Saltar al contenido principal

Japón · Volcán complejo

Monte Hakone

Hakoneyama

Tipo
Volcán complejo
Altitud
1438 m
Última erupción
2015
Monte Hakone
Foto: Sonata · CC BY-SA 3.0 · Wikimedia Commons
Tipo
Volcán complejo
País
Japón
Región
Pacífico Noroccidental / Izu Volcanic Arc
Altitud
1438 m
Coordenadas
35.233, 139.021
Última erupción
2015
Contexto tectónico
Zona de subducción / Corteza continental (> 25 km)
Forma volcánica
Compuesto
Roca principal
Andesita / Andesita basáltica
Resumen geológico

Hakoneyama volcano is truncated by two overlapping calderas, the largest of which is 10 x 11 km wide. The calderas were formed as a result of two major explosive eruptions about 180,000 and 49,000-60,000 years ago. Scenic Lake Ashi lies between the SW caldera wall and a half dozen post-caldera lava domes that were constructed along a NW-SE trend cutting through the center of the calderas. Dome growth occurred progressively to the NW, and the largest and youngest of these, Kamiyama, forms the high point. The calderas are breached to the east by the Hayakawa canyon. A phreatic explosion about 3000 years ago was followed by collapse of the NW side of Kamiyama, damming the Hayakawa valley and creating Lake Ashi. The latest magmatic eruptive activity about 2900 years ago produced a pyroclastic flow and a lava dome in the explosion crater, although phreatic eruptions took place as recently as the 12-13th centuries CE. Seismic swarms have occurred during the 20th century. Lake Ashi, along with the thermal areas in the caldera, is a popular resort destination SW of Tokyo.

Resumen de Wikipedia

Resumen en inglés

Mount Hakone , with its highest peak Mount Kami, is a complex volcano in Kanagawa Prefecture, Japan that is truncated by two overlapping calderas, the largest of which is 10 × 11 km wide. The calderas were formed as a result of two major explosive eruptions about 180,000 and 49,000–60,000 years ago. Lake Ashi lies between the southwestern caldera wall and a half dozen post-caldera lava domes that arose along a southwest–northeastern trend cutting through the center of the calderas. Dome growth occurred progressively to the south, and the largest and youngest of them, Mount Kami, forms the high point of Hakone. The calderas are breached to the east by the Haya River canyon. Mount Ashigara is a parasitic cone.

Wikipedia · CC BY-SA · Leer artículo completo →

Historial de erupciones

8 registradasGlosario
Resumen (VEI en el tiempo)
Haga clic en una barra para ver erupciones individuales · Usa las flechas para moverte entre barras y Enter para abrir
6000 a. C.~5733 a. C. · 1 erupciones · VEI máx. 33863 a. C.~3595 a. C. · 1 erupciones · VEI máx. 11458 a. C.~1191 a. C. · 2 erupciones · VEI máx. 21191 a. C.~924 a. C. · 1 erupciones · VEI máx. ?122 a. C.~145 · 1 erupciones · VEI máx. ?946~1214 · 1 erupciones · VEI máx. ?1748~2015 · 1 erupciones · VEI máx. 16000 a. C.4130 a. C.1992 a. C.122 a. C.1748

Línea de tiempo detallada

  1. 2015VEI 1Observado
    2015-06-29 – 2015-07-01
    Owakudani hot springs, 1 km N of Kamiyama dome
  2. 1170 (±100 años)VEI ?Estimación geológica
    1170 – fin desconocido
    Owakudani
  3. 50 a. C.VEI ?Estimación geológica
    50 a. C. – fin desconocido
    NE of Kamiyama
  4. 1050 a. C.VEI ?Estimación geológica
    1050 a. C. – fin desconocido
    NE of Kamiyama
  5. 1200 a. C.VEI 2Estimación geológica
    1200 a. C. – fin desconocido
    NW side of Kami-yama (Kanmuriga-take)
  6. 1400 a. C. (±100 años)VEI ?Estimación geológica
    1400 a. C. – fin desconocido
    NW side of Kami-yama (Kanmuriga-take)
  7. 3700 a. C. (±100 años)VEI 1Estimación geológica
    3700 a. C. – fin desconocido
    Futago-yama
  8. 6000 a. C. (±100 años)VEI 3Estimación geológica
    6000 a. C. – fin desconocido
    Kami-yama

Volcanes cercanos

Enlaces externos

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