Norikuradake
Stratovolcano(es) in Japan
Key Facts
Elevation
3,026 m (9,928 ft)
Type
Stratovolcano(es)
Location
36.106°, 137.554°
Region
Nankai Volcanic Arc
Rock Type
Andesite / Basaltic Andesite
Tectonic Setting
Subduction zone
Location
Loading map...
Overview
Norikuradake volcano consists of an elongated group of small andesitic stratovolcanoes and craters arranged along a N-S line above a ridge crest in the southern part of the Northern Japan Alps. The 3026-m-high andesitic-to-dacitic volcano is the third highest in Japan and lies at the center of the Norikura volcanic zone extending from Yakedake on the north to Ontake on the south. Early eruptions occurred at both the northern and southern ends of the present-day volcano, forming stratovolcanoes that have been largely buried by later southward-migrating eruptions.
It was active during the early Holocene, and the last eruption took place about 2000 years ago.
Volcanic Hazards & Risk Assessment
Primary Hazards
Risk Level
Geological Composition & Structure
Rock Types
Tectonic Setting
Age & Formation
Eruption Statistics & Analysis
| Metric | Value | Global Ranking | Significance |
|---|---|---|---|
| Total Recorded Eruptions | Unknown | Low | Moderately active volcano |
| Maximum VEI | VEI Unknown | Minor | Local impact potential |
| Recent Activity | 2076 years ago | Historical | Historically active |
Monitoring & Alert Status
Monitoring Networks
Current Status
Nearby Volcanoes in Western Pacific Volcanic Regions
Quick Info
- •Smithsonian ID: 283060
- •Evidence: Eruption Dated
- •Epoch: Holocene
About the Photo
The summit of Norikura contains many small peaks and craters. The E (right) side of Enkodake (center) contains Kamegaike crater. Tsurugaike crater contains the pond in the center of the photo. The latest activity occurred during the Holocene and a recent eruption took place at the summit crater of Ichinoike.
Photo by Lee Siebert, 1977 (Smithsonian Institution).
Authority Sources
Related Volcanoes
Basic Information
This page shows basic data from the Smithsonian Global Volcanism Program. For more detailed information, visit the official Smithsonian page.