Fault damage zones affect the preservation and enrichment of shale gas. Most fault damage
zone studies are based on directly observed outcrops. In this study, we provide an example …

In permeability modeling of fault damage zones affecting porous sandstones, deformation
bands are commonly considered low-permeability structures that influence fluid flow …

Preexisting shear zones in the basement may influence the formation of normal faults in rift
environments. However, the specific role and interaction between these preexisting shear …

Seismic interpretation is crucial for identifying faults, fluid concentrations, and flow migration
pathways in the oil and gas industry. Algorithms have been developed to identify faults using …

Seismic attributes have been widely utilized for fault detection; however, accurately
characterizing mesoscale fractures (1/10 to 1/4 wavelength) using these attributes remains …

Fault damage zones provide a window into the non-elastic processes of an earthquake.
Geological and seismic tomography methods have been unable to measure damage zones …

Presalt lacustrine carbonate reservoirs in the Santos Basin, Brazil, can have a high degree
of fracturing. Properly characterizing such properties is important due to their influence on …

The distribution and intensity of fault damage zones provides insight into fault activity and its
relationship to fluid flow in the crust. Presently, measures of the in‐situ distribution of fault …

Hydrothermal dolomite reservoirs near basement strike-slip faults are major gas exploration
targets in the Sichuan Basin, China. This work addresses the hydrocarbon generation and …

Faults serve as oil and gas storage space and transportation channels, so fault identification
is significant to oil and gas exploration. Fault extraction methods based on manual …