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 …

The Ordovician fracture‐cavity reservoirs in the Shunbei area of the Tarim Basin, China,
afford an exceptional opportunity to use petrological and geochemical data to investigate …

Strike-slip faults imaged on seismic reflection data from the central Tarim Basin clearly
illustrate the spatial and geometrical characteristics of deeply buried (> 6.8 km depth) …

Exploration and development practices prove that intracratonic strike–slip faults control the
development of carbonate reservoirs and the enrichment of oil and gas in the Tarim Basin …

Due to the difficulty to identify small displacement strike-slip faults by low quality seismic
data in the deep subsurface, fault mapping by seismic sections and horizontal seismic …

Linkage of fault segments is a critical process during the formation of strike-slip faults, and it
influences the generation and distribution of related structures. In this study, we investigate …

Based on the outcrop survey, 3D seismic data interpretation, drilling data analysis, the
structural patterns and distribution of fault damage zones in carbonate strata of Tazhong …

Oil and gas are abundant in the Lower Paleozoic carbonate reservoirs on the Tazhong
Northern Faulted Slope of Tazhong Low Rise, Tarim Basin. Faults are developed widely, but …

A series of small and medium-scale intraplate strike-slip faults are developed in the Shunbei
area of Tarim Basin, and the fault zone is rich in oil and gas. However, it is unclear about the …

The strike-slip fault systems in the central Tarim Basin, China, afford an exceptional
opportunity to document the structural characteristics and evolution process of small …