The kinematic evolution of the Pyrenees was largely controlled by structural and thermal
heterogeneities inherited from a precursor rift system, resulting in complex along-strike …

Integration of structural, stratigraphic, and paleomagnetic data from the N–S trending
structures of the Ainsa Oblique Zone reveals the kinematics of the major thrust salient in the …

This work includes, first, a synthesis of experimental analogue modelling programs
assessing the influence of along-strike thickness variations in the development of oblique …

Inspired by the structural evolution of the South-Central Pyrenean Thrust Salient we have
designed an experimental program to investigate the role of the geometry of viscous …

Abstract The South Pyrenean triangle zone represents the southernmost front of the
Pyrenees at its central portion deforming the Upper Eocene‐Miocene Ebro Basin deposits …

Abstract In the Western Central-Pyrenees numerous investigations during the past years
have yielded an exceptional high density of localities (more than 700 sites) where the AMS …

This study deals with how vertical-axis rotations are accommodated in thrust fronts. Studies
on the rotational kinematics of fold and thrust belts are limited owing to the scarcity of the …

The application of palaeomagnetism in fold and thrust belts is a unique way to obtain
kinematic information regarding the evolution of these systems. However, since many …

Geometry and kinematics of fold-and-thrust belts can be complex settings when oblique
structures and vertical-axis rotations (VAR) take place during thrust emplacement. Many …

Two series of analogue models are used to explore the effect of ductile-frictional contrasts of
the basal décollement on the development of oblique and transverse structures during thin …