A sedimentological investigation of the Early Miocene deposits at the periphery of the Zagros Foreland Basin, Kurdistan Region, around Qishlagh-Sargrma and Darbandikhan, reveals the presence of the Euphrates and Jeribe Formations in this area. A carbonate-dominated unit, comprising four regressive carbonate cycles, at the base of the Fatha Formation, has been investigated to characterize the depositional environments and stratigraphic context of these Early Miocene deposits. Outcrop and thin-section analyses of the carbonate succession reveal a gently inclined, carbonate-dominated ramp based on the depositional lithofacies and microfacies. Eight carbonate microfacies were identified and interpreted to have been deposited in a shallow marine...
The Zagros Fold and Thrust Belt of the Kurdistan region of northern Iraq host major volumes of hydro...
The microfacies analysis and porosity evolution of the Khurmala Formation (Paleocene-Early Eocene) w...
The regionally extensive, coarse-grained Bakhtiyari Formation represents the youngest synorogenic fi...
A sedimentological investigation of the Early Miocene deposits at the periphery of the Zagros Forela...
The Lower Miocene Euphrates and Jeribe formations are considered as the main targets of the Tertiary...
The Miocene Sequence (23.03 – 5.33 Ma), in Iraq has large diversity inlithofacies, biofacies, deposi...
The carbonate Kirkuk Group succession hosts major hydrocarbon reserves in the southern Kurdistan-Nor...
The aim of this study is to investigate the sedimentation environments and diagenetic processes of t...
Five subsurface sections covering the entire length of the Jeribe Limestone Formation (Early Middle ...
Sedimentological and diagenetic factors determine porosities and permeabilities within carbonate ram...
Kirkuk Group Formations (in addition to Avanah and Jaddala Formations) of southern Kurdistan were s...
The present study focuses on the presentation of field and laboratory evidences for the first record...
The paper describes the carbonate microfacies identified in the Sinjar Formation (Late Paleocene–Ear...
Forty meter outcrop of the Darzila section from the Oligocene- Early Miocene succession was studied,...
The stratigraphy of two facies within the Lower Fars Formation (Miocene) of northern Iraq is redescr...
The Zagros Fold and Thrust Belt of the Kurdistan region of northern Iraq host major volumes of hydro...
The microfacies analysis and porosity evolution of the Khurmala Formation (Paleocene-Early Eocene) w...
The regionally extensive, coarse-grained Bakhtiyari Formation represents the youngest synorogenic fi...
A sedimentological investigation of the Early Miocene deposits at the periphery of the Zagros Forela...
The Lower Miocene Euphrates and Jeribe formations are considered as the main targets of the Tertiary...
The Miocene Sequence (23.03 – 5.33 Ma), in Iraq has large diversity inlithofacies, biofacies, deposi...
The carbonate Kirkuk Group succession hosts major hydrocarbon reserves in the southern Kurdistan-Nor...
The aim of this study is to investigate the sedimentation environments and diagenetic processes of t...
Five subsurface sections covering the entire length of the Jeribe Limestone Formation (Early Middle ...
Sedimentological and diagenetic factors determine porosities and permeabilities within carbonate ram...
Kirkuk Group Formations (in addition to Avanah and Jaddala Formations) of southern Kurdistan were s...
The present study focuses on the presentation of field and laboratory evidences for the first record...
The paper describes the carbonate microfacies identified in the Sinjar Formation (Late Paleocene–Ear...
Forty meter outcrop of the Darzila section from the Oligocene- Early Miocene succession was studied,...
The stratigraphy of two facies within the Lower Fars Formation (Miocene) of northern Iraq is redescr...
The Zagros Fold and Thrust Belt of the Kurdistan region of northern Iraq host major volumes of hydro...
The microfacies analysis and porosity evolution of the Khurmala Formation (Paleocene-Early Eocene) w...
The regionally extensive, coarse-grained Bakhtiyari Formation represents the youngest synorogenic fi...