A volcano‐tectonic crisis with strong seismic activity and rapid uplift started in 1982, and continued until its abrupt disappearance at the beginning of 1985, at Campi Flegrei caldera (Southern Italy). The chemical composition of the fumarolic fluids has been recorded during the last five years and, from geochemical and thermodynamical considerations, it has been deduced that the shallow reservoir feeding the fumaroles remained chemically isolated, at least with respect to major magmatic components, from the magma chamber inferred to be located at depth. © 1988 by the Chinese Geophysical Societ
The hydrothermal system beneath Campi Flegrei is quantified by analyzing gas samples. At the Bocca G...
The knowledge of the dynamic of the Campi Flegrei calderic system is a primary goal to mitigate the ...
Helium isotope measurements performed between 1983 and 1988 on subaerial and submarine fumaroles of ...
A volcano‐tectonic crisis with strong seismic activity and rapid uplift started in 1982, and continu...
A close relationship between geophysical activity (seismicity and ground deformation) and chemical c...
International audienceA close relationship between geophysical activity (seismicity and ground defor...
Campi Flegrei caldera, within the Neapolitan area of Italy, is potentially one of the most dangerous...
Long duration time-series of the chemical composition of fumaroles and of soil CO2 flux reveal that ...
Long duration time-series of the chemical composition of fumaroles and of soil CO2 flux reveal that...
The analysis of gaseous compositions from Solfatara (Campi Flegrei, South Italy) fumaroles since the...
Long time series of fluid pressure and temperature within a hydrothermal system feeding the Solfatar...
Isotopic study of the origin of sulfur and carbon in the hottest (Solfatara) fumaroles of Campi Fleg...
The fumarolic gas output has not been quantified for any of the currently deforming calderas worldwi...
none3noThe November 2002 submarine gas blast at Panarea Island (Sicily, southern Italy) was an unexp...
Volcanic unrest at calderas involve complex interaction between magma, hydrothermal fluids and crust...
The hydrothermal system beneath Campi Flegrei is quantified by analyzing gas samples. At the Bocca G...
The knowledge of the dynamic of the Campi Flegrei calderic system is a primary goal to mitigate the ...
Helium isotope measurements performed between 1983 and 1988 on subaerial and submarine fumaroles of ...
A volcano‐tectonic crisis with strong seismic activity and rapid uplift started in 1982, and continu...
A close relationship between geophysical activity (seismicity and ground deformation) and chemical c...
International audienceA close relationship between geophysical activity (seismicity and ground defor...
Campi Flegrei caldera, within the Neapolitan area of Italy, is potentially one of the most dangerous...
Long duration time-series of the chemical composition of fumaroles and of soil CO2 flux reveal that ...
Long duration time-series of the chemical composition of fumaroles and of soil CO2 flux reveal that...
The analysis of gaseous compositions from Solfatara (Campi Flegrei, South Italy) fumaroles since the...
Long time series of fluid pressure and temperature within a hydrothermal system feeding the Solfatar...
Isotopic study of the origin of sulfur and carbon in the hottest (Solfatara) fumaroles of Campi Fleg...
The fumarolic gas output has not been quantified for any of the currently deforming calderas worldwi...
none3noThe November 2002 submarine gas blast at Panarea Island (Sicily, southern Italy) was an unexp...
Volcanic unrest at calderas involve complex interaction between magma, hydrothermal fluids and crust...
The hydrothermal system beneath Campi Flegrei is quantified by analyzing gas samples. At the Bocca G...
The knowledge of the dynamic of the Campi Flegrei calderic system is a primary goal to mitigate the ...
Helium isotope measurements performed between 1983 and 1988 on subaerial and submarine fumaroles of ...