Upper Cretaceous carbonate rocks of the Sarvak Formation are among the most important
hydrocarbon reservoirs of the Middle East. This paper summarizes the depositional history …

As the second important oil reservoir of Iran, shallow-marine carbonates of the Sarvak
Formation were deposited in a tectonically active setting, under a warm and humid …

Stable carbon isotope chemostratigraphy and the associated reference curves have proved
to be valuable tools for stratigraphic calibration and long-distance correlations. Nonetheless …

This study focuses on the origins, scale of occurrence, and predictability of reservoir
heterogeneities of the carbonates of the Upper Cretaceous Sarvak Formation in five oilfields …

Shallow-marine carbonate deposition was widespread across the Arabian Plate during
much of the Late Permian–Mesozoic but was significantly interrupted by a major tectonically …

Providing a chronostratigraphic framework often is problematic in shallow-marine
carbonates with poor biostratigraphic resolution. In such cases, an integration of …

Abstract The Cenomanian–Santonian (C–S) carbonate successions include valuable
petroleum reservoirs in the Zagros Basin. They also provide important information on the …

This study examines the influence of tectonics and paleoclimate on the diagenetic evolution
of Upper Cretaceous carbonate reservoirs (Sarvak Formation) in the Abadan Plain, Zagros …

Carbonate reservoirs are characterized by their complex depositional–diagenetic history
and, consequently, intricate pore networks. In this study, pore types and reservoir zones of …

The shallow marine carbonate deposits of the Sarvak Formation have been deposited in an
active tectonic setting under warm and humid climatic conditions during the Cenomanian …