Revisiting the geodynamics of the Middle East region from an integrated geophysical perspective

Keyphrases

• Geodynamics 100%
• Mantle Flow 100%
• Middle East Region 100%
• Plate Tectonics 66%
• Upwelling 66%
• Kinematics 33%
• Anisotropy 33%
• Continental Lithosphere 33%
• Subduction 33%
• Mantle Plume 33%
• Arabia 33%
• Lithospheric Structure 33%
• Plate Motions 33%
• Rifting 33%
• Low Velocity 33%
• Tomographic Model 33%
• Flow Field 33%
• Subducting Slab 33%
• Low-velocity Anomaly 33%
• Tomographic Images 33%
• Mantle Structure 33%
• Lateral Deviation 33%
• Dynamic Control 33%
• Tectonic Events 33%
• Seismic Anisotropy 33%
• Plume 33%
• Mantle Dynamics 33%
• Mantle Convection 33%
• Continental Setting 33%
• Thermal Conditions 33%
• High Topography 33%
• Geophysical Data 33%
• Deformation Pattern 33%
• Large-scale Circulation 33%
• Proposed Scenario 33%
• Mantle Upwelling 33%
• Lateral Motion 33%
• NW Iran 33%
• Shallow Mantle 33%
• Horizontal Component 33%
• Zagros Orogen 33%
• Shear Wave Splitting 33%
• Plate Collision 33%
• Dynamic Evolution 33%
• Circulation Flow 33%
• Event Dynamics 33%
• Upper Mantle Flow 33%
• Induced Forces 33%
• Asthenospheric Flow 33%
• NW Anatolia 33%
• Tectonic Escape 33%
• Basaltic Volcanism 33%
• Low-velocity Body 33%

Earth and Planetary Sciences

• Middle East 100%
• Geodynamics 100%
• Mantle Structure 66%
• Levant 66%
• Flow Distribution 33%
• Tectonics 33%
• Continental Lithosphere 33%
• Mantle Plume 33%
• Upper Mantle 33%
• Plate (Tectonics) 33%
• Tomography 33%
• Iran 33%
• Lithospheric Structure 33%
• Plate Motion 33%
• Rifting 33%
• Volcanism 33%
• Microplate 33%
• Seismic Anisotropy 33%
• Mantle Dynamics 33%
• Mantle Convection 33%
• Mantle Upwelling 33%
• Shear-Wave Splitting 33%
• Convective Flow 33%
• Dynamic Control 33%