Tokachi Volcanic Group
| Tokachi Volcanic Group | |
|---|---|
| Highest point | |
| Peak | Mount Tokachi (Daisetsuzan) |
| Elevation | 2,077 m (6,814 ft) |
| Coordinates | 43°25′04″N 142°41′11″E / 43.41778°N 142.68639°ECoordinates: 43°25′04″N 142°41′11″E / 43.41778°N 142.68639°E |
| Naming | |
| Native name | 十勝火山群 Tokachi-kazangun |
| Geography | |
| Country | Japan |
| State | Hokkaidō |
| Regions | Kamikawa Subprefecture and Tokachi subprefecture |
| Districts | Kamikawa (Ishikari), Kamikawa (Tokachi) and Sorachi |
| Biome | alpine climate |
| Geology | |
| Orogeny | island arc |
| Period | Quaternary |
| Type of rock | volcanic |
Tokachi Volcanic Group (十勝火山群 Tokachi-kazangun) is a volcanic group of mainly stratovolcanoes arrayed along a southwest-northeast axis in Hokkaidō, Japan.
The volcanic group lies on the Kurile arc of the Pacific ring of fire, and consists of andesite, basalt, and dacite stratovolcanoes and lava domes. The group gets its name from the highest peak in the group, Mount Tokachi.[1]
The most recent activity is centered on the northwest end.
List of volcanoes
The following table lists the mountains in the volcanic group.[1]
| Name | Height | Type |
|---|---|---|
| Mount Tokachi (Daisetsuzan) (十勝岳 Tokachi-dake) | 2,077 metres (6,814 ft) | Stratovolcano |
| Mount Biei (美瑛岳 Biei-dake) | 2,052.3 metres (6,733.3 ft) | Stratovolcano |
| Mount Oputateshike (オプタテシケ山 Oputateshike-yama) | 2,013 metres (6,604 ft) | |
| Mount Kamihorokamettoku (上ホロカメットク山 Kami-horokamettoku-san) | 1,920 metres (6,300 ft) | Stratovolcano |
| Mount Furano (富良野岳 Furano-dake) | 1,912.1 metres (6,273.3 ft) | Stratovolcano |
| Biei Fuji (美瑛富士 Biei-fuji) | 1,888 metres (6,194 ft) | Stratovolcano |
| Mount Bebetsu (ベベツ岳 Bebetsu-dake) | 1,860 metres (6,100 ft) | - |
Other peaks include:
- CHUO-KAKOKYU Cone
- KO-TOKACHI-DAKE Stratovolcano
- MAE-TOKACHI-DAKE Stratovolcano
- MARU-YAMA Cone
- NOKOGIRI-DAKE Stratovolcano
- SURIBACHI-KAKOKYU Cone
- TAIRAGA-DAKE Stratovolcano
See also
References
- ↑ 1.0 1.1 "Quaternary Volcanoes in Japan". Geological Survey of Japan. National Institute of Advanced Industrial Science and Technology (AIST). 2006. Retrieved 2008-07-24.