Towards stratigraphic-thermo-mechanical numerical modelling: Integrated analysis of asymmetric extensional basins

Keyphrases

• Asymmetric Extension 33%
• Autogenic Processes 66%
• Base-level Fall 33%
• Basin Evolution 33%
• Basin Systems 33%
• Blanketing Effect 33%
• Central Europe 33%
• Climate Processes 33%
• Climatic Variability 33%
• Crustal Deformation 33%
• Crustal Exhumation 33%
• Differential Subsidence 33%
• Differential Uplift 33%
• Dynamic Process 33%
• Elastic Flexure 33%
• Erosion Effect 33%
• Erosion Rate 33%
• Evolutionary Rate 33%
• Extensional Basin 100%
• Extensional Reactivation 33%
• Facies Distribution 66%
• Heat Flow 33%
• Hot Flow Anomaly 33%
• Initial Position 33%
• Lithospheric Mantle 33%
• Lobe Switching 33%
• Low-angle Normal Fault 33%
• Mantle Dynamics 33%
• Numerical Modeling Method 33%
• Pannonian Basin 33%
• Pattern History 33%
• Post-rift 66%
• Post-rift Basin 33%
• Process Control 33%
• Rift Evolution 33%
• Scale Detachment 33%
• Sediment Deposition 33%
• Sediment Transport 33%
• Sedimentary Architecture 33%
• Sedimentary Basin 33%
• Sedimentary Facies 66%
• Sedimentation Rate 33%
• Subsidence 33%
• Subsidence Rate 100%
• Surface Processes 66%
• Suture Zone 66%
• Switching Process 33%
• Syn-rift 33%
• Syn-rift Basin 33%
• Tectonic Processes 66%
• Tectonics 33%
• Thermal Evolution 33%
• Thermal History 33%
• Thermal Subsidence 33%
• Thermo-mechanical numerical Modeling 100%
• Thermomechanical 33%
• Transgressive-regressive Cycles 33%
• Transient Heat Flow 33%
• Water Level 33%
• Wet Climate 33%

Earth and Planetary Sciences

• Basin Evolution 20%
• Central Europe 20%
• Crustal Deformation 20%
• Depocenter 40%
• Earth Surface Sediment Transport 20%
• Earth-Surface Processes 40%
• Exhumation 20%
• Flexing 20%
• Footwall 20%
• Lithosphere 20%
• Mantle Dynamics 20%
• Numerical Modeling 100%
• Sedimentary Basin 20%
• Sedimentation Rate 20%
• Subsidence 100%
• Tectonics 60%
• Thermal Evolution 20%