Linked from

The 195 pages that link to Plate tectonics, each with the reason it gives.

• VenusCompared with: Venus shows extensive deformation but no confirmed global system of moving plates like Earth’s.

• Caribbean PlateNarrower topic: The Caribbean Plate is one moving unit in this global system.

• Eustatic sea-level changeNarrower topic: Plate motion changes ocean-basin shape and capacity over geological time.

• GeologyRelated: Plate motion links many large-scale changes in Earth’s crust and surface.

• GeophysicsRelated: It provides the large-scale framework for interpreting tectonic deformation and seismicity.

• Indian PlateNarrower topic: The Indian Plate is one moving unit within this global system.

• PrecambrianRelated: Its early history shaped continents, oceans, and the recycling of surface materials.

• Deep timeRelated: Plate motions rearrange continents and ocean basins over millions of years.

• GeomorphologyRelated: Plate motion creates uplift, subsidence, and structural relief that surface processes modify.

• Physical geographyRelated: Plate motion builds mountains, opens ocean basins, and drives earthquakes and volcanism.

• Rift valleyNarrower topic: Divergent plate motion supplies the regional forces that open many rift valleys.

• RodiniaNarrower topic: Plate motions account for the continental collisions and rifting that shaped Rodinia.

• Convergent boundaryNarrower topic: Convergence is one of the three fundamental types of plate interaction.

• Elastic-rebound theoryRelated: Plate motion drives the tectonic loading that strains faults.

• Indo-Australian plateNarrower topic: The Indo-Australian plate is one of the major moving plates in this system.

• Structural geologyNarrower topic: Plate motions supply many of the large-scale forces that deform rocks.

• VolcanologyNarrower topic: Plate motion explains why many volcanoes cluster at subduction zones and spreading ridges.

• LaurasiaNarrower topic: Plate motion drove the assembly and dispersal of Laurasia’s landmasses.

• 1906 San Francisco earthquakeNarrower topic: Motion between the Pacific and North American plates loads the San Andreas Fault.

• Australian PlateNarrower topic: The Australian Plate is one moving unit in this global system.

• Hotspot (geology)Narrower topic: Hotspot tracks became evidence for measuring plate motion independently of boundaries.

• Pilbara CratonRelated: Whether modern-style plate tectonics operated during Pilbara crust formation remains debated.

• South American PlateNarrower topic: It provides the framework for defining the South American Plate and its boundaries.

• Divergent boundaryNarrower topic: Divergent boundaries are one of the principal types of plate boundary.

• Iapetus OceanNarrower topic: Plate motions opened the ocean and later brought its surrounding continents together.

• Isua Greenstone BeltRelated: Isua’s structures and rock associations inform debates over when modern-style plate tectonics began.

• Oceanic islandNarrower topic: Plate movement determines where oceanic crust forms and where island-building volcanism occurs.

• Rock cycleNarrower topic: Plate motion supplies burial, uplift, heat, and melting that drive many cycle pathways.

• Supercontinent cycleNarrower topic: The 1960s plate framework made a recurring assembly–breakup rhythm physically thinkable.

• Caledonian orogenyNarrower topic: Converging plates provide the framework for explaining the belt's formation.

• GlossopterisRelated: It explains the ancient continental movements that continental drift proposed.

• Harry HessNarrower topic: Seafloor spreading became a central process in the theory that unified Hess’s proposal with global geology.

• Himalayan orogenyNarrower topic: It explains the plate motions that bring India into collision with Eurasia.

• Rare Earth hypothesisRelated: Carbon cycling through tectonics is proposed as one stabilizer of Earth’s long-term climate.

• Strike-slip faultNarrower topic: Many major strike-slip faults accommodate motion between tectonic plates.

• Antarctic PlateNarrower topic: The Antarctic Plate is one moving unit within this global system.

• Dead Sea TransformNarrower topic: The transform is a plate boundary whose motion is part of global plate tectonics.

• Farallon PlateNarrower topic: The Farallon Plate's history is reconstructed through the motions and interactions of neighboring plates.

• Foreland basinRelated: Converging plates commonly build the mountain belts associated with foreland basins.

• Juan de Fuca PlateNarrower topic: The plate's creation, motion, and subduction are examples of this global system.

• Acasta GneissCompared with: The complex’s formation predates clear evidence for whether modern-style plate tectonics operated.

• Arthur HolmesNarrower topic: It later incorporated mantle dynamics into a comprehensive theory of moving plates.

• Carbonate–silicate cycleRelated: Tectonics controls much of the burial, uplift, and volcanic return of carbon.

• Early EarthCompared with: Modern plate tectonics is well established, but whether comparable recycling operated on early Earth remains unsettled.

• MountainRelated: Colliding and separating plates create many mountain belts.

• North American CordilleraNarrower topic: It provides the broad framework for explaining Cordilleran mountain building.

• Slab pullNarrower topic: The framework in which slab pull emerged as the leading driving-force hypothesis.

• Slow slip eventNarrower topic: Slow slip is one way motion between tectonic plates is accommodated.

• Accretionary wedgeNarrower topic: Plate motion provides the large-scale setting for wedge formation.

• AmericasNarrower topic: Plate motion accounts for the Americas’ continental assembly and ongoing geological change.