Starting from late seventies, many observations have been reported about observations in
space of signals reconciled with earthquakes and claimed as possible preseismic …

The Pyrenees have experienced at least seven earthquakes with magnitude M> 5 in the last
400 years. During the last decades, several seismotectonic, neotectonic and …

The study of the preparation phase of large earthquakes is essential to understand the
physical processes involved, and potentially useful also to develop a future reliable short …

We present a new tomographic model for P-and S-velocity anomalies beneath Europe (30°
N–55° N, 5° W–40° E), extending in depth up to 700 km and constrained by inversion of data …

Powerful methods of paleostress analysis from fault-slip data have been used since the
1970's, and have demonstrated their capacity for reconstructing stress fields with tectonic …

Abstract The Tyrrhenian Basin is a region created by Neogene extensional tectonics related
to slab rollback of the east-southeast–migrating Apennine subduction system, commonly …

We present the first GPS‐derived geodetic observations from the NE end of the Eastern
Betic Shear Zone obtained from the Bajo Segura GPS network (SE Spain). The network has …

Controversial evolutionary models have been proposed for the Gibraltar Arc system, a
complex interaction zone between the Eurasia and African plates. Here we derive new …

This work presents a macroseismic analysis of the AD 1755 Lisbon Earthquake-Tsunami
event by means of the combination of intensity data derived from the EMS-98 scale and the …

Borehole strain monitoring plays a critical role in earthquake precursor research. With the
accumulation of observation data, traditional data processing methods struggle to handle …