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Table of contents
I. Summary
II. Résumé
III. Introduction
Chapter I: Basic Principles of Conventional InSAR and New InSAR Processing Generations PS-InSAR, Small Baseline and Merged Methods
1. Introduction
2.1. Synthetic Aperture Radar Interferometry: Methods and techniques
2.1.1. Principles of SAR image acquisition:
2.1.2. Characteristics of SAR images:
2.2. Conventional InSAR technique limit
2.3. Multi-temporal InSAR
2.3.1. Permanent Scatterers (Persistent Scatterers, PS)
2.3.2. Small Baseline (SBAS)
2.3.3. Merged Permanent Scatterers and Small Baseline
Chapter II: Monitoring Ground Deformation in the Haoud Berkaoui Oil Field (Sahara, Algeria) Using Time Series Analysis of SAR Images
Summary
1. Introduction
2. The collapse of OKN32 and OKN32bis wells and geologic context
3. InSAR data and processing
3.1. Differential InSAR results
3.2. MT-InSAR processing and results
4. Modeling
5. Discusion and Conslusion
Acknowledgments
References
Chapter III: Monitoring Landslide in the Urban Area of Constantine (Northeast Algeria) using Advanced Merged PS-SB Insar Analysis
1. Introduction
2. Constantine Landslides Description
3. Constantine Geology
4. InSAR analyses
5. Conclusion
Acknowledgment
References
Chapter IV: Postseismic (Interseismic) Deformation in the El Asnam Fault Region (Algeria): Results From Merged PS-InSAR and Small Baseline Methods
1. Introduction
2. Tectonic setting
3. InSAR Analyses
3.1 Chelif basin-scale deformation using time series
4. Modeling
5. Conclusion
References
Chapter V: Postseismic Surface Deformation Associated with the Mw 6.4, 24 February 2004 Al Hoceima (Morocco) Earthquake using Time Series Analysis of SAR Images
1. Introduction
2. InSAR Analysis
3. Modeling
4. Disussion and conclusion
References
General conclusion
List of All references
Appendex GMTSAR Processing: Application to the Surface Deformation of A Moderate Mw 5.7 Seismic Event (1999 Ain Temouchent Earthquake, Northwest Algeria)
1. Introduction
2. Seismotectonic Context
2. GMTSAR systems
3. InSAR data analysis
4.1. A new program for automatic fringe counting
4.2. A new Graphical User Interface (GUI) for GMTSAR
5. Discussion
References
