Part III: Ongoing Research Projects

Subsections

• Parkfield Research
• Deep Fault Slip Kinematics from Characteristic Microearthquakes
• Time-dependent depth distribution of aftershocks: Implications for fault mechanics and crustal rheology
• Moment-Length Scaling of Large Strike-Slip Earthquakes and the Strength of Faults
• Historical Earthquake Re-analysis Project
• Northern California Seismicity Project
• Accelerated Stress Buildup on the Southern San Andreas Fault and Surrounding Regions Caused by Mojave Desert Earthquakes
• Land Uplift and Subsidence in the Santa Clara Valley
• Application of Point Measurements from InSAR to Study Slow Earthquakes on the Central San Andreas Fault
• Crustal Deformation Along the Northern San Andreas Fault System
• Urban Geodesy: Monitoring Active Deformation near the Hayward fault
• Active Tectonics of the Adriatic Region (Central Mediterranean)
• Fluid Influenced Faulting in Long Valley Caldera
• Finite Fault Inversion of the September 25, 1999 ($M_{w}$=6.4) Taiwan Earthquake
• Automated Moment Tensor Software for Monitoring the Comprehensive Test Ban Treaty
• Waveform Constrained Seismic Velocity Structure in Northern California
• Detection and Location of Potential Sources of Background Low Frequency Surface Wave Energy
• Global Anisotropy beneath Continental Roots
• Superplumes from the core-mantle boundary to the base of the lithosphere: evidence from Q tomography
• Progress in modeling deep mantle isotropic shear and compressional velocity structure using waveform inversion
• Investigating Mantle's density resolution using the Neighborhood Algorithm
• Towards Forward Modeling of 3D Heterogeneity at the Base of the Mantle
• Using the Coupled Method of Spectral Elements and Modal Solution to study the D'' layer.
• Short scale heterogeneity in the lowermost mantle: insights from PcP-P and ScS-S data

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