| Name & Contact |
Research Interests |
Homepage |
RESEARCHERS |
Duncan Agnew (858) 534-2590 |
- Crustal deformation studies using space geodesy.
- Instrumentation to detect continuous and long-term crustal deformation.
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Yehuda Bock (858) 534-5292 |
- Development of space geodetic methods.
- Crustal deformation studies using space geodesy.
- Positioning of dynamic geophysical platforms.
- SOPAC
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Yuri Fialko (858) 822-5028 |
- Rock deformation and fracture mechanics.
- Magma transport in the lithosphere.
- Physics of earthquakes.
- Mid-ocean ridge tectonics.
- Satellite geodesy (InSAR).
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J. Bernard Minster (858) 534-5650 |
- Propagation and attenuation of seismic waves.
- Nuclear monitoring by seismic means.
- Applications of space geodesy to the study of plate motions and deformation.
- Intermediate-term earthquake prediction.
- Precise airborne and spaceborne laser altimetry.
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David Sandwell (858) 534-7109 |
- Thermal and mechanical structure of the oceanic lithosphere.
- Geodynamic applications of satellite altimetry.
- Subduction zones and tectonics on Venus.
- Intraplate deformation.
- Charting remote southern ocean areas with satellite altimeters.
- Marine Gravity Anomaly from Satellite Altimetry.
- Predicted and Measured Seafloor Topography.
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POST-DOCTORAL RESEARCHERS |
Bridget Smith-Konter
(858) 534-3571
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- 3-D elastic & viscoelastic fault deformation models
- Crustal deformation studies using GPS and InSAR
- Coulomb stress models of the San Andreas Fault System
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GRADUATE STUDENTS |
| Karen Luttrell (858) 534-4347 |
- Models of lithospheric stress due to surface loading
- Effect of surface loading on the earthquake cycle
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| Joseph Becker (858) 534-9643 |
- Seafloor roughness
- Ocean mixing
- Global topographic data fusion
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| Meng Wei (858) 822-4347 |
- Crustal deformation observations with InSAR
- Oceanic heat flow
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STAFF |
Karen Scott
(858) 534-4453 |
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