Keluo Volcano
Updated: 19. Apr. 2024 08:41 GMT -
pyroclastic cones 670 m / 2,198 ft
Heilongjiang Province, NE China, 49.37°N / 125.92°E
Aktueller Status: normal / ruhend (1 von 5)
Heilongjiang Province, NE China, 49.37°N / 125.92°E
Aktueller Status: normal / ruhend (1 von 5)
Keluo volcano is a volcanic field in NE China near the Russion border, south of the Heilongjiang (Black Dragon) River, 310 km NNW of the city of Daquiin.
The volcanic group covers 350 sq km and contains 23 cones, some of which could be Holocene in age (have formed less than 10,000 years ago), judging by their youthful morphology, including Nanshan (科洛南山) cone at the southern end of the field north of the Keluo River, Keluo Gushan (科洛孤山) cone, Keluo Jianshan (科洛尖山), Keluo Dayishan (科洛大椅山) and Keluo Xiaoyishan (科洛小椅山).
There are unconfirmed reports of historical activity at Keluo.
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Ausbrüche des Keluo: less than 10,000 years ago
Letzte Erdbeben in der Nähe
| Uhrzeit | Mag. / Tiefe | Entfernung / Ort | |||
Beschreibung
The Keluo volcanic field, like its better known neighbor to the south, the Wudalianchi volcanic field, contains many high-potassium basaltic cinder cones. Most cones to the NE are of Pleistocene to Tertiary age. Cinder cones of the Keluo volcanic field are located at the intersections of regional NE- and NW-trending lineaments and were erupted through basement volcanic and sedimentary rocks of Jurassic-Cretaceous age, granitic rocks, and pre-Permian metasediments.Ol-bearing leucitites are found from 3 volcanoes in the Keluo field: Dangzishan, Heishan and Muhenanshan. Muhenanshan volcano is currently the only one known so far at which ol-leucitites and trachybasalts coexist (Zhang et al, 1995).
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Sources and further reading:
- Smithsonian / GVP volcano information
- Chuvashova et al: Latest Pleistocene through Holocene Volcanism in Central Mongolia and Northeast China: Partial Melting in Closed and Open Mantle Sources (mantleplumes.org)
- Zhang et al (1995) "Potassic Volcanic Rocks in NE China: Geochemical Constraints on Mantle Source and Magma Genesis" Journal of Petrology, v. 36(5), pp. 1275-1303
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