Mount Fuji Emily Rosales and Vincent Lin Dept. of Geology, Colby College fuji-san-mount-fuji/
Location Photos courtesy of Google Maps ©
Basic Information Type: Stratovolcano Elevation: 3776m above sea level Facts: – Highest volcano in Japan – Part of a chain of volcanoes within the Fuji Volcanic Zone – Simple conical shape
Plate Tectonics of Japan Mt. Fuji is on the Ring of Fire Meeting point of three plates – Philippine, North American, and Eurasian plate
Eruption History Last Erupted in 1707 Earliest Eruption: times in the last thousand years Still active today
Volcanic Hazards Ash and pumice from explosive eruptions Potential basaltic pyroclastic flow mt-fuji/
Rocks and Deposits Primarily basalt, also andesite, dacite, and other rocks Lava basaltic, flows easier Pyroclastic flows
Current Activity Critical state Attention was given to the volcano after the 2011 earthquake and tsunami Debates on whether it will erupt in
Fun Facts Considered a sacred mountain Visited by tens of thousands of pilgrims Multiple shrines throughout the mountain Symbol of Japan Inspired artists and poets Popular spot for tourism: hiking japan/climbing-mount-fuji-where-tourism-japan/
Bibliography Klemetti, Erik, 2010: Mt. Fuji: Japan’s sacred volcano, at volcano (accessed on 26 January, 2015) volcano National Geographic: Mount Fuji: Symbol of Japan, at (accessed on 26 January, 2015) Scudder, Rebecca, 2011: Geology of the Fuji Volcano, at environmental/articles/94885.aspx (accessed on 26 January, 2015) environmental/articles/94885.aspx Skizuoka Prefecture: What’s Mt. Fuji, at (accessed on 26 January, 2015) Volcano Discovery: Mt. Fuji Volcano, at (accessed on 26 January, 2015) Watanabe, S., E. Widom, T. Ui, N. Miyaji, A.M. Roberts, 2006: The Evolution of a chemically zoned magma chamber: The 1707 Eruption of Fuji Volcano, Japan. Journal of Volcanology and Geothermal Research, vol. 152, issues 1-2, pp Yoshimoto, Mitsuhiro, Toshitsugu Fujii, Takayuki Kaneko, Atsushi Yasuda, Setsuya Nakada, and Akikazu Matsumoto, 2010: Evolution of Mount Fuji, Japan: Inference from drilling into the subaerial oldest volcano, pre-Komitake. Island Arc, vol. 19, pp