International audienceBased on the review of the available stratigraphic, tectonic, morphological, geodetic, and seismological data, along with new structural observations, we present a reappraisal of the potential seismogenic faults and fault systems in the inner northwest Apennines, Italy, which was the site, one century ago, of the devastating Mw ~6.5, 1920 Fivizzano earthquake. Our updated fault catalog provides the fault locations, as well as the description of their architecture, large-scale segmentation, cumulative displacements, evidence for recent to present activity, and long-term slip rates. Our work documents that a dense network of active faults, and thus potential earthquake fault sources, exists in the region. We discuss the ...
By analyzing the historical seismicity of the Apennines since AD 1000, we have identified four major...
During earthquakes, fault rupture can involve multiple segments in synchronous or cascade mechanisms...
tThe Tuscany–Romagna–Marche–Umbria Apennines host major seismic zones that have generated severalstr...
International audienceBased on the review of the available stratigraphic, tectonic, morphological, g...
Based on the review of the available stratigraphic, tectonic, morphological, geodetic, and seismolog...
In peninsular Italy the central Apennines fault system (CAFS), overprinting earlier structures of a ...
Understanding the behaviour of faults over thousand year timescales is key to assessing seismic haza...
Tondi and Cello in 2003 analyzed the active seismogenic crustal-scale fault system (named the Centra...
The August 24, 2016 Amatrice earthquake (Ml 6.0) struck a region of the central Apennines (Italy) wh...
The epicentral locations and magnitudes of the events reported in the Catalogue of Strong Italian Ea...
The process for the identification of active faults and in particular the direct estimation of their...
The Central Apennines represents a wonderful record of a still active complex stratigraphic and stru...
The central Apennines present complex fault structures resulting from the superposition of different...
The direct identification of seismogenic structures in Southern Italy is often a difficult task, sin...
The term active and capable fault (ACF) defines an active tectonic structure able to rupture perman...
By analyzing the historical seismicity of the Apennines since AD 1000, we have identified four major...
During earthquakes, fault rupture can involve multiple segments in synchronous or cascade mechanisms...
tThe Tuscany–Romagna–Marche–Umbria Apennines host major seismic zones that have generated severalstr...
International audienceBased on the review of the available stratigraphic, tectonic, morphological, g...
Based on the review of the available stratigraphic, tectonic, morphological, geodetic, and seismolog...
In peninsular Italy the central Apennines fault system (CAFS), overprinting earlier structures of a ...
Understanding the behaviour of faults over thousand year timescales is key to assessing seismic haza...
Tondi and Cello in 2003 analyzed the active seismogenic crustal-scale fault system (named the Centra...
The August 24, 2016 Amatrice earthquake (Ml 6.0) struck a region of the central Apennines (Italy) wh...
The epicentral locations and magnitudes of the events reported in the Catalogue of Strong Italian Ea...
The process for the identification of active faults and in particular the direct estimation of their...
The Central Apennines represents a wonderful record of a still active complex stratigraphic and stru...
The central Apennines present complex fault structures resulting from the superposition of different...
The direct identification of seismogenic structures in Southern Italy is often a difficult task, sin...
The term active and capable fault (ACF) defines an active tectonic structure able to rupture perman...
By analyzing the historical seismicity of the Apennines since AD 1000, we have identified four major...
During earthquakes, fault rupture can involve multiple segments in synchronous or cascade mechanisms...
tThe Tuscany–Romagna–Marche–Umbria Apennines host major seismic zones that have generated severalstr...