Ascent of Stromboli yellow pumice magmas : experimental simulation at P<=4 KB.
Ida Di Carlo, Michel Pichavant, Silvio G. Rotolo, Bruno Scaillet
Abstract
Ida Di Carlo, Michel Pichavant, Silvio G. Rotolo, Bruno Scaillet
Abstract
Stromboli volcano is characterised by a persistent, mildly explosive activity producing a crystal-rich HK- basaltic scoria. The normal activity is periodically interrupted by more energetic explosions during which a crystal-poor HK basaltic pumice is emitted (yellow pumice), often intermingled with the crystal-rich scoria. We experimentally investigated the ascent path of the yellow pumice from the inferred depth of segregation ˜12 km to a very shallow level, where it interacts with the already degassed resident magma.
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Stromboli volcano is characterised by a persistent, mildly explosive activity producing a crystal-rich HK- basaltic scoria. The normal activity is periodically interrupted by more energetic explosions during which a crystal-poor HK basaltic pumice is emitted (yellow pumice), often intermingled with the crystal-rich scoria. We experimentally investigated the ascent path of the yellow pumice from the inferred depth of segregation ˜12 km to a very shallow level, where it interacts with the already degassed resident magma.
Key concepts: Pumice, Scoria, Volcano, Magma, Geology, Basalt, Petrology, Cinder cone