The aim of our research is to characterize the structure, evolution, and properties of the lithosphere, examining its effects on the processes modelling the earth´s surface. Our work involves particularly domains where lithospheric plates converge to create orogens that can eventually collapse, forming sedimentary basins. We attempt to integrate geological data with geophysical data of various types, and we are beginning to develop joint numerical models to explain the present configuration of the lithosphere and its most recent evolution. In the last years we have also explored domains presenting separation and break-up of the oceanic lithosphere.

The tools and scientific specialities of the group are varied and cover such heterogeneous disciplines as structural geology, tectonics, geodynamics, metamorphic petrology, geomorphology, sedimentology and stratigraphy, palaeontology, geological risks, geophysics (tectonic seismology, gravity modelling, multi-channel seismics, well logging, heat flow, magnetism, magnetotellurics, etc.), with which we produce, analyze, interpret and integrate geological and geophysical data. Our interests include geological cartography, the structural organisation and characteristics (geometry, kinematics and thermal conditions) of crustal deformations, the analysis of sedimentary basins, covering their stratigraphic architecture and
deformations, the characteristics of sedimentation and subsidence, biochronology, active and recent deformation in regions with seismic activity and the characterization of associated geological risks, quantification of relief, monitoring of surface movements, as well as the effects of landslides and active structures on civil engineering projects.

This interest in the dynamics of geological processes in any context means that our research has repercussions in society and obtains foreseeably increasing public and private financing.

We can therefore provide information for territorial planning, identification of regions with a danger of seismic activity or landslides, characterization in sedimentary basins of natural resources, hydrocarbon trap structures, and identification of places suitable for permanent storage of CO2.