Ultra-deep carbonate reservoirs buried over 7000 m are distributed around strike-slip faults,
which control hydrocarbon accumulation and enrichment in the Tarim Basin, China. This …

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) …

Fault zones commonly have spatially variable fault rocks and brittle structures. Differing fault-
rock attributes may retard or increase cross-and along-fault permeability. Our work analyzed …

Complex fracture damage around large faults is often simplified to fit exponential or power
law decay in fracture density with distance from the fault. Noise in these datasets is attributed …

Abstract In the Honalilar area (Denizli Basin, Turkey), the occurrence of banded Ca-
carbonate veins and travertine deposits, represented by a dismantled fissure ridge-type …

Natural open fractures have been reported in the Barra Velha Formation (BVE) in the pre-
salt lacustrine carbonate reservoirs in the Santos Basin offshore Brazil. These fractures …

Subsurface characterization of faults and fault systems is a central piece to describe the
subsurface permeability architecture of a carbonate reservoir during field development. Data …

Résumé The potential of high-temperature (> 150 C) geothermal systems in crustal fault
zones (fault cores and hundreds of meters wide networks of interconnected fractures in the …

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 …