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Taryatu-Chulutu

火山原 · Mongolia · 2326m

The sparsely vegetated lava flow filling this valley originated from Horgo scoria cone (center). The cone is part of the Taryatu-Chulutu volcanic field in north-central Mongolia about 250 km W of Ulaanbaatar. The volcanic field contains six Holocene scoria cones along the Sumein and Gichgeniyn river valleys at the western end of the volcanic field.
The sparsely vegetated lava flow filling this valley originated from Horgo scoria cone (center). The cone is part of the Taryatu-Chulutu volcanic field in north-central Mongolia about 250 km W of Ulaanbaatar. The volcanic field contains six Holocene scoria cones along the Sumein and Gichgeniyn river valleys at the western end of the volcanic field. · 写真: Photo by Piotr Olszewski, 2004. · Wikimedia Commons
タイプ
火山原
Mongolia
地域
Eastern Asia Volcanic Regions / Baikal Rift Volcanic Province
標高
2326m
座標
48.133, 99.950
最終噴火
-2980年
テクトニクス環境
Intraplate / Continental crust (> 25 km)
火山地形
Cluster
主要岩石
Trachybasalt / Tephrite Basanite
地質学的概要

The Taryatu-Chulutu volcanic field lies in north-central Mongolia about 250 km W of Ulaanbaatar. This area, also known as the Hangayn or Tariat volcanic field, is located in a broad region of Miocene-to-Holocene basaltic lavas in the Baikal Rift System SSW of Lake Baikal. Lava flows of four Miocene-to-Holocene age groups form terraces along the Chulutu (Chuloot) River; Pleistocene basalts form the 40-60 m terrace of the Taryatu basin. Six Holocene cinder cones, including Horgo and Dzan Tologai, are concentrated along the Sumein and Gichgeniyn river valleys at the western end of the volcanic field. The 180-m-wide crater of Horgo is breached to the south, in the direction of an associated lava flow. The Holocene cones produced thin, freshly preserved lava flows remarkable for their large numbers of ultramafic xenoliths. The lava flow from Horgo was radiocarbon dated at about 4,930 years ago and dammed the Chulutu River, forming Lake Terkhin-Tsagan-Nur.

噴火履歴

概要 (VEI時系列)
バーをクリックすると個別の噴火が表示されます
2980 BCE~2980 BCE · 1件 · 最大 VEI ?2980 BCE2980 BCE2979 BCE2979 BCE2979 BCE

詳細タイムライン

  1. 紀元前 2980年 (±150年)VEI ?地質学的推定
    BCE 2980 ~ 進行中
    Horgo cone

外部リンク

⚠ 参考情報です。緊急対応には使用しないでください。