Structural evolution of the Kef and Sers grabens (Tunisian Atlas) during the Late Mesozoic–Quaternary episode: Role of inherited faults and new constraint on the collapsing mode

Noureddine, Mahmoudi; Azizi, Ramzi; Abidi, Oussama; Ghannem, Naoufel

doi:10.1007/s12040-022-01974-2

J Earth Syst Sci

2022

DOI: 10.1007/s12040-022-01974-2

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Structural evolution of the Kef and Sers grabens (Tunisian Atlas) during the Late Mesozoic–Quaternary episode: Role of inherited faults and new constraint on the collapsing mode

Mahmoudi Noureddine

Ramzi Azizi²,

Oussama Abidi³

et al.

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2024

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Cited by 2 publications

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Structural Reconstruction of the Oligo–Early Miocene Basins of the Eastern Segment of Maghrebian Belt (Northern Tunisia): Influence of Subduction of the Fore-Arc Curvature

Azizi,

Mahmoudi,

Gaieb

et al. 2024

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Structural Reconstruction of the Oligo–Early Miocene Basins of the Eastern Segment of Maghrebian Belt (Northern Tunisia): Influence of Subduction of the Fore-Arc Curvature

Azizi,

Mahmoudi,

Gaieb

et al. 2024

Geotecton.

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Pre-Existing Structures and Stress Evolution Controlling a Pull-Apart Basin in the Tunisian Atlas Domain (Siliana Area): Geodynamic Implication

Mahmoudi,

Azizi

2024

Geotecton.

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Structural evolution of the Kef and Sers grabens (Tunisian Atlas) during the Late Mesozoic–Quaternary episode: Role of inherited faults and new constraint on the collapsing mode

Cited by 2 publications

References 50 publications

Structural Reconstruction of the Oligo–Early Miocene Basins of the Eastern Segment of Maghrebian Belt (Northern Tunisia): Influence of Subduction of the Fore-Arc Curvature

Structural Reconstruction of the Oligo–Early Miocene Basins of the Eastern Segment of Maghrebian Belt (Northern Tunisia): Influence of Subduction of the Fore-Arc Curvature

Pre-Existing Structures and Stress Evolution Controlling a Pull-Apart Basin in the Tunisian Atlas Domain (Siliana Area): Geodynamic Implication

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