1999
DOI: 10.1016/s0377-0273(99)00089-x
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Arcuate pyroclastic conduits, ring faults, and coherent floor at Kumano caldera, southwest Honshu, Japan

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Cited by 65 publications
(44 citation statements)
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“…A similar eruption mode is observed in the Kumano acidic rock body (Aramaki, 1965;Miura, 1999) and the Osuzuyama one (Nakada, 1983), Japan. In spite of the geochemical differences, the pyroclastic materials of phonolitic or trachytic composition have physical behaviours similar to those of rhyolitic and dacitic.…”
Section: Genesis Of the Crystal Tuffsupporting
confidence: 63%
“…A similar eruption mode is observed in the Kumano acidic rock body (Aramaki, 1965;Miura, 1999) and the Osuzuyama one (Nakada, 1983), Japan. In spite of the geochemical differences, the pyroclastic materials of phonolitic or trachytic composition have physical behaviours similar to those of rhyolitic and dacitic.…”
Section: Genesis Of the Crystal Tuffsupporting
confidence: 63%
“…However, the formation of summit calderas on many basaltic stratovolcanoes and shield volcanoes is not associated with eruptions. Studies indicate that the formation of these calderas occurs by subsidence of a volcano's central floor along ring-shaped faults, the subsidence caused by rapid magma withdrawal (the "cauldron subsidence" concept predating the 1930's; see e.g., McBirney 1956McBirney , 1990Macdonald 1965;Lockwood and Lipman 1987;Scandone 1990;Hirn et al 1991;Robin et al 1993;Miura 1999;Rymer et al 1998;Geshi et al 2002;Michon et al 2007). There is no evidence for a high proto-Barren Island volcano blowing its roof off in a Krakatau-1883-like eruption.…”
Section: Geologymentioning
confidence: 99%
“…Only a few papers on subvolcanic pyroclastic rock bodies are available and most of them have been published in Japan and Brazil (e.g. Motoki, 1979;Maeda et al, 1983;Miura, 1999;Bryan, et al, 2000;TorresHernández, et al, 2006;Motoki et al, 2007a;b;c;2008a).…”
Section: Emplacement Modementioning
confidence: 99%