The PhD in Geoscience at the University of Wisconsin–Madison equips students to investigate Earth's past, present, and future through advanced training in geophysics, climate science, sedimentology, and planetary geology. With access to field sites, labs, and computational resources, students address key issues in energy, water, climate, and natural hazards.
Isotope Geochemistry of Ancient Ocean Sediments
Modeling Groundwater Flow in Fractured Rock Aquifers
Seismic Tomography for Mapping Crustal Structures
Reconstructing Paleoclimate from Ice Core Data
Geochemical Analysis of Volcanic Eruptions in the Andes
Tectonic Plate Boundary Evolution Using GPS Data
Carbonate Sedimentology in Coral Reef Environments
Mineralogical Changes in Weathering Profiles
Hydrothermal Alteration Zones in Ore Deposit Systems
Remote Sensing for Monitoring Coastal Erosion
Dating Geological Events with Uranium-Lead Techniques
Simulation of Glacier Melt Impact on River Systems
Paleontological Studies of Mass Extinction Boundaries
Petrological Investigation of Subduction Zone Rocks
Machine Learning for Earthquake Forecasting Models
Modeling Permafrost Thaw and Methane Release
Geophysical Imaging of Sinkhole-Prone Regions
Studying Soil Formation Processes in Alpine Landscapes
Analyzing the Effects of Acid Rain on Bedrock Geochemistry
Geoscientific Communication and Public Policy Integration
Contribute to Earth system science through original research in geology, hydrology, geophysics, or environmental geoscience.
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