmosphere interactions Limnology Mesoscale processes Paleoclimatology Paleolimnology and paleohydrology Polar weather and climate Radiative energy budget Remote sensing Severe weather Surface hydrology / ecohydrology modeling Weather analysis and forecasting Aquatic biogeochemistry Aqueous and Sediment Biogeochemistry Aqueous geochemistry Aquifer hydraulics and hydrogeophysics Atmospheric chemistry Chemical and physical hydrogeology Chemistry-meteorology coupled modeling Climate change and variability Fluvial geomorphology Geochemistry Geomicrobiology Glacial geology Groundwater-surface water interactions Hydrogeologic modeling Hydrogeology Hydrology Hydrometeorology Land-atmosphere interactions Limnology Micropaleontology Paleoclimatology Paleolimnology and paleohydrology Physical and chemical hydrogeology Quaternary environments Stable isotope geochemistry Surface hydrology / ecohydrology modeling Surface water - groundwater interactions Surficial processes and landscape evolution
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