Linked from

The 140 pages that link to Subduction, each with the reason it gives.

• Median Tectonic LineNarrower topic: Subduction generated the contrasting metamorphic and magmatic belts flanking the fault.

• PanthalassaRelated: Subduction around Panthalassa consumed oceanic crust along extensive convergent margins.

• Scotia PlateRelated: Subduction consumes oceanic lithosphere at the plate’s eastern margin.

• South Sandwich IslandsNarrower topic: Subduction beneath the island chain fuels its active volcanoes.

• SupercontinentRelated: Oceanic crust is consumed during the convergence that brings continents together.

• Continental fragmentRelated: Subduction zones can consume oceanic crust around fragments and bring them toward continental margins.

• Kronotsky Nature ReserveNarrower topic: Subduction beneath Kamchatka drives the volcanism that shapes the reserve.

• Mount ShastaRelated: Subduction beneath the Pacific Northwest supplies magma to the Cascade volcanoes, including Shasta.

• Mountain formationRelated: A sinking oceanic plate can generate magma that feeds volcanic mountain arcs.

• Paleo-Tethys OceanNarrower topic: Subduction consumed Paleo-Tethyan seafloor as the ocean narrowed.

• Philippine TrenchNarrower topic: The trench marks the surface expression of the Philippine Sea Plate descending beneath the Philippine Mobile Belt.

• São Miguel IslandRelated: Subduction near the Azores helps shape regional magma production and seismic activity.

• Seafloor spreading hypothesisBroader topic: Explains why seafloor is young: spreading crust is recycled at trenches before it ages.

• LlullaillacoRelated: Subduction beneath South America drives volcanism in the Andes.

• Mount Rainier National ParkNarrower topic: It supplies the tectonic conditions that sustain volcanism beneath the Cascades.

• Nevado SajamaRelated: Subduction beneath the Andes supplies the geological setting for Sajama’s volcanism.

• Oceanic basinRelated: It removes oceanic crust and can shrink a basin at its margins.

• Ojos del SaladoRelated: Nazca Plate subduction beneath South America drives volcanism in the Andes.

• OmetepeRelated: It drives the volcanism that built Concepción and Maderas.

• Pacific Coast RangesRelated: Subduction built volcanic arcs and uplifted ranges in several coastal regions.

• Pico de OrizabaRelated: Subduction beneath Mexico supplies the tectonic setting for volcanism in the belt.

• Raoul IslandNarrower topic: This process supplies the magma behind Kermadec arc volcanoes.

• SeabedRelated: It carries oceanic seabed downward and forms deep trenches.

• Sierra Madre de ChiapasNarrower topic: Subduction generates magma that feeds volcanoes along the range.

• Slave CratonRelated: Subduction is one proposed setting for generating and assembling some Slave crust.

• American CordilleraRelated: Oceanic plate subduction beneath the Americas has built many western mountain belts.

• Arakan MountainsNarrower topic: Subduction offshore contributes to the tectonic setting west of the range.

• Chilean SeaRelated: Offshore subduction shapes the continental margin and submarine landscape.

• Expanding EarthCompared with: Its global role in recycling oceanic crust challenges expansion models that require oceans to grow without equivalent crustal destruction.

• GalerasRelated: Subduction beneath the Andes generates magma feeding volcanoes in the region.

• Geology of the HimalayasNarrower topic: Oceanic subduction preceded the continent-to-continent collision that built the Himalayas.

• Hoorn IslandsRelated: Subduction-related volcanism contributes to the wider island-arc geology nearby.

• MayonRelated: Subduction beneath the Philippines generates magma that feeds Mayon.

• PaleocontinentRelated: It consumes oceanic crust between paleocontinents approaching collision.

• Terra Australis OrogenRelated: Oceanic plates descended beneath Gondwana, driving magmatism and building the orogenic belt.

• Tokara IslandsNarrower topic: Subduction beneath southern Japan drives much of the region’s volcanism.

• TronadorNarrower topic: Subduction provides the regional tectonic setting for Andean volcanoes.

• Volcán de AguaRelated: Subduction of the Cocos Plate supplies the broader volcanic setting in which Agua formed.

• Volcán de ColimaRelated: Subduction beneath western Mexico supplies the volcanic arc in which Colima is situated.

• Volcano IslandsRelated: Pacific Plate subduction supplies the tectonic setting for the group’s volcanism.