We investigate the material fluxes in space and time as a result of exhumation and erosion
processes at the ongoing Yakutat--North American collision in southeast Alaska. Many …

Constraining the timing of onset and rates of deformation within the Greater Caucasus
mountains is key to understanding their role in accommodating deformation across the …

To address Miocene–present episodic v. persistent exhumation, we utilize a simple
graphical procedure that vertically stacks spatially diverse K-feldspar 40Ar/39Ar multi …

Abstract 40Ar/39Ar, apatite fission-track, and apatite (U-Th)/He thermochronological
techniques were used to determine the Neogene exhumation history of the topographically …

This study investigates the long-term deformation and rock exhumation of the subducting
Yakutat microplate corner at the St. Elias syntaxis region with a special focus on the area …

With an obliquity of∼ 30° relative to plate motion direction, the∼ 300‐km‐long Big Bend of
the San Andreas Fault is one of the world's largest restraining bends. The 5–6 Ma (∼ 160 …

Oblique convergence along strike-slip faults can lead to both distributed and localized
deformation. How focused transpressive deformation is both localized and maintained along …

Three‐dimensional numerical models are used to investigate the mechanical evolution of
the southern Alaskan plate corner where the Yakutat and the Pacific plates converge on the …

Abstract The Oligocene to Present Wrangell Volcanic Belt (WVB) extends for~ 500 km
across south‐central Alaska (USA) into Canada at a volcanic arc‐transform junction …

Investigations of tectonic and surface processes have shown a clear relationship between
climate‐influenced erosion and long‐term exhumation of rocks. Numerical models suggest …