A comprehensive literature review shows that the magnitude of eustatic fluctuations varied
throughout the Carboniferous and Permian and that at least eight distinct phases can be …

An accessible resource, covering the fundamentals of carbonate reservoir engineering
Includes discussions on how, where and why carbonate are formed, plus reviews of basic …

Despite extensive research on fault rocks, and on their commercial importance, there is no
non-genetic classification of fault breccias that can easily be applied in the field. The present …

Syndepositional faults and fractures are known to affect early fluid flow in carbonate
platforms. Less clear is whether they are active fluid conduits throughout the entire history of …

A geometric classification of fault breccia borrowed from the cave-collapse literature has
been suggested as an alternative to available genetic classifications. Here, image analysis …

The air in subterranean karst cavities is often depleted in methane (CH 4) relative to the
atmosphere. Karst is considered a potential sink for the atmospheric greenhouse gas CH 4 …

Syndepositional fractures are an important feature of high-relief, reef-rimmed carbonate
systems and exert a profound control on many facets of platform evolution including: the …

A body of chaotic breccia along the reverse-oblique Dent Fault zone is ascribed to hanging-
wall collapse into persistent voids created by geometric mismatch of fault walls, although …

Syndepositional fractures are an important feature of high-relief carbonate systems and
exert a profound control on many facets of platform evolution and reservoir development …

Historically, studies of Quaternary carbonates have not adequately addressed the influence
of early fracture networks on diagenesis. Because of this lack of detail, understanding and …