… Deformation is clearly asymmetric in the Central System as … This deformation was accomplished
under triaxial compression… Given the intensity of Cenozoic deformation, it is probable …

… of late Cenozoic deformation, including folding, uplift, and normal faulting. Faults with late
Cenozoic … eolian and fluvial siltstone and sandstone as much as 900 m thick. In the White …

We have used fluvial (Solent River system) and marine terraces … In the case of the former, we
make the assumption that fluvial … forcing of fluvial activity, such that height of terrace gravel …

… Additionally, the incised landscape, fault scarps, and warped fluvial terraces are clear surface
expressions of active faulting located greater than 500 km inboard of the subduction zone …

… could provide robust age control for glacial and fluvial terrace deposits in the NETP, although
they … Late Cenozoic deformation and uplift of the NE Tibetan Plateau: Evidence from high-…

… make up of Pliocene–Pleistocene fluvial terraces of the Rodados Patagónicos lithostratigraphic
unit (… In the study area, junctions are most common where the ridge deflection occurs. …

… , we investigate the late Cenozoic and recent deformation in central and eastern Iran. In
contrast to other parts of the Alpine-Himalayan system, in which active deformation is spread …

… passive margin, also has a series of late Cenozoic, strath terraces along its length and fill …
Gardner, Late Cenozoic flexural deformation of the middle US Atlantic passive margin, J. …

… terrace data to estimate the rate of fluvial incision. In this paper, we first classify the sequences
of river terraces … Thus, in this work, we have used river terraces as geomorphic markers …

… To complement the terrace study, fluvial incision was also … driven by late Cenozoic climate
change, or late Miocene … feedback mechanisms linking crustal deformation, denudation, and …