Accelerating exhumation in the Eocene North American cordilleran hinterland: Implications from detrital zircon (U-Th)/(He-Pb) double dating

Keyphrases

• North America 100%
• Cordilleran 100%
• Detrital Zircon 100%
• U-Th 100%
• Zircon U 100%
• Double Dating 100%
• Metamorphic Core Complex 75%
• Nevada 50%
• Volcanism 50%
• Lag Time 50%
• Crustal Thickening 50%
• Farallon Slab 50%
• Unroofing 50%
• Extensional Faults 50%
• Elko 50%
• Extensional Deformation 25%
• Orogen 25%
• Slab Rollback 25%
• Mantle Lithosphere 25%
• Terrestrial Strata 25%
• Western North America 25%
• Tectonics 25%
• Zircon 25%
• Basin Evolution 25%
• Sedimentary Basin 25%
• Sediment Provenance 25%
• Hanging Wall 25%
• Syntectonic 25%
• Late Cenozoic 25%
• Crustal Extension 25%
• Complex Formation 25%
• Temporal Patterns 25%
• Early Eocene 25%
• Thermochronology 25%
• North American Cordillera 25%
• Middle Eocene 25%
• Potential Drivers 25%
• Cenozoic Extension 25%
• Landscape Processes 25%
• Lacustrine Deposition 25%
• Crustal Plateaus 25%
• Fluvial Deposition 25%
• Rheologic 25%
• Freshwater Lake 25%
• Lowermost Mantle 25%
• Sediment Burial 25%
• Ruby Mountains 25%
• Cooling Age 25%
• Crustal Exhumation 25%
• Rhyolitic Eruptions 25%
• Detrital Apatite 25%
• Detrital Age 25%
• Directly Coupled 25%
• Late Mesozoic-Early Cenozoic 25%
• Humboldt 25%
• Sevier Orogen 25%

Earth and Planetary Sciences

• Eocene 100%
• Exhumation 100%
• Zircon 100%
• Nevada 33%
• Volcanism 33%
• Lithosphere 33%
• Crustal Thickening 33%
• Unroofing 33%
• Basin Evolution 16%
• Tectonics 16%
• Footwall 16%
• Calcium Phosphate 16%
• North America 16%
• Sedimentary Basin 16%
• Paleogene 16%
• Precambrian 16%
• Complex Formation 16%
• (Uranium-Thorium)/Helium Thermochronology 16%