… by highly erodible late Mesozoic to Cenozoic sedimentary units, we map and correlate six
Pleistocene fluvial terraces along an ∼50 km reach of the Arkansas River valley from Canon …

… no published studies that examine the interaction between folding, thrusting and river terrace
development and that quantify tectonic deformation rates over late Quaternary timescales. …

… and river terraces formed in the Mid-to-late Cenozoic. The … with higher elevations of the
river terraces. This evidence … of river terraces in this area and tectonic deformation ( Figure …

… In this work, deformed terrace surfaces were measured across the North Yumu Shan Fault
and a related fold, from which the kinematics of faulting and folding were determined. The …

… of fluvial terrace and fans (eg, location, elevation, geometry), we mapped the entire fan 2 and
terrace across … 2), which provided complete records for folding and faulting related strain. …

… to strike-slip deformation or thrust-belt development is enigmatic. In addition, whether
tectonic uplift rates have remained constant throughout the late Cenozoic is unknown, which …

… In recent decades, high-resolution records of late Cenozoic climate … of fluvial terraces on the
margins of the Tibetan Plateau. … increased terrace formation and the active deformation rate. …

… The combination of higher humidity, intense landslide activity, deep incision, and higher
strain … The lowest fluvial terrace level (junction terrace) captured our attention due to the large, …

… tectonic control on continuous river downcutting before ∼26 … of fluvial terraces in this region,
while the amplitude of fluvial … fluvial incision rates (eg ∼6 mm/a of the Hongshuiba River), …

… We focus here on a set of strath and fill terraces mostly in the Kamil Basin that are deformed
by the NAF, and on watersheds potentially affected by folding and thrusting along the NAF. …