Using observational geophysics to investigate large and small earthquakes worldwide, Dr. Christine J. Ruhl answers outstanding questions about one of the Earth's most devastating phenomenon. Areas of particular interest include microseismicity, seismic sequences, and seismotectonics; fault growth and mechanics; earthquake source physics; ground motion; and real-time hazard monitoring and response.

Earthquake Early Warning;
Earthquake Source Parameters and Rupture Physics;
Clustering, Swarms, and Foreshocks;
Geodetic Observations of Earthquakes;
Earthquake Relocation, Kinematic Studies, and Stress Field Analysis;
Induced Seismicity of Oklahoma

Structural Geology;
Programming for the Natural Sciences;
Geological Hazards & Catastrophes;
Earthquake and Fault Mechanics;
Observational Geophysics

• Special Topics in Geology
• Geological Hazards and Catastrophes
• Graduate Forum
• Research and Dissertation
• Special Topics in Geophysics
• Structural Geology Laboratory
• Independent Study
• Introduction to Structural Geology