A sackung scarp has been investigated by trenching in the El Ubago glacial valley (centralSpanish Pyrenees). The scarp is located 18 km to the SW of the North Maladeta Fault, which was thesource of the Mw 5.3 Vielha earthquake of 1923. Three displacement events have been inferred based oncolluvial wedge stratigraphy and fault truncation. Event X at ca. 16.9 ka created the sackung. Events Yand Z have been constrained at 15-8.3 and 8.3-5.3 ka. The timing of event Y partially overlaps with thatof a faulting event recognised in a previously investigated sackung at about 2 km. A minimum verticalslip rate of 0.18 mm/yr has been calculated for the sackung. The spatial association of the sackungfeatures in this sector of the Pyrenees with the North...
The El Camp Fault (Catalan Coastal Ranges, NE Iberian Peninsula) is a slow slipping normal fault who...
International audienceSackungs are the largest gravitational deformation observed in mountains. They...
PosterTectonic uplift in active mountain belts narrowly controls the rate and tempo of valley incisi...
A sackung scarp has been investigated by trenching in the El Ubago glacial valley (centralSpanish Py...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
A sackung scarp has been investigated by trenching in the El Ubago glacial valley (central Spanish P...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
We present the paleoseismological analysis of the El Camp fault scarp. Paleoseismology constitutes t...
Most catastrophic earthquakes occur along fast-moving faults, although some of them are triggered by...
The Catalan coastal ranges are situated far away from a plate margin and thus are characterised by l...
The El Camp Fault (Catalan Coastal Ranges, NE Iberian Peninsula) is a slow slipping normal fault who...
International audienceSackungs are the largest gravitational deformation observed in mountains. They...
PosterTectonic uplift in active mountain belts narrowly controls the rate and tempo of valley incisi...
A sackung scarp has been investigated by trenching in the El Ubago glacial valley (centralSpanish Py...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
A sackung scarp has been investigated by trenching in the El Ubago glacial valley (central Spanish P...
A sackung scarp has been investigated by trenching in the central Spanish Pyrenees. This feature is ...
We present the paleoseismological analysis of the El Camp fault scarp. Paleoseismology constitutes t...
Most catastrophic earthquakes occur along fast-moving faults, although some of them are triggered by...
The Catalan coastal ranges are situated far away from a plate margin and thus are characterised by l...
The El Camp Fault (Catalan Coastal Ranges, NE Iberian Peninsula) is a slow slipping normal fault who...
International audienceSackungs are the largest gravitational deformation observed in mountains. They...
PosterTectonic uplift in active mountain belts narrowly controls the rate and tempo of valley incisi...