Exhumation Associated with Continental Strike-Slip Fault Systems

Early Tertiary transtension-related deformation and magmatism along the Tintina fault system, Alaska
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Published:January 01, 2007
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CiteCitation
Alison B. Till, Sarah M. Roeske, Dwight C. Bradley, Richard Friedman, Paul W. Layer, 2007. "Early Tertiary transtension-related deformation and magmatism along the Tintina fault system, Alaska", Exhumation Associated with Continental Strike-Slip Fault Systems, Sarah M. Roeske, Alison B. Till, David A. Foster, James C. Sample
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Transtensional deformation was concentrated in a zone adjacent to the Tintina strike-slip fault system in Alaska during the early Tertiary. The deformation occurred along the Victoria Creek fault, the trace of the Tintina system that connects it with the Kaltag fault; together the Tintina and Kaltag fault systems girdle Alaska from east to west.
Over an area of ∼25 by 70 km between the Victoria Creek and Tozitna faults, bimodal volcanics erupted; lacustrine and fluvial rocks were deposited; plutons were emplaced and deformed; and metamorphic rocks cooled, all at about the same time. Plutonic and volcanic rocks in this zone...
- absolute age
- Alaska
- Ar/Ar
- basalts
- Canada
- Cenozoic
- cooling
- dates
- deformation
- exhumation
- faults
- igneous rocks
- Kaltag Fault
- lower Tertiary
- magmatism
- metamorphic rocks
- Mohorovicic discontinuity
- nesosilicates
- North America
- orthosilicates
- silicates
- strike-slip faults
- Tertiary
- thermal history
- Tintina Fault
- trace elements
- transtension
- U/Pb
- United States
- volcanic rocks
- Western Canada
- Yukon Territory
- zircon
- zircon group
- Victoria Creek Fault
- Tozitna Fault
- step-heating
- Minook Complex
- Yukon Rapids Pluton