Two small geodetic subnetworks were established in 2010 and in 2014, respectively, along the southeastern edge of the unstable eastern flank of Mt. Etna volcano. These networks have been monitored since late 2014 with GNSS techniques by the GEOmatic_laboratory of Earth Science Section of the University of Catania. The resulting horizontal velocity field allowed us to observe a westward decay of the rate and a different azimuthal pattern of motion between the two networks. We suggest that both features are due to active deformation of the Nizzeti faults. We also observed that the deforming region is not entirely confined by the Tremestieri-San Gregorio-Acitrezza fault zones, but it extends southwards. Areal upgrades of the networks as well a...
Mount Etna is characterized by a complex regional tectonics with a N-S compression related to the Af...
Highlights • A set of slow slip events occurred at Mt. Etna volcano is analyzed. • Two distinc...
We carried out a study of the seismicity and ground deformation occurred on Mount Etna volcano after...
Mount Etna has developed at the intersection of two regional tectonic lineaments, the NNW–SSE trendi...
GPS (Global Positioning System) monitoring has been performed on Etna volcano since 1988, making thi...
We carried out a study of seismicity and ground deformation occurred on Mount Etna volcano after the...
Ground deformation monitoring of active volcanoes is used routinely to determine phases of vol‐ cano...
We carried out a study of the seismicity and ground deformation occurred on Mount Etna volcano after...
We carried out a study of the seismicity and ground deformation occurring on Mount Etna volcano afte...
International audience[1] We have processed thirty Global Positioning System (GPS) campaigns carried...
On volcanic areas, usually characterized by complex structural environments, a lot of independent ge...
Ground deformation occurring on Mount Etna from 1994 to 1995 is analyzed in this paper. This period ...
Mount Etna is characterized by a complex regional tectonics with a N-S compression related to the Af...
The largest and most active volcano in Europe is Mount Etna located on the east coast of Sicily. Ove...
This paper analyses the ground deformations occurring on the eastern part of the Pernicana Fault fro...
Mount Etna is characterized by a complex regional tectonics with a N-S compression related to the Af...
Highlights • A set of slow slip events occurred at Mt. Etna volcano is analyzed. • Two distinc...
We carried out a study of the seismicity and ground deformation occurred on Mount Etna volcano after...
Mount Etna has developed at the intersection of two regional tectonic lineaments, the NNW–SSE trendi...
GPS (Global Positioning System) monitoring has been performed on Etna volcano since 1988, making thi...
We carried out a study of seismicity and ground deformation occurred on Mount Etna volcano after the...
Ground deformation monitoring of active volcanoes is used routinely to determine phases of vol‐ cano...
We carried out a study of the seismicity and ground deformation occurred on Mount Etna volcano after...
We carried out a study of the seismicity and ground deformation occurring on Mount Etna volcano afte...
International audience[1] We have processed thirty Global Positioning System (GPS) campaigns carried...
On volcanic areas, usually characterized by complex structural environments, a lot of independent ge...
Ground deformation occurring on Mount Etna from 1994 to 1995 is analyzed in this paper. This period ...
Mount Etna is characterized by a complex regional tectonics with a N-S compression related to the Af...
The largest and most active volcano in Europe is Mount Etna located on the east coast of Sicily. Ove...
This paper analyses the ground deformations occurring on the eastern part of the Pernicana Fault fro...
Mount Etna is characterized by a complex regional tectonics with a N-S compression related to the Af...
Highlights • A set of slow slip events occurred at Mt. Etna volcano is analyzed. • Two distinc...
We carried out a study of the seismicity and ground deformation occurred on Mount Etna volcano after...