Crustal Cross Sections from the Western North American Cordillera and Elsewhere: Implications for Tectonic and Petrologic Processes

The utility of crustal cross sections in the analysis of orogenic processes in contrasting tectonic settings
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Published:January 01, 2009
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Robert B. Miller, Arthur W. Snoke, 2009. "The utility of crustal cross sections in the analysis of orogenic processes in contrasting tectonic settings", Crustal Cross Sections from the Western North American Cordillera and Elsewhere: Implications for Tectonic and Petrologic Processes, Robert B. Miller, Arthur W. Snoke
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The nature of petrologic and structural properties and processes that characterize the middle and lower continental crust is a long-standing problem in the earth sciences. During the past several decades significant progress has been made on this fundamental problem by synthesizing deep-crustal seismic-reflection imaging, laboratory-based seismic-velocity determinations, xenolith studies, and detailed geologic studies of exposed crustal cross sections. Geological, geochemical, and geophysical studies of crustal sections provide a crustal-scale context for a variety of important problems in the earth sciences. Crustal sections are widely used to evaluate crustal composition and petrogenesis, including lateral and vertical variations in rock types. Evidence...
- Alaska
- Asia
- Australasia
- Betic Cordillera
- California
- Central Europe
- continental crust
- contraction
- cross sections
- crust
- deformation
- East Humboldt Range
- Elko County Nevada
- Europe
- exhumation
- extension
- faults
- Fiordland
- geophysical methods
- Iberian Peninsula
- inclusions
- Indian Peninsula
- intraplate processes
- intrusions
- Italy
- Ivrea-Verbano Zone
- Kohistan
- magmatism
- mantle
- metamorphism
- Nevada
- New Zealand
- normal faults
- North America
- North American Cordillera
- orogeny
- overprinting
- Pakistan
- partial melting
- Phanerozoic
- plutons
- rheology
- Ruby Mountains
- seismic methods
- shear zones
- Sierra Nevada Batholith
- Southern Alaska
- Southern Alps
- Southern Europe
- Southland New Zealand
- Spain
- strain
- Switzerland
- Talkeetna Mountains
- tectonics
- underplating
- United States
- upper mantle
- xenoliths