Abstract: Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth. The zones in which the deeper earthquakes originate are shown, and their regional and global context is examined. The characteristic inhomogeneous pattern is inspected in the Italian region as well on a Mediterranean and global scale. A possible reinterpretation of global tectonics is proposed with non-collisional orogenic processes – involving global expansion, rifting, isostasy, surfaceward flow of deep material, gravitational spreading, and phase changes
Among the causes of deep-seated gravitational slope deformations (DGSD), the most important is relie...
A number of seventy-five fault-plane solutions given by the present authors for earthquakes having o...
Terra Nova, 25, 2129, 2013 Abstract How reliably can a seismogenic fault be identified in complex te...
Abstract: Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth...
Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth. The zone...
Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth. The zone...
Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth. An espec...
Starting from considerations about the unexpected inhomogeneous ‘filamentous’ distribution of the de...
This paper is an innovative interpretation of the geodynamics of the active margins in a framework d...
International audienceThis paper re-evaluates the origin of some peculiar patterns of ground deforma...
This paper re-evaluates the origin of some peculiar patterns of ground deformation observed by spac...
Both historical and instrumental updated catalogues of the earthquakes in the Italian region, are us...
In this work, the control exerted by the stress axes orientation on the evolution of seismic sequenc...
The existence of subcrustal continental earthquakes beneath the Alpine–Himalayan Belt was recognised...
Early in the history of seismology it was occasionally suggested that, in addition to earthquakes w...
Among the causes of deep-seated gravitational slope deformations (DGSD), the most important is relie...
A number of seventy-five fault-plane solutions given by the present authors for earthquakes having o...
Terra Nova, 25, 2129, 2013 Abstract How reliably can a seismogenic fault be identified in complex te...
Abstract: Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth...
Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth. The zone...
Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth. The zone...
Earthquakes are not uniformly distributed either along mountain belts and arcs or in depth. An espec...
Starting from considerations about the unexpected inhomogeneous ‘filamentous’ distribution of the de...
This paper is an innovative interpretation of the geodynamics of the active margins in a framework d...
International audienceThis paper re-evaluates the origin of some peculiar patterns of ground deforma...
This paper re-evaluates the origin of some peculiar patterns of ground deformation observed by spac...
Both historical and instrumental updated catalogues of the earthquakes in the Italian region, are us...
In this work, the control exerted by the stress axes orientation on the evolution of seismic sequenc...
The existence of subcrustal continental earthquakes beneath the Alpine–Himalayan Belt was recognised...
Early in the history of seismology it was occasionally suggested that, in addition to earthquakes w...
Among the causes of deep-seated gravitational slope deformations (DGSD), the most important is relie...
A number of seventy-five fault-plane solutions given by the present authors for earthquakes having o...
Terra Nova, 25, 2129, 2013 Abstract How reliably can a seismogenic fault be identified in complex te...