UC’s MS in Geophysics applies seismology, electromagnetics, and geodynamics to image Earth structures, forecast hazards, and guide sustainable resource use.
Ambient-noise tomography mapping crustal velocity beneath geothermal fields
Machine-learning picker improving first-arrival detection in microseismic datasets
GRACE satellite inversion quantifying aquifer depletion rates
Full-waveform simulation of megathrust rupture and tsunami generation
Magnetotelluric survey delineating saline water intrusion in coastal aquifers
Joint inversion of gravity and seismic data for mineral exploration targets
Finite-element model of lithospheric flexure at oceanic fracture zones
Fiber-optic DAS experiment monitoring traffic-induced ground vibrations
Receiver-function analysis constraining Moho depth variations in the Basin & Range
Policy brief on earthquake early-warning adoption for critical infrastructure
Anisotropy study using SKS splitting to map mantle flow beneath California
Seismic risk dashboard integrating probabilistic hazard and social vulnerability
GNSS time-series decomposition tracking slow-slip events in subduction zones
VR module teaching wave propagation through layered Earth models
Electromagnetic sounding of permafrost degradation in Arctic tundra
Cloud-based pipeline for real-time aftershock forecasting
Passive seismic monitoring of CO₂ storage reservoir cap-rock integrity
White paper on ethical seismic exploration in culturally sensitive areas
Citizen-science smartphone seismometer network data analysis
Conference on open-source geophysical software and reproducible research
Image Earth and mitigate hazards with UC’s data-intensive MS.
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