The surface of the Earth is the ever-changing expression of the dynamic processes
occurring at depth and at or above its surface. However, our ability to “read” landscapes in …

Abstract The Western Alps' active tectonics is characterized by ongoing widespread
extension in the highest parts of the belt and transpressive/compressive tectonics along its …

A vital component of any seismic hazard analysis is a model for predicting the expected
distribution of ground motions at a site due to possible earthquake scenarios. The limited …

The past decade has witnessed spectacular progress in the collection of observational data
and their interpretation in the Pannonian Basin and the surrounding Alpine, Carpathian and …

To understand the evolution of the Alpine orogen, knowledge of the actual structure of the
lithosphere‐asthenosphere system is important. We perform high‐resolution teleseismic …

Recently, two international deep seismic campaigns in the western and central Alps (Etude
Continentale et Océanique par Reflexion et Refraction Sismique‐Progetto Strategico Crosta …

Random field cross-correlation is a new promising technique for seismic exploration, as it
bypasses shortcomings of usual active methods. Seismic noise can be considered as a …

We use correlations of the ambient seismic noise to study the crust in western Europe. Cross
correlation of 1 year of noise recorded at 150 three components broadband stations yields …

Taking advantage of the large number of seismic stations installed in Europe, in particular in
the greater Alpine region with the AlpArray experiment, we derive a new high-resolution 3-D …

A new Moho depth map has been assembled for Western and Central Europe and the
Western Mediterranean area that is exclusively based on published regional Moho depth …