Located in the NW of the Iberian Peninsula, the Domo del Tormes is an intra-plate granitic domain made up of a Hercynian megastructure and traditionally considered of very low or null seismicity. The geology of the area makes difficult to determine the recent deformations and the characterization of neotectonic activity. The data compilation and further discussion of seismic activity in the area provide information on present day stress tensor orientation and the match of gravimetry, geological and structural data revealed a series of main anomalies related to faulting on a regional scale, defining some potentially active structures in the are
The Gibraltar Orogenic Arc, in the Western Mediterranean, represents a complex region of active defo...
The northwestern margin of the Valencia trough is an area of low strain characterized by slow normal...
The Malaga Basin is located in the westernmost part of the Betic Cordillera. This alpine cordillera ...
The Northwest and Central-West Iberian Peninsula configure an intraplate area far from the active pl...
Current active tectonic stress fields are deduced in intraplate areas of Iberian Peninsula with mode...
The seismicity in the Castilian foreland of the Betic Cordilleras is in accordance with an intraplat...
The Neogene stress field in the northeastern Iberian Peninsula is reconstructed from the analysis of...
The statistical study of the post-hercynian cartographic faults of the Northwest part of Spain (Gali...
The Iberian microcontinent and its connected oceanic crust are affected by deformations related to t...
Intraplate Iberia is a region of slow lithopsheric deformation (<1mm/yr) with significant historical...
In this study, we present a new estimation of the gravitational potential energy (GPE) in Iberia and...
The Iberian Chain is a Cenozoic intraplate thrust belt located within the Iberian plate. Unlike othe...
International audienceThe Béarn range, located to the north of the Axial Zone in the Western Pyrenee...
In situ data on the orientation of tectonic stress in northern Iberia are scarce. Fault-slip and foc...
The tectonic map at scale 1:1,750,000 presented in this work shows an update of the existing knowled...
The Gibraltar Orogenic Arc, in the Western Mediterranean, represents a complex region of active defo...
The northwestern margin of the Valencia trough is an area of low strain characterized by slow normal...
The Malaga Basin is located in the westernmost part of the Betic Cordillera. This alpine cordillera ...
The Northwest and Central-West Iberian Peninsula configure an intraplate area far from the active pl...
Current active tectonic stress fields are deduced in intraplate areas of Iberian Peninsula with mode...
The seismicity in the Castilian foreland of the Betic Cordilleras is in accordance with an intraplat...
The Neogene stress field in the northeastern Iberian Peninsula is reconstructed from the analysis of...
The statistical study of the post-hercynian cartographic faults of the Northwest part of Spain (Gali...
The Iberian microcontinent and its connected oceanic crust are affected by deformations related to t...
Intraplate Iberia is a region of slow lithopsheric deformation (<1mm/yr) with significant historical...
In this study, we present a new estimation of the gravitational potential energy (GPE) in Iberia and...
The Iberian Chain is a Cenozoic intraplate thrust belt located within the Iberian plate. Unlike othe...
International audienceThe Béarn range, located to the north of the Axial Zone in the Western Pyrenee...
In situ data on the orientation of tectonic stress in northern Iberia are scarce. Fault-slip and foc...
The tectonic map at scale 1:1,750,000 presented in this work shows an update of the existing knowled...
The Gibraltar Orogenic Arc, in the Western Mediterranean, represents a complex region of active defo...
The northwestern margin of the Valencia trough is an area of low strain characterized by slow normal...
The Malaga Basin is located in the westernmost part of the Betic Cordillera. This alpine cordillera ...