Over the last few decades, significant advances in acquisition of new three-dimensional
seismic data sets have revealed the existence of a spectacular strike-slip fault system …

We combined structural data collected in the field and those obtained from a virtual outcrop
model constructed from drone imagery, to perform Discrete Fracture Network (DFN) …

This work focuses on the role played by depositional/diagenetic heterogeneities on the
vertical growth of sub-seismic, high-angle structural elements such as joints, sheared joints …

The high-angle faults bounding the High Agri Valley Basin eastwards are well-exposed at
the Viggiano Mt., southern Italy. There, these faults crosscut Mesozoic shallow-water …

Faults are characterized by a complex internal architecture. In carbonates, the geometry,
attitude, and distribution of fault-related fractures and subsidiary faults can largely affect the …

Fluids play an important role in seismic faulting both at hypocentral depths during
earthquake nucleation and at shallower crustal levels during rupture propagation. Pre-to co …

The fracture-cave reservoirs controlled by strike-slip faults are the main targets for oil and
gas exploration of ultra-deep carbonate in the Tarim Basin. It is of great significance to clarify …

To understand better the development of deformation in carbonate-hosted normal faults, we
compared the structural architecture of the Campo Felice and Monte D'Ocre active faults …

Exposed in large, continuous outcrops in Provence, southern France, the Castellas fault
formed as a normal fault in the Upper Cretaceous and was reactivated as a left-lateral fault …

This study integrates field, geochronological and geochemical data to constrain fluid
circulation in the damage and core zone of the seismogenic Monte Morrone Fault System …