Linked from

The 47 pages that link to Tsunami, each with the reason it gives.

• Subduction zoneRelated: Vertical seafloor motion during major subduction earthquakes can launch destructive tsunamis.

• EarthquakeRelated: Undersea earthquakes can displace the seafloor and generate destructive waves.

• Volcanic islandRelated: Island eruptions, flank collapses, or caldera failures can displace water and generate tsunamis.

• BathymetryRelated: Seafloor shape affects tsunami propagation and coastal impacts.

• Coastal protectionRelated: Tsunamis can exceed the design limits of ordinary coastal defenses.

• Chicxulub craterRelated: The impact displaced seawater and generated enormous waves across the Gulf of Mexico.

• Cascadia subduction zoneRelated: Vertical seafloor motion in a Cascadia rupture can launch waves toward the coast.

• Megathrust earthquakeRelated: Vertical seafloor motion during shallow megathrust rupture can displace the ocean.

• Caribbean PlateRelated: Subduction earthquakes around the Caribbean can generate tsunamis.

• Convergent boundaryRelated: Vertical seafloor movement during a subduction earthquake can trigger one.

• FjordRelated: Rockslides into steep-sided fjords can generate destructive waves within confined basins.

• Japan TrenchRelated: Large trench earthquakes can lift or drop the seafloor and launch tsunami waves.

• Nankai TroughRelated: Shallow seafloor displacement during Nankai earthquakes can produce destructive waves.

• Sunda ArcRelated: Earthquakes and volcanic activity near the arc can displace seawater and generate tsunamis.

• Oceanic trenchRelated: Sudden seafloor movement at a subduction zone can generate tsunamis.

• Accretionary wedgeRelated: Wedge deformation and slope failure can displace seawater during earthquakes.

• Philippine SeaRelated: Earthquakes along the surrounding subduction zones can displace water across the sea.

• Aleutian TrenchRelated: Vertical motion during Aleutian subduction earthquakes can displace seawater and produce tsunamis.

• SeawallRelated: Some seawalls are designed to reduce tsunami impacts, though extreme waves can exceed them.

• Debris avalancheRelated: A debris avalanche entering a lake or sea can displace water and generate waves.

• Izu IslandsRelated: Submarine earthquakes and volcanic activity can produce tsunamis around the islands.

• Santorini calderaRelated: Large eruptions and collapses can displace seawater and produce tsunami waves.

• Philippine TrenchRelated: A major offshore earthquake at the trench could displace seawater and produce a tsunami.

• Sanriku CoastRelated: Sanriku’s open exposure and bay geometry can amplify tsunami impacts.

• GeirangerfjordRelated: A major rockslide into the fjord could generate destructive waves.

• Interplate earthquakeRelated: Seafloor displacement during a shallow offshore interplate rupture can launch destructive waves.

• Minoan eruptionRelated: The eruption and associated caldera collapse may have generated waves affecting Aegean shores.

• Uraga ChannelRelated: Tsunamis can propagate through the channel toward Tokyo Bay.

• Mount UnzenRelated: The 1792 avalanche displaced Ariake Sea water and produced a devastating tsunami.

• Ocean surface topographyRelated: Tsunamis produce transient sea-surface displacement that satellites and coastal gauges can detect.