Joints in igneous rocks

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dc.creator Barker, Daniel S.
dc.date.accessioned 2009-06-16T15:00:40Z
dc.date.available 2009-06-16T15:00:40Z
dc.date.created 2009-03
dc.date.issued 2009-06-16T15:00:40Z
dc.identifier.uri http://hdl.handle.net/2152/6281
dc.description One of a series of images with descriptions of igneous and volcanic geological features in field environments.
dc.language.iso eng
dc.relation.ispartofseries Volcanology Field Photography;20
dc.subject Danbury granite, Georgia
dc.subject Joshua Tree National Monument, California
dc.subject Aeolian Buttes, California
dc.subject Enchanted Rock, Texas
dc.subject Marble Falls, Texas
dc.subject Carmolli Brothers Quarry, Elberton, Georgia
dc.subject Granite Mountain, Georgia
dc.subject Axum, Ethiopia
dc.subject Giant's Causeway, Northern Ireland
dc.subject Devil's Tower, Wyoming
dc.subject Hell's Gate, Kenya
dc.subject Fischer's Tower, Hell's Gate, Kenya
dc.subject Kilt Rock, Isle of Skye, Scotland
dc.subject Mendig, Germany
dc.subject Salisbury Crags sill, Edinburgh
dc.subject Weibern quarry, Germany
dc.subject Green Tuff, Pantelleria, Italy
dc.subject Howenegg, Germany
dc.subject Mont Rodeix, Auvergne, France
dc.subject Moiwa, Hokkaido
dc.subject Hochsimmer Basalt, Eifel region, Germany
dc.subject Gembudo, Honshu, Japan
dc.subject Pillow lava
dc.subject Vancouver Island, British Columbia, Canada
dc.subject Fossa di Vulcano, Itlay
dc.subject Kaldaksvisi Canyon, Iceland
dc.subject Takurayama, Honshu, Japan
dc.subject Hochtsberg quarry, Germany
dc.subject Columbia River Basalts, Clearwater River, Idaho
dc.subject Neoclassical building, Bristol, England
dc.subject Dettifoss, Iceland
dc.subject Hjalparfoss, Iceland
dc.subject Hljodarkletter, Iceland
dc.subject Oriented fractures
dc.subject Slip
dc.subject Stress
dc.subject Flexure
dc.subject Unloading
dc.subject Volume decrease
dc.subject Shrinking
dc.subject Cooling
dc.subject Orthogonal joints
dc.subject Erosional unloading
dc.subject Subhorizontal
dc.subject Curving joints
dc.subject Sheet structure
dc.subject Prismatic joints
dc.subject Columnar joints
dc.subject Orthogonal joints
dc.subject Volcanology
dc.subject Volcanic rocks
dc.subject Exfoliation
dc.subject Pop up structures
dc.subject Tent structures
dc.subject Quarrying
dc.subject Sheet structure
dc.subject Structural geology
dc.subject Geomorphology
dc.subject Hydrogeology
dc.subject Quarry engineers
dc.subject Prismatic joint orientation
dc.subject Intrusive body
dc.subject Extrusive body
dc.subject Cooling isotherms
dc.subject Le Pas de Cere, Cantal volcano, France
dc.subject Basalt lava flow
dc.subject River valley
dc.subject Ball-and-socket joints
dc.subject Feeder
dc.subject Diverging joints
dc.subject Rhyolite flow
dc.subject Diverging joints
dc.subject Sill
dc.subject Resource extraction
dc.subject Lava
dc.subject Underground workings
dc.subject Millstones
dc.subject Paving stones
dc.subject Welded pyroclastic flow
dc.subject Aa
dc.subject Alteration channels
dc.subject Erosion
dc.subject Andesite dikes
dc.subject Paleovalley
dc.subject Lava flows
dc.subject Breadcrust bomb
dc.subject Jointed basalt
dc.subject Chisel marks
dc.subject Pinch-and-swell structures
dc.subject Platy joints
dc.subject Unoriented joints
dc.subject Entablature
dc.subject Unoriented fractures
dc.subject Cooling flow
dc.subject Ice
dc.subject Dike
dc.subject Joints
dc.subject Igneous rocks
dc.subject Field geology
dc.title Joints in igneous rocks
dc.type Presentation
dc.description.department Geological Sciences

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