Linked from

The 33 pages that link to Ring of Fire, each with the reason it gives.

• Plate tectonicsRelated: Where most of the world's earthquakes and explosive volcanism concentrate.

• Pacific OceanBroader topic: Subduction around much of the basin creates this active boundary zone.

• JapanRelated: Japan lies within this tectonically active Pacific belt.

• Pacific PlateRelated: Subduction around much of the plate's perimeter forms this active belt.

• Eurasian PlateNarrower topic: The plate's eastern and southeastern boundary regions connect with Pacific-margin subduction systems.

• EarthBroader topic: Its subduction zones make plate tectonics visible through concentrated hazards.

• HonshuNarrower topic: Honshu’s volcanoes and earthquakes reflect its position within this tectonically active zone.

• Nazca PlateNarrower topic: The Nazca subduction margin forms part of this circum-Pacific belt.

• Ryukyu IslandsNarrower topic: The chain lies within a tectonically active region prone to earthquakes and volcanic activity.

• Kamchatka PeninsulaNarrower topic: Kamchatka lies on this volcanic and seismic belt.

• Japanese archipelagoNarrower topic: The Japanese islands occupy one of its most active sectors.

• Kuril IslandsNarrower topic: The Kurils form one segment of this wider tectonic belt.

• Celebes SeaNarrower topic: The sea lies near active plate boundaries within this Pacific-wide belt.

• Indonesian archipelagoNarrower topic: Indonesia’s volcanic eastern and southern margins belong to this wider tectonic belt.

• Bismarck ArchipelagoRelated: Subduction around the archipelago places it within this active tectonic belt.

• Malay ArchipelagoRelated: Its tectonic activity formed and reshaped many volcanic islands in the eastern archipelago.

• Okhotsk PlateNarrower topic: The Okhotsk Plate’s subduction margins form part of this wider hazard belt.

• Philippine archipelagoNarrower topic: The archipelago lies within this larger zone of tectonic activity.

• Aleutian TrenchNarrower topic: The Aleutian Trench lies within this circum-Pacific zone of subduction and volcanism.

• Kuril–Kamchatka TrenchNarrower topic: The trench is one segment of this wider zone of subduction and volcanism.

• North PacificNarrower topic: Subduction zones along the North Pacific rim generate earthquakes and volcanic arcs.

• Wrangell–St. Elias National Park and PreserveNarrower topic: The park’s volcanoes belong to this wider zone of tectonic activity.

• Taal VolcanoNarrower topic: Taal belongs to the active volcanic belt crossing the Philippines.

• Admiralty IslandsNarrower topic: Regional tectonic activity shaped the volcanic landscape of the Bismarck Sea.

• Coast MountainsRelated: Subduction within this wider zone helped build the range’s ancient magmatic arc.

• Klyuchevskaya SopkaNarrower topic: Kamchatka and Klyuchevskaya form part of this circum-Pacific belt.

• PanthalassaRelated: Its modern margins reflect subduction along oceanic boundaries inherited from Panthalassa.

• Vanua LevuRelated: The tectonic setting helps explain the volcanic origins and seismic context of Fiji’s islands.

• AvachinskyNarrower topic: Avachinsky is one volcano within this wider zone of subduction-related activity.

• HalmaheraNarrower topic: Halmahera lies in this tectonically active region, where plate interactions shape its terrain.

• American CordilleraRelated: The cordillera forms a major continental segment of this tectonically active zone.

• Cape LopatkaRelated: The cape lies on a volcanic peninsula shaped by this active belt.

• Geography of AsiaRelated: Its western Pacific arc shapes hazards and landforms in eastern Asia.