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Earth and Atmospheric Sciences
Earth's Structure and Processes
Geophysics
1. Introduction to Geophysics
2. Mathematical and Physical Foundations
3. Earth's Internal Structure
4. Seismology
5. Gravity and Geodesy
6. Geomagnetism and Paleomagnetism
7. Geothermics
8. Electrical and Electromagnetic Methods
9. Geodynamics
10. Applied Geophysics
11. Computational Geophysics and Data Analysis
Geodynamics
Plate Tectonics
Plate Kinematics
Euler Poles
Plate Velocities
Relative Motion
Absolute Motion
Plate Boundaries
Divergent Boundaries
Mid-ocean Ridges
Continental Rifts
Spreading Rates
Convergent Boundaries
Ocean-ocean Convergence
Ocean-continent Convergence
Continent-continent Convergence
Transform Boundaries
Transform Faults
Fracture Zones
Driving Forces
Ridge Push
Slab Pull
Mantle Drag
Gravitational Potential Energy
Mantle Dynamics
Mantle Convection
Thermal Convection
Compositional Convection
Convection Models
Mantle Plumes
Plume Theory
Hotspot Tracks
Large Igneous Provinces
Subduction Dynamics
Slab Descent
Slab Deformation
Back-arc Processes
Lithospheric Processes
Lithospheric Strength
Rheology
Yield Strength Envelopes
Flexural Response
Elastic Thickness
Flexural Models
Loading Mechanisms
Orogenic Processes
Mountain Building
Crustal Thickening
Metamorphism
Extensional Processes
Rifting
Basin Formation
Crustal Thinning
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8. Electrical and Electromagnetic Methods
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10. Applied Geophysics