Viscous lava flows
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Date
2009-03
Authors
Barker, Daniel S.
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Keywords
Igneous rocks, Volcanic rocks, Volcanology, Field geology, 15th century obsidian flow, Iceland, Medicine Lake volcano, California, Glass Mountain flow, Medicine Lake, California, Medicine Lake volcano, Little Glass Mountain flow, Newberry caldera, Oregon, Big Obsidian Flow, 1739 rhyolite flow, Fossa Di Vulcano, New Guinea, 1944 flow, Vesuvius, Menengai caldera, Kenya, Wagon Wheel Gap, Colorado, Fantale Volcano, Ethiopia, Rocche Rosse obsidian flow, Lipari, Rocche Rosse, Juzini rhyolite, Crocodile River, South Africa, Cinque Denti, Pantelleria, Pico de Teide,Tenerife, Canary Islands, Star Mountain rhyolite, Davis Mountains, Texas, Viscosity, Eruption rate, Topography, Lava flow, Lava dome, Slope, Vent, Viscous lava, Rhyolite, Phonolite, Obsidian, Glacier, Levee, Lateral moraine, Pressure ridge, Flow direction, Pumice, Flow lobe, Broken glass, Rotated block, Active volcano, Layered crystalline rhyolite, Mafic lava, Crystals, Buckling, Cross section, Ramp structure, Tension crack, Boudinaged pumiceous layer, Tension fracture, "Stretch marks", "Alligator skin", Folds, Glassy rhyolite, Jointed interior, North West Coulee, Mono Craters, California