In this paper we describe briefly the activity and evolution of four mud volcano fields located in eastern Sicily, around the Mt. Etna edifice. Three of them, called “Salinelle dei Cappuccini”, “Salinelle del Fiume” and “Salinelle del Vallone Salato” based on their location, occur on the southewestern flank of Etna, between the Paternò and Belpasso villages, and are presently active. The fourth one, today extinct, was active on the farest northeastern sector of Etna, along the Ionian Sea coastline. It was called “Salsa di Fondachello” after the name of the closest village. Geologic surveys and well drillings suggest that fluids uprise through pre-existing volcanic necks in the “Salinelle dei Cappuccini” and “Salinelle del Fiume”, whi...
An updated geological evolution model is presented for the composite basaltic stratovolcano of Mount...
Mount Etna in Sicily (Italy) shows N2500 years of interactions between volcanic eruptions and human ...
Results from several seismic methods allow us to sketch the deep structure of Etna and its Ionian ma...
In this paper we describe briefly the activity and evolution of four mud volcano fields located in e...
We have studied four mud volcano fields located in eastern Sicily, around the Mt. Etna edifice. Thre...
A short overview on Sicilian mud volcanoes is given. A total of 8 sites are presently known and stud...
Monitoring of hydrothermal fluid emissions can provide detailed information about convective upwelli...
The July-August 2001 eruption of Mt. Etna stimulated widespread public and media interest, caused si...
Monitoring of hydrothermal fluid emissions can provide detailed information about convective upwelli...
An updated geological evolution model is presented for the composite basaltic stratovolcano of Mount...
Mount Etna is the highest relief in Sicily and represents a unique environment because of its long e...
We present an updated geological evolution of Mount Etna volcano based on new 40Ar/39Ar age determin...
The tectonic escarpments locally known as ‘Timpe’ cut a large sector of the eastern flank of Etna, a...
Two strong flank eruptions occurred in July–August 2001 and from late October 2002 to late January 2...
Preceded by 14 days of intense seismic activity, a new eruption started on the south flank of Mt...
An updated geological evolution model is presented for the composite basaltic stratovolcano of Mount...
Mount Etna in Sicily (Italy) shows N2500 years of interactions between volcanic eruptions and human ...
Results from several seismic methods allow us to sketch the deep structure of Etna and its Ionian ma...
In this paper we describe briefly the activity and evolution of four mud volcano fields located in e...
We have studied four mud volcano fields located in eastern Sicily, around the Mt. Etna edifice. Thre...
A short overview on Sicilian mud volcanoes is given. A total of 8 sites are presently known and stud...
Monitoring of hydrothermal fluid emissions can provide detailed information about convective upwelli...
The July-August 2001 eruption of Mt. Etna stimulated widespread public and media interest, caused si...
Monitoring of hydrothermal fluid emissions can provide detailed information about convective upwelli...
An updated geological evolution model is presented for the composite basaltic stratovolcano of Mount...
Mount Etna is the highest relief in Sicily and represents a unique environment because of its long e...
We present an updated geological evolution of Mount Etna volcano based on new 40Ar/39Ar age determin...
The tectonic escarpments locally known as ‘Timpe’ cut a large sector of the eastern flank of Etna, a...
Two strong flank eruptions occurred in July–August 2001 and from late October 2002 to late January 2...
Preceded by 14 days of intense seismic activity, a new eruption started on the south flank of Mt...
An updated geological evolution model is presented for the composite basaltic stratovolcano of Mount...
Mount Etna in Sicily (Italy) shows N2500 years of interactions between volcanic eruptions and human ...
Results from several seismic methods allow us to sketch the deep structure of Etna and its Ionian ma...