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Part III: Ongoing Research Projects

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Subsections

Time Dependent Fault Slip and Basin Subsidence Using InSAR
Modeling Broadscale Deformation From Plate Motions and Elastic Strain Accumulation
Parkfield Research
Fault Slip Kinematics using Characteristic Microearthquakes
Constraints on Frictional Heating of Faults
from Fission Track Thermochronology
Historical Earthquake Re-analysis Project
Northern California Seismicity Project
Finite Source Model of the Chi-Chi, Taiwan Earthquake Derived from Strong-Motion and GPS Data
Basin Structure Influences on the Teleseismic Wave Propagation in the Santa Clara Valley, California
Finite Fault Inversion of the Loma Prieta Earthquake Incorporating Complex Structure
Feasibility of Real-Time Automated Moment Tensor Determination and Path Calibration for 3D Green's Function Construction
Automated Moment Tensor Software at the Prototype International Data Center for the Comprehensive Test Ban Treaty
Modeling of Mantle Electrical Conductivity Anomalies Associated with an Upwelling Hot Plume
The Pacific plume as seen by S, ScS, and SKS
Toward the Study Of the Earth Seismic Attenuation and the D" Layer with a Coupled Method of Spectral Elements and Modal
Solution.
Q Tomography of the Earth's Mantle using Long Period Waveform Data
Investigating velocity anisotropy in the Earth's mantle
Resolution of 3D density structure in the mantle using normal mode data
On the origin of complexity in PKP travel time data
Lateral Heterogeneity in D'': Constraints From PKP and PcP Travel Time Data
Three-dimensional waveform calculations

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