Plate kinematic reconstructions available for the Late Jurassic-Early Cretaceous eastward
drift and counterclockwise rotation of the Iberian plate imply a major left-lateral motion of …

Trapping and binding of allochthonous grains by benthic microbial communities has been
considered a fundamental process of microbialite accretion since its discovery in popular …

Abstract During the Late Jurassic and Early Cretaceous, Iberia experienced extensional and
transtensional stresses leading to a complex rifting time interval. Africa–America–Europe …

This article points out for the first time a striking correlation between the paleogeography of
Upper Triassic deposits and the mode of crustal stretching around and inside the Northern …

Constraining the way in which continental deformation is accommodated in time and space
is essential to reconcile past plate movements with geological observations. Kinematic …

Spinosaurid dinosaurs show a wide geographical and temporal distribution, being present
in Gondwanan and Laurasian landmasses, at least, during the Lower Cretaceous and the …

An integrated stratigraphic, palaeontological, palaeoenvironmental and palaeogeographical
study of the traditionally considered Upper Jurassic–Lower Cretaceous dinosaur-bearing …

Salt is mechanically weaker than other sedimentary rocks in rift basins. It commonly acts as
a strain localizer, and decouples supra-and sub-salt deformation. In the rift basins discussed …

Abstract The Pleistocene and Holocene tufas of the Añamaza valley (stepped build‐ups, up
to 70 m thick, along the valley) consist of several depositional stages separated by erosional …

We document the role of sedimentary burial and salt tectonics in controlling the deformation
style of continental crust during hyperextension. The Iberian‐European boundary records a …