geodynamics

Planetary interior physics

Geodynamics is the study of forces and processes that shape the Earth's interior and surface—plate tectonics, mantle convection, mountain building, and similar large-scale phenomena.

The field combines geology, physics, and mathematics to understand how the planet deforms and evolves over time: Her research in geodynamics focuses on subduction zones.

tectonics

plate tectonics

Earth's crust mobility theory

orogeny · faulting · folding · thrust · shear · extension · collision zone · accretion · terrane · craton

interior

mantle

Covering or wrap

heat flow · convection · differentiation · isostasy · buoyancy · radioactive decay · thermal energy · earth's interior · inner core · outer core

seismology

earthquake

Seismic ground movement

magnitude · seismograph · seismometer · P-wave · S-wave · aftershock · foreshock · tremor · seismicity · seismogram

volcanism

magma

Molten rock underground

caldera · basalt · andesite · rhyolite · pumice · tephra · ash · vent · fumarole · hotspot

geodesy

geoid

Gravitational equipotential surface model

  • GPSSatellite-based location technology
  • datumSingle unit of information
  • surveyingMeasuring and charting terrain

triangulation · gravimetry · reference frame · ellipsoid · sea level

modeling

finite element

Numerical method using subdivisions

Opposites
earth system domain

geodynamicsatmospheric science

Study of Earth's atmosphere

meteorology · climatology · oceanography · hydrology · space weather

dynamism vs stasis

geodynamicsstratigraphy

Study of rock layers

geomorphology

scale of study

geodynamicscrystallography

Study of atomic lattices

geochemistry

Family

geodynamic

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