UC’s MS in Environmental Earth Science combines geology, hydrology, and geochemistry to study Earth processes driving natural hazards and resource sustainability.
Stable-isotope tracing of nitrate sources in agricultural watersheds
SAR interferometry detecting ground-water-induced subsidence in Central Valley
Paleoseismic trenching quantifying recurrence of Cascadia megathrust events
Remote-sensing assessment of glacier mass balance using ICESat-2 altimetry
Reactive-transport modeling of arsenic mobilization in fluvial aquifers
Drone-based photogrammetry mapping coastal cliff erosion rates
Geochemical fingerprinting of dust provenance affecting snow albedo
Policy brief on managed aquifer recharge for drought resilience
XRF core-scanning revealing Holocene wildfire history in lake sediments
Hydrological modeling of post-fire debris-flow susceptibility
CRDS measurement of soil-gas methane fluxes in wetlands restoration sites
VR field trip teaching karst hydrogeology to high school students
Machine-learning classification of landslide scars from LiDAR data
Time-series analysis of ENSO impact on California precipitation extremes
Baseline geohealth study of heavy-metal exposure near abandoned mines
Interactive dashboard integrating real-time seismic and tsunami warnings
Ethnographic video on community adaptation to permafrost thaw in Alaska
White paper on mineral resource governance for the energy transition
Student symposium on transdisciplinary Earth system research
Citizen-science network sampling microplastics in river sediments
Decode Earth processes to protect the planet with UC’s integrative MS.
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