The Mauddud Formation of central Iraq was deposited within different shallow and deep marine subenviroments on a distally steepend ramp setting, Local tectonism greatly affected the sequence development where the different rates of subsidence of the different tectonic provinces were the major control on the nature of 4th order cyclicity of the succession ( thickness, symmetry, and facies stacking pattern ). Subsidence analysis (R2 curves) revealed the effect of local tectonism, and the vertical and lateral variations in accommodation. The effect of the eustatic component was clear in the stable area to the West where there was no or very low rate of subsidence
The interaction of fluvial, tidal, and wave processes in coastal and paralic environments gives rise...
The Red Beds exist in a narrow belt in the NW-SE oriented imbricated zone in northeastern Iraq. Fiel...
The Kometan Formation is widely distributed in the northern (Kurdistan region) and central Iraq. The...
The Carbonate - Clastic succession in this study is represented by the Nahr Uamr and Mauddud Formati...
The fractal fifteen thin section showed that the deposition of the Mishrif Formation is gradual upwa...
A detailed study on the facies and depositional environment of the Mulussa Formation (Carnian-Norian...
The carbonate Kirkuk Group succession hosts major hydrocarbon reserves in the southern Kurdistan-Nor...
The evolution of porosity and sequence stratigraphy study of the Khasib Formation (Late Turonian-Con...
The interpretation of the sequence stratigraphy cycles and the surfaces in the Middle Minagish forma...
This research deals with study of facies and depositional environment of the lower Eocene Rus and Ji...
Mauddud member with the age of late Albian to Cenomanian is equivalent to the lower Sarvak formation...
Khasib Formation is considered an important formation in the Late Turonian-Early Campanian sequence ...
The Shiranish Formation (Campanian-Maastrichtian) was studied in two surface sections (Diana and Gar...
The Lower Miocene Euphrates and Jeribe formations are considered as the main targets of the Tertiary...
The Mishrif Formation represents an important succession in the southern Iraq and has extensive dist...
The interaction of fluvial, tidal, and wave processes in coastal and paralic environments gives rise...
The Red Beds exist in a narrow belt in the NW-SE oriented imbricated zone in northeastern Iraq. Fiel...
The Kometan Formation is widely distributed in the northern (Kurdistan region) and central Iraq. The...
The Carbonate - Clastic succession in this study is represented by the Nahr Uamr and Mauddud Formati...
The fractal fifteen thin section showed that the deposition of the Mishrif Formation is gradual upwa...
A detailed study on the facies and depositional environment of the Mulussa Formation (Carnian-Norian...
The carbonate Kirkuk Group succession hosts major hydrocarbon reserves in the southern Kurdistan-Nor...
The evolution of porosity and sequence stratigraphy study of the Khasib Formation (Late Turonian-Con...
The interpretation of the sequence stratigraphy cycles and the surfaces in the Middle Minagish forma...
This research deals with study of facies and depositional environment of the lower Eocene Rus and Ji...
Mauddud member with the age of late Albian to Cenomanian is equivalent to the lower Sarvak formation...
Khasib Formation is considered an important formation in the Late Turonian-Early Campanian sequence ...
The Shiranish Formation (Campanian-Maastrichtian) was studied in two surface sections (Diana and Gar...
The Lower Miocene Euphrates and Jeribe formations are considered as the main targets of the Tertiary...
The Mishrif Formation represents an important succession in the southern Iraq and has extensive dist...
The interaction of fluvial, tidal, and wave processes in coastal and paralic environments gives rise...
The Red Beds exist in a narrow belt in the NW-SE oriented imbricated zone in northeastern Iraq. Fiel...
The Kometan Formation is widely distributed in the northern (Kurdistan region) and central Iraq. The...