Introduction to Geophysics at UMR

The Earth has a radius of 6,371 kilometers. Numerous studies have proven
that processes in the Earth's deep interior control the formation and
evolution of most of the large-scale features (e.g., mountain belts, faults,
volcanoes etc.). A large portion of our knowledge about Earth's interior
comes from geophysical measurements made within the top few kilometers
of the planet's surface.

The UMR Geophysics group emphasizes the combination of geology, physics,
mathematics, and computer science to explore the Earth. We study the deformation
of the earth's crust using airborne remote-sensing and GPS data, image the
structure of the Earth's deep interior using elastic waves produced by earthquakes,
and study the distribution of earthquakes and volcanic eruptions in space and time.

On the practical side, we conduct research and offer courses in the area of
exploration geophysics. Applications of geophysical techniques include locating
oil, gas, and minerals, as well as objects or substances related to the study
and protection of the environment.

Selected Projects Conducted by Members of the UMR Geophysics Group

1. Deformation and structure of the oldest continent on Earth
2. Structure and dynamics of continental rifts
3. Subduction zone earthquakes
4. Temporal variation of fault slip-rate
5. Earthquake damage pattern analysis
6. Mantle deformation and structure beneath California
7. Western US earthquake distribution
8. Transition from the Rocky Mountains to the Great Plains
9. Seismic Hazard in NE Kansas
10. Mantle stratification across South America

Geophysicists in other UMR academic units

Geophysical facilities at UMR

Current and recent graduate students

Representative publications

Selected geophysics courses at UMR