Bathymetry and topography

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Table of contents

Acknowledgements
List of figures
List of tables
Chapter 1: Introduction
1.1 General context
1.2 Scientific questions
1.3 Significance of this PhD project
1.4 Flowline of this PhD
Chapter 2: Geological context
2.1 Regional geodynamics
2.2 Tectonic evolution of the Levant and the Palmyra Basins
2.4 Active present deformation and associated seismicity
2.5 Crustal structure
2.6 Mantle structure
2.7 Geophysical data surveying
2.7.1 Bathymetry and topography
2.7.2 Gravity investigations
2.7.3 Heat Flow prediction
2.7.4 Magnetic surveys
Chapter 3: Methods and data
3.1 2D crustal modeling
3.2 3D crustal modeling
3.3 Petroleum system modeling
Chapter 4: Regional crustal modeling
4.1 Lithospheric architecture of the Levant Basin – (Inati et al., 2016)
4.1.1 Abstract
4.1.2 Introduction
4.1.3 Geological settings
4.1.4 Method
4.1.5 The algorithm
4.1.6 Modeling results and interpretation
4.1.7 Discussion
4.1.8 Conclusions
4.2 Paper supplement: Crustal model of a N-S profile
4.3 Strength and elasticity analysis
4.3.1 Rigidity of the lithosphere
4.3.2 Equivalent elastic thickness of the lithosphere
4.4 Regional 3D crustal modeling
4.4.1 The method
4.4.2 Results and interpretation
Chapter 5: Seismic interpretation and crustal modeling offshore Lebanon
5.1 Crustal configuration in the northern Levant Basin based on seismic interpretation and numerical modeling (Inati et al., 2017)
5.1.1 Abstract
5.1.2 Introduction
5.1.3 Geological setting
5.1.4 Methods and data
5.1.5 Seismic interpretation
5.1.6 Time/depth conversion
5.1.7 2D crustal modeling
5.1.8 Discussion
5.1.9 Conclusions
5.1.10 Acknowledgements
5.2 Paper complement: time/depth conversion using refraction data
Chapter 6: Basin modeling
6.1 The context
6.2 The reference model
6.2.1 Data set
6.2.2 Boundary conditions
6.2.3 Calibration well data
6.3 Impact of the deduced lithospheric architecture on the basin model (Scenario 1)
6.3.1 Calibration
6.3.2 Heat Flow Evolution
6.3.3 Geothermal gradient
6.3.4 Burial history and maturity
6.4 Sensitivity analysis
6.4.1 Crustal thinning
6.4.2 Upper mantle thickness
6.4.3 Rifting process
6.4.4 Thermal relaxation
6.4.5 Summary on the sensitivity analysis
Chapter 7: Conclusions and perspectives
7.1 Crustal modeling
7.2 Basin Modeling
7.3 Perspectives
References