Aesthetically appealing thrust systems and related large-scale anticlines, in both active and
fossil foreland fold-and-thrust belts, and the economic potential associated with them, have …

Metamorphic core complexes of the Aegean region have revealed midcrustal, shallow‐
dipping extensional shear zones. These shear zones display constant kinematic indicators …

We studied the nucleation and growth of cataclastic fault cores from fractured damage zones
in extensional and strike-slip fault zones in carbonate rocks. Analysed fault zones have …

An integrated study of onshore and offshore geology of the Ross Sea region (namely,
Victoria Land, north of Ross Island, and the Ross Sea, Antarctica) has revealed a complex …

Particle size distributions of cataclastic rocks influence the mechanical and fluid flow
behaviour of fault zones. Available data from natural cataclastic rocks are still controversial …

Scaled analogue sandbox models have been used to simulate the growth of Coulomb thrust
wedges that include syntectonic sedimentation during thrusting. Increases in the …

Three kinematic models have been proposed to account for the geometry and kinematics of
detachment folds involving a homogeneous competent layer detached over a ductile unit …

The nucleation and growth of thrust fault-related folds has been simulated using high-
resolution sandbox Coulomb wedge-type analogue models. Thrust-related anticlines grew …

Intraplate strike-slip deformation belts are typically steeply-dipping structures that develop in
both oceanic and continental lithosphere where they form some of the largest and most …

In many thrust and fold belts, asymmetric folds with overturned or steeply dipping forelimbs
and gently dipping backlimbs are commonly interpreted as thrust-related folds. Determining …