It is argued that in some zones of the Northern Apennines, in particular the Rimini-Ancona thrust system, the Romagna Apennines and the Alta Valtiberina trough, the probability of major earthquakes is now higher than in other Apennine zones. This hypothesis is suggested by the comparison of the present short-term kinematics of the Romagna-Marche-Umbria wedge in the Northern Apennines, deduced by the distribution of major shocks in the last tens of years, with the previous repeated behavior of the same wedge, evidenced by the distribution of major earthquakes in the last seven centuries. The seismotectonics of the Apennine region here considered is closely connected with the larger context that involves the progressive migration (fr...
The area investigated, the Sansepolcro basin, is characterized by the presence of important earthqua...
We analyze seismicity occurred in the 2007-2011 period on the border between the NW-SE striking cent...
By analyzing the historical seismicity of the Apennines since AD 1000, we have identified four major...
It is argued that in some zones of the Northern Apennines, in particular the Rimini-Ancona thrust s...
It is argued that in some zones of the Northern Apennines, in particular the Rimini-Ancona thrust sy...
In previous papers, we have argued that a close connection may exist between the discontinuous nort...
The recognition of the seismic zones most prone to next major earthquakes in Italy would considerabl...
tThe Tuscany–Romagna–Marche–Umbria Apennines host major seismic zones that have generated severalstr...
An attempt is made at gaining insights into the possible location of the next strong earthquake (M &...
Abstract We argue that the study of long-range interaction between seismic sources in the peri- Ad...
The distribution of historical earthquakes indicates that a large portion of the Italian territory c...
In this paper we present the seismicity analysis of a small sector of the Northern Apennines in 27 t...
The area investigated, the Sansepolcro basin, is characterized by the presence of important earthqua...
We analyze seismicity occurred in the 2007-2011 period on the border between the NW-SE striking cent...
By analyzing the historical seismicity of the Apennines since AD 1000, we have identified four major...
It is argued that in some zones of the Northern Apennines, in particular the Rimini-Ancona thrust s...
It is argued that in some zones of the Northern Apennines, in particular the Rimini-Ancona thrust sy...
In previous papers, we have argued that a close connection may exist between the discontinuous nort...
The recognition of the seismic zones most prone to next major earthquakes in Italy would considerabl...
tThe Tuscany–Romagna–Marche–Umbria Apennines host major seismic zones that have generated severalstr...
An attempt is made at gaining insights into the possible location of the next strong earthquake (M &...
Abstract We argue that the study of long-range interaction between seismic sources in the peri- Ad...
The distribution of historical earthquakes indicates that a large portion of the Italian territory c...
In this paper we present the seismicity analysis of a small sector of the Northern Apennines in 27 t...
The area investigated, the Sansepolcro basin, is characterized by the presence of important earthqua...
We analyze seismicity occurred in the 2007-2011 period on the border between the NW-SE striking cent...
By analyzing the historical seismicity of the Apennines since AD 1000, we have identified four major...