New core complex model for the South Virgin–White Hills detachment and extension in the eastern Lake Mead area, southern Nevada and northwestern Arizona
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Published:June 01, 2010
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CiteCitation
Zack A. Swaney, Ernest M. Duebendorfer, Paul G. Fitzgerald, William C. McIntosh, 2010. "New core complex model for the South Virgin–White Hills detachment and extension in the eastern Lake Mead area, southern Nevada and northwestern Arizona", Miocene Tectonics of the Lake Mead Region, Central Basin and Range, Paul J. Umhoefer, L. Sue Beard, Melissa A. Lamb
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The eastern Lake Mead region, to the north of the belt of metamorphic core complexes that define the Colorado River extensional corridor, underwent large-magnitude extension in the middle to late Miocene. We present two speculative new models for extension in this area that resolve several puzzling and paradoxical relations. These models are based on new field mapping and structural, geochronologic, and thermochronologic data from the northern White Hills, Lost Basin Range, and south Wheeler Ridge. The Meadview fault, a previously underappreciated structure, is an east-side-down normal fault that separates the northern Lost Basin Range to the west from south Wheeler...
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Contents
Miocene Tectonics of the Lake Mead Region, Central Basin and Range

GeoRef
- apatite
- Arizona
- Basin and Range Province
- Cenozoic
- Clark County Nevada
- decollement
- detachment faults
- extension
- faults
- fission-track dating
- geochronology
- Lake Mead
- metamorphic core complexes
- Miocene
- models
- Mohave County Arizona
- Neogene
- Nevada
- North America
- phosphates
- Tertiary
- thermochronology
- United States
- southern Nevada
- northwestern Arizona
- Grand Wash Fault
- White Hills
- South Virgin-White Hills Fault
- Meadview Fault