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Session
- Cordilleran tectonics 8 matches
- Cutting edge research in structural geology geophysics geochemistry and tectonics 22 matches
- Development of tectonic microstructures 6 matches
- Faulting and fluid flow 5 matches
- Localization processes within the lithosphere 10 matches
- Quantifying rates of slip 3 matches
- Teaching about time and scale 2 matches
Results 1 - 10 of 56 matches
3D Models and Animations for Teaching Structural Geology and Tectonics
Session: Teaching about time and scale
Session: Cutting edge research in structural geology geophysics geochemistry and tectonics
Session: Faulting and fluid flow
Zircon (U-Th)/He Age-eU Correlations Reveal Long-Term Thermal History of Laurentian Basement
Session: Cutting edge research in structural geology geophysics geochemistry and tectonics
Observing Late Pleistocene Glacial Tectonics using Geophysical Techniques
Dan Davis, SUNY at Stony Brook
Session: Cutting edge research in structural geology geophysics geochemistry and tectonics
Analog modeling of fault asperity kinematics using a modified squeezebox design and wax media
Matty Mookerjee, Sonoma State University
Session: Localization processes within the lithosphere
Session: Faulting and fluid flow
The Mexican Fold and Thrust Belt: Structural development, timing and tectonic mechanism
Session: Cordilleran tectonics
Session: Quantifying rates of slip
Insights into earthquake rupture and recovery from paleoseismic faults
Christie Rowe, McGill University
Session: Quantifying rates of slip