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Tateyama Volcano

Midagahara

Estratovolcán · Japan · 2621 m

Lake-filled Mikurigaike crater is part of Tateyama, an eroded stratovolcano on a plateau surrounded by the granite and gneiss peaks of the North Japan Alps. Formation of a 4-km-wide caldera was followed by Pleistocene eruptions of lava and pyroclastics forming a plateau that was later eroded by the Yukawa river. Holocene eruptions have been restricted to small phreatic explosions that formed craters such as the one seen here.
Lake-filled Mikurigaike crater is part of Tateyama, an eroded stratovolcano on a plateau surrounded by the granite and gneiss peaks of the North Japan Alps. Formation of a 4-km-wide caldera was followed by Pleistocene eruptions of lava and pyroclastics forming a plateau that was later eroded by the Yukawa river. Holocene eruptions have been restricted to small phreatic explosions that formed craters such as the one seen here. · Foto: Photo by Ichio Moriya, 1992 (Kanazawa University). · Wikimedia Commons
Tipo
Estratovolcán
País
Japan
Región
Western Pacific Volcanic Regions / Nankai Volcanic Arc
Altitud
2621 m
Coordenadas
36.571, 137.590
Última erupción
1839
Contexto tectónico
Subduction zone / Continental crust (> 25 km)
Forma volcánica
Composite
Roca principal
Andesite / Basaltic Andesite
Resumen geológico

Midagahara volcano is a dissected andesitic-to-dacitic stratovolcano on a plateau surrounded by high peaks of the North Japan Alps. The granite-and-gneiss peak of Tateyama lies immediately to the east. Formation of a 4-km-wide erosional caldera was followed by repeated eruptions of lava and pyroclastics forming the Midagahara plateau that was later dissected by the Yukawa river. Holocene eruptions have been restricted to small phreatic explosions that formed craters. A minor historical eruption occurred in the 19th century. An earthquake swarm took place in 1990. Hot springs occur in seven locations on the floor of the poorly defined erosional caldera.

Historial de erupciones

Resumen (VEI en el tiempo)
Haga clic en una barra para ver erupciones individuales
7300 BCE~6995 BCE · 1 erupciones · VEI máx. ?3340 BCE~3035 BCE · 1 erupciones · VEI máx. ?903 BCE~598 BCE · 1 erupciones · VEI máx. ?620~925 · 1 erupciones · VEI máx. ?1534~1839 · 2 erupciones · VEI máx. 27300 BCE5168 BCE2730 BCE598 BCE1534

Línea de tiempo detallada

  1. 1839VEI 2Observado
    1839-06-10 – En curso
    Jigoku-dani
  2. 1836VEI 1Observado
    1836-07-09 – En curso
    Jigoku-dani
  3. 704VEI ?Estimación geológica
    704 – En curso
  4. 900 a. C.VEI ?Estimación geológica
    BCE 900 – En curso
    Jigoku-dani
  5. 3200 a. C. (±2100 años)VEI ?Estimación geológica
    BCE 3200 – En curso
    Jigoku-dani
  6. 7300 a. C. (±1000 años)VEI ?Estimación geológica
    BCE 7300 – En curso
    Jigoku-dani

Enlaces externos

⚠ Solo como referencia. No apto para respuesta ante emergencias.