UC’s PhD in Environmental Earth Science combines geology, hydrology, and geochemistry to study processes driving hazards and resource sustainability.
Stable-isotope tracing of nitrate sources in agricultural watersheds
InSAR detection of groundwater-induced subsidence in Central Valley
Paleoseismic trenching quantifying Cascadia megathrust recurrence
Reactive-transport modeling of arsenic mobilization in fluvial aquifers
Drone photogrammetry mapping coastal cliff erosion rates
Geochemical fingerprinting of dust provenance affecting snow albedo
Hydrological modeling of post-fire debris-flow susceptibility
CRDS measurement of methane fluxes in wetlands restoration sites
Machine-learning landslide scar classification from LiDAR data
ENSO impact analysis on California precipitation extremes (1900-present)
Geohealth assessment of heavy-metal exposure near abandoned mines
Interactive dashboard integrating real-time seismic and tsunami warnings
Isotope geochronology constraining volcanic hazard timelines
Policy brief on managed aquifer recharge for drought resilience
VR field trip teaching karst hydrogeology to high-school students
Ethnographic video on permafrost thaw adaptation in Alaska communities
White paper on mineral-resource governance for energy transition
Citizen-science microplastic sampling in river sediments
Conference on transdisciplinary Earth system research methods
Workshop training land-use planners in climate geospatial tools
Decode Earth processes to protect the planet with UC’s integrative PhD.
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