The carbonate-dominated Albian to Turonian succession is one of the key petroleum
systems of the Arabian Plate. It is dominated by shallow water platform carbonates that were …

Palaeo-water depth and its change with time is a key factor in environmental analysis and in
sedimentology in general. The literature published on this topic and on related subjects …

The middle Cretaceous carbonate deposits in the Middle East are among the most
productive oil-bearing stratigraphic intervals in the world, containing numerous giant fields …

ABSTRACT A synthesis of the sequence stratigraphy and sedimentation patterns of the
Barremian and Aptian strata of the eastern part of the Arabian Plate is presented constrained …

The Cretaceous Sarvak Formation (and its equivalents on the Arabian platform) is one of the
most important carbonate reservoirs to have developed under the warm equable climate …

The middle Cenomanian–early Turonian Mishrif Formation, a major carbonate reservoir unit
in southern Iraq, was studied using cuttings and core samples and wireline logs (gamma …

Integrated facies and diagenetic analyses within a sequence stratigraphic framework were
carried out on mid-Cretaceous Sarvak carbonate reservoirs in five giant and supergiant …

Early marine seafloor lithification of carbonate sediments leads to the formation of
hardgrounds and is known from rocks as old as the Proterozoic. Hardground surfaces …

Microporosity may account for a significant part of the total porosity of Cretaceous limestone
reservoirs of the Middle East. In these microporous facies porosity is moderate to excellent …

Abstract The late Albian–early Turonian Sarvak Formation is the most important carbonate
reservoir of the Abadan Plain, SW Iran. Twelve microfacies were identified, representing six …