After a recharge phase that began in 2007, on 13 May 2008, a new eruption started on Mt. Etna volcano. The final intrusion was very fast, accompanied by a violent seismic swarm and marked by ground deformation recorded at permanent tilt and GPS stations. The violence of the eruptive event generated concern that the eruptive fissures might propagate downslope towards populated areas. The ground deformation modelling explains both the mechanism of the intrusion as well as the attempt of the dyke to propagate in the shallower part of the northern sector of the volcano. We show that the 2008 intrusion was characterized by a mechanism, which is new and different to the ones modelled in previous eruptions, following the path of the central co...
After the end of the 2002–2003 eruption, Mount Etna activity was characterized only by gentle degas...
The study of the ground deformation associated with the recent eruptions of the Etna volcano (1981, ...
Since January 2008, several geophysical parameters have evidenced a recharging phase at Mt. Etna vol...
On December 24th, Mt. Etna volcano underwent a seismic crisis beneath the summit and upper southern ...
Between 2007 and early 2008, the Istituto Nazionale di Geofisica e Vulcanologia (INGV) monitoring ne...
On 28 December 2014, eruptive activity resumed at Mount Etna with fire fountain activity feeding tw...
The 2001 eruption represents one of the most studied events both from volcanological and geophysical...
The development of the 2004–2005 eruption at Etna (Italy) is investigated by means of field surveys ...
(InSAR) have been applied on Mt. Etna to study the ground deformation affecting the volcano both ove...
Since January 2008, several geophysical parameters have evidenced a recharging phase at Mt. Etna vol...
The development of the 2004-05 eruption at Etna (Italy) is investigated by means of field surveys, t...
AbstractOn December 24th, Mt. Etna volcano underwent a seismic crisis beneath the summit and upper s...
The Mt. Etna eruption of July 2001 was announced by severe seismic activity and by the opening of a ...
The 2002–2003 Mount Etna eruption and the associated deformation provide a unique possibility to stu...
Accepted for publication in Journal of Geophysical Research. Copyright (2010) American Geophysical U...
After the end of the 2002–2003 eruption, Mount Etna activity was characterized only by gentle degas...
The study of the ground deformation associated with the recent eruptions of the Etna volcano (1981, ...
Since January 2008, several geophysical parameters have evidenced a recharging phase at Mt. Etna vol...
On December 24th, Mt. Etna volcano underwent a seismic crisis beneath the summit and upper southern ...
Between 2007 and early 2008, the Istituto Nazionale di Geofisica e Vulcanologia (INGV) monitoring ne...
On 28 December 2014, eruptive activity resumed at Mount Etna with fire fountain activity feeding tw...
The 2001 eruption represents one of the most studied events both from volcanological and geophysical...
The development of the 2004–2005 eruption at Etna (Italy) is investigated by means of field surveys ...
(InSAR) have been applied on Mt. Etna to study the ground deformation affecting the volcano both ove...
Since January 2008, several geophysical parameters have evidenced a recharging phase at Mt. Etna vol...
The development of the 2004-05 eruption at Etna (Italy) is investigated by means of field surveys, t...
AbstractOn December 24th, Mt. Etna volcano underwent a seismic crisis beneath the summit and upper s...
The Mt. Etna eruption of July 2001 was announced by severe seismic activity and by the opening of a ...
The 2002–2003 Mount Etna eruption and the associated deformation provide a unique possibility to stu...
Accepted for publication in Journal of Geophysical Research. Copyright (2010) American Geophysical U...
After the end of the 2002–2003 eruption, Mount Etna activity was characterized only by gentle degas...
The study of the ground deformation associated with the recent eruptions of the Etna volcano (1981, ...
Since January 2008, several geophysical parameters have evidenced a recharging phase at Mt. Etna vol...