We discuss techniques to represent groundwater flow in carbonate aquifers using the three
existing modeling approaches: equivalent porous medium, conduit network, and discrete …

Seismic imaging is the most common tool to detect subsurface structures in continental and
marine settings. Despite technological advancement, seismic analysis of carbonates is still …

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) …

Photogrammetry is experiencing an era of democratization mostly due to the popularity and
availability of many commercial off-the-shelf devices, such as drones and smartphones …

Relay zones on normal faults accommodate transfer of displacement between adjacent fault
segments. We study vertical and horizontal displacement transfer mechanisms across a …

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 …

Smartphones can be regarded as cameras, natively equipped with geolocation and
orientation sensors, making them powerful, portable, user-friendly and inexpensive tools for …

A remarkable outcrop of an extensional NW-oriented horst block takes place between
conjugate normal fault segments at the Akheider-El Ramliya fault block (ARFB), along the …

Active faults within the southern Apennines fold-and-thrust belt modulate the present-day
upwelling of hydrothermal fluids at surface. In the Monte Alpi area, we investigated the …

A tiered framework has been developed to map and characterize extensional linked fault
systems at Cairo-Suez District, Egypt to better understand seismic and land deformation …