Experimental modelling applied to the study of orogenic wedge dynamics has been a
subject of fruitful research for more than 30years, although the technique dates back as far …

Triangle zones are important structures found in foreland fold-and-thrust belts all over the
world and are commonly associated with tectonic wedging. However, tectonic wedging and …

We quantify the spatial pattern of uplift rate in western Oregon and northernmost California
using tidal and leveling records to better understand the pattern of interseismic locking on …

Analog sandbox models have been set up to study the impact of syntectonic erosion on
thrust wedges with one and two décollement levels. Different accretion mechanisms are …

At sediment-rich subduction zones, megathrust slip behaviour and forearc deformation are
tightly linked to the physical properties and in situ stresses within underthrust and accreted …

Even though the rheology of thrust wedges is mostly frictional, a basal ductile decollement is
often involved. By comparison with purely frictional wedges, such brittle‐ductile wedges …

Scaled physical models of brittle–ductile thrust wedges investigated the causes leading to
the development of the various structural styles observed in fold-and-thrust belts and …

The thin-skinned fold-and-thrust belt with multiple detachments in the eastern Sichuan Basin
is characterized by a series of fault-detachment folds with a backward preferred structural …

Lithostratigraphic architecture exerts a first-order influence over the material properties and
tectonic behavior of subduction zones. The amount and types of clay-size particles affect any …

High-resolution multibeam bathymetry data from the Sumatran subduction zone reveal the
regional and local morphology, including small-scale fault-related features and landslides …