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Geological Formation

Mount Fuji

Volcanic Formations

Mount Fuji stands on the Japanese island of Honshu, straddling Shizuoka and Yamanashi prefectures about 100 kilometers southwest of Tokyo, and at 3,776.24 meters is the highest mountain in Japan. It is an active stratovolcano built up through four distinct volcanic phases: the oldest, Sen-komitake, is an andesite layer; the Komitake Fuji basalt layer formed several hundred thousand years ago; "Old Fuji" developed around 100,000 years ago; and "New Fuji," which gives the mountain its present form, emerged roughly 10,000 years ago. The volcano sits at a triple junction where three tectonic plates meet, with the Pacific Plate subducting beneath the region and driving its volcanism. Ten eruptions are documented in reliable historical records dating back to the year 781, and its most recent eruption, the Hoei eruption, ran from 1707 to 1708. This entity documents Mount Fuji specifically as a geological formation, an active stratovolcano built in four phases at a triple tectonic plate junction.

Facts
Classification
Protected Status
UNESCO World Heritage Site 1
Protected Status
National Monument or Landmark 1
Connections

Caused By

Volcanism, Processes

Wikidata P31 formation-type mapped to formative process Volcanism via reviewed judgment map (earth atlas); source citation is this entity's own cited Wikidata item.

Source Wikidata: Mount Fuji

In Discipline

Wikidata P31 formation-type mapped to discipline Volcanology via reviewed judgment map (earth atlas); source citation is this entity's own cited Wikidata item.

Source Wikidata: Mount Fuji
In the Other Atlases

Found In

Also in Geography Atlas: where this subject is found.

Source Wikidata: Mount Fuji
Sources
1. Wikidata: Mount Fuji
  • Wikidata Q39231, class allow-list match (w-wdresolver-0926)
  • Wikidata P1435 heritage-designation or P3425 Natura 2000 claim on the formation's own item (w-bbfill-earth2-0926)
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