TY - CHAP
T1 - Hydrovolcanic Features
AU - Brand, Brittany D.
AU - Hargitai, Henrik
AU - Brož, Petr
N1 - Brittany D. Brand Henrik Hargitai Petr Brož Features formed by explosive magma-water or lava-water interaction (often termed phreatomagmatism or hydromagmatism, although only phreatomagmatism is used herein, e.g., , , ); nonexplosive magma-water or lava-water interaction (e.g., basaltic ring structures , pillow lavas); magma-ice interaction (termed glaciovolcanism, e.g., , ); or rapid vaporization of a hydrothermal system due to interaction of water with hot rock (phreatic activity, e.g., , hydrothermal explosion craters).
PY - 2015
Y1 - 2015
N2 - Features formed by explosive magma–water or lava–water interaction (often termed phreatomagmatism or hydromagmatism, although only phreatomagmatism is used herein, e.g., rootless cone, maar, tuff cone); nonexplosive magma–water or lava–water interaction (e.g., basaltic ring structures, pillow lavas); magma–ice interaction (termed glaciovolcanism, e.g., tuya, tindar); or rapid vaporization of a hydrothermal system due to interaction of water with hot rock (phreatic activity, e.g., geysers, hydrothermal explosion craters).
AB - Features formed by explosive magma–water or lava–water interaction (often termed phreatomagmatism or hydromagmatism, although only phreatomagmatism is used herein, e.g., rootless cone, maar, tuff cone); nonexplosive magma–water or lava–water interaction (e.g., basaltic ring structures, pillow lavas); magma–ice interaction (termed glaciovolcanism, e.g., tuya, tindar); or rapid vaporization of a hydrothermal system due to interaction of water with hot rock (phreatic activity, e.g., geysers, hydrothermal explosion craters).
UR - http://dx.doi.org/10.1007/978-1-4614-3134-3_469
U2 - 10.1007/978-1-4614-3134-3_469
DO - 10.1007/978-1-4614-3134-3_469
M3 - Chapter
BT - Encyclopedia of Planetary Landforms
ER -