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Mount Asama (浅間山, Asama-yama) is an active complex volcano in central Honshū, the main island of Japan.The volcano is the most active on Honshū. [3] The Japan Meteorological Agency classifies Mount Asama as rank A. [4] It stands 2,568 metres (8,425 ft) above sea level on the border of Gunma and Nagano prefectures. [5]
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Mt.Asama seen from Karuizawa. Karuizawa is located in eastern Nagano Prefecture, bordered by Gunma Prefecture to the north, east and south. The town is located on an elevated plain at the foot of Mount Asama, one of Japan's most active volcanoes. The mountain is classed as a Category A active volcano.
Quaternary Volcanoes of Japan - Geological Survey of Japan; Volcano on Google Map - Geological Survey of Japan; The National Catalogue of the Active Volcanoes in Japan - Japan Meteorological Agency; 日本の主な山岳標高 (Elevation of Principal Mountains in Japan) - Geospatial Information Authority of Japan (in Japanese)
Mt. Asama (朝熊山): At 555m, this is the highest mountain in Ise; its two TV towers make it very distinctive. A lookout point is accessible from the Ise-Shima Skyline road. Nearby is a spa. The summit can also be reached on foot, beginning just north of Asama Station. Kongōshō Temple (金剛證寺): A Buddhist temple near the top of Mt ...
Tani Bunchō praised 90 mountains in 日本名山図会 (A collection of maps and pictures of famous Japanese mountains), but among these were included such small mountains as Mount Asama in Ise, Mie, and Mount Nokogiri on the Bōsō Peninsula. Unsatisfied with this selection, Fukuda, who had climbed many mountains in Japan, selected 100 ...
Ise-Shima National Park (伊勢志摩国立公園, Ise-Shima Kokuritsu Kōen) is a national park in Mie Prefecture, Japan. It is characterized by its ria coast and islands scattered around a number of bays. The interior is hilly with Mount Asama-ga-take (555 meters (1,821 ft) the highest peak. [2] [3]
Bijzonderheden over Japan (1824). Illustration of the eruption of Mt. Asama.. Mount Asama erupted in 1783, causing widespread damage. [14] [15] [16] The three-month-long Plinian eruption that began on 9 May 1783, produced andesitic pumice falls, pyroclastic flows, lava flows, and enlarged the cone.