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Foreword |
6 |
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Contents |
7 |
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About the Editors |
9 |
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Editorial |
12 |
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Lithosphere Architecture |
17 |
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1 Crustal and Upper Mantle Structures Beneath the Arabian Shield and Red Sea |
18 |
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Abstract |
18 |
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Introduction |
19 |
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Seismotectonics and Seismic Structures |
21 |
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Methodology |
24 |
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Data Collection and Validation |
24 |
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Teleseismic Travel Time Tomography |
24 |
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Receiver Functions |
26 |
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Teleseismic Shear Wave Splitting |
26 |
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Regional and Far-Regional Surface Wave Modeling |
27 |
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Data Analysis and Results |
28 |
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Teleseismic Travel Time Tomography |
28 |
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Resolution Tests |
29 |
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Modeling of Surface Wave Dispersion |
30 |
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Mantle Anisotropy from Shear-Wave Splitting |
34 |
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Discussion and Conclusions |
37 |
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Crustal Structures |
41 |
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Acknowledgments |
43 |
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References |
43 |
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Reservoirs, Conduits and Fluids |
45 |
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2 Architectural and Hydraulic Characteristics of Fault Zones in the Mesozoic Carbonate Formations of Central and Eastern Saudi Arabia |
46 |
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Abstract |
46 |
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Introduction |
46 |
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Stratigraphic Setting |
48 |
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Lithostratigraphic Sequences |
48 |
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Unconformities |
48 |
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Stratigraphic Seals |
49 |
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Structural Setting |
50 |
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Hydrogeologic Setting |
51 |
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Hydrocarbon Systems |
52 |
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Pressure and Thermal Regimes and Systems |
53 |
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Pressure Regimes and Systems |
53 |
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Overpressure Generation Mechanisms |
55 |
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Spatial Distribution of Overpressures |
56 |
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Thermal Regimes |
56 |
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Anomalies in the Pressure and Thermal Systems |
57 |
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An Integrated Thermo-Pressure Model |
60 |
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Conclusions |
61 |
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Acknowledgments |
62 |
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References |
62 |
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3 Optimal Aquifers and Reservoirs for CCS and EOR in the Kingdom of Saudi Arabia: An Overview |
64 |
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Abstract |
64 |
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Introduction |
65 |
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Geological Setting |
65 |
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Water Dominant Sector (Non-Hydrocarbon Prolific Area) |
69 |
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Hydrocarbon Dominant Sector |
69 |
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Long Term CO2 Sequestration |
70 |
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Climatic Implications and Economic Perspectives |
74 |
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Discussion |
74 |
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Conclusions |
76 |
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References |
76 |
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4 Tectonostratigraphic Study of Carbonate Breccias (Calciturbidites) in the Upper Triassic Baluti Formation (Northern Iraq): New Insights on Tethyan Geodynamics |
79 |
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Abstract |
79 |
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Introduction |
79 |
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Geologic Setting |
81 |
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Characteristics of the Breccias |
81 |
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Facies Associations |
87 |
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FA1 Hemipelagic Turbidites |
87 |
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FA2 Debris Flow |
87 |
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FA3 Slump Turbidite/Debrites |
87 |
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Interpretation of Depositional Model |
88 |
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Slope Turbidites/Hemipelagic System |
88 |
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FA2 Debris Flow System |
89 |
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FA3 Slump Turbidite/Debrites System |
90 |
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Tectonogentic/Diagenetic Relationships |
90 |
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Insights on Geodynamics |
92 |
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Upper Permian-Lower Triassic (Start Opening of the Neo-Tethys) |
93 |
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Middle Triassic-Upper Triassic (Carnian-Norian) (Extensional Tectonics) |
93 |
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Upper Triassic, Rhaetian (Progressive Extensional Stage, Carbonate Ramp) |
95 |
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Conclusion |
96 |
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References |
96 |
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Tectonic Styles: From Rifts and Salt Tectonics to Foreland Inversions and Thrust Tectonics |
99 |
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5 Structural and Stratigraphic Architecture of the Corinth Rift (Greece): An Integrated Onshore to Offshore Basin-Scale Synthesis |
100 |
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Abstract |
100 |
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Introduction |
101 |
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Geodynamic Setting |
102 |
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Pre-rift Fabrics and Rift Pattern |
104 |
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Onshore Stratigraphic Architecture |
105 |
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Updated Syn-rift Description |
106 |
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Age Model |
108 |
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Offshore Seismic Stratigraphy |
109 |
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Upper Group |
109 |
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Middle and Lower Groups |
110 |
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Comparison with Surrounding Basins |
112 |
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Lower Group and Equivalent Strata |
113 |
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Middle Group and Equivalent Strata |
113 |
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Upper Group and Equivalent Strata |
113 |
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Rift Architecture and Subsidence |
114 |
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Western Domain |
114 |
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Central Domain |
114 |
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Eastern and Easternmost Domains |
116 |
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Fault Birth and Death |
117 |
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Late Faults and Present Day Active Faults |
117 |
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Subsidence and Sedimentation Rates |
117 |
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Stratigraphic Architecture and Rifting Scenario |
118 |
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Syn-rift 1 |
118 |
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Rift Initiation ca. 5.3 Ma |
118 |
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Rift Widening ca. 5.3–3.0 Ma |
120 |
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Rift Climax ca. 3.0–2.6 Ma |
121 |
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Northward Fault Migration ca. 2.6–0.8 Ma |
121 |
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Syn-rift 2: Southern Margin Uplift, Basin Axis Rapid Subsidence ca. 0.8–Present Day |
121 |
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Discussion |
122 |
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East to West Onshore Correlation |
122 |
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Onshore to Offshore Correlation |
124 |
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Age Model |
124 |
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Fault and Rift Dynamics |
125 |
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Inherited Structure and Geodynamic |
125 |
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Conclusion |
126 |
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Acknowledgments |
126 |
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References |
126 |
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6 Styles of Salt Tectonics in the Sab’atayn Basin, Onshore Yemen |
132 |
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Abstract |
132 |
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Introduction |
132 |
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Geological Setting and Regional Structure |
135 |
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Stratigraphy of the Sab’atayn Basin |
135 |
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Data Sets and Methodology |
141 |
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Seismic Expression of the Stratigraphy and Interpretation Challenges on Vintage 2D Seismic Data |
141 |
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Salt Tectonics Styles Interpreted on 2D Seismic Reflection Data: Observations and Interpretations |
142 |
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Map-View Distribution of Salt Tectonics Styles |
149 |
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Temporal Evolution of Salt Tectonics |
150 |
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Record of Extensional Deformational Stages in the Basement |
153 |
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Discussion |
155 |
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Conclusions |
155 |
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Acknowledgments |
157 |
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References |
157 |
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7 The Effect of the Palmyra Trough and Mesozoic Structures on the Levant Margin and on the Evolution of the Levant Restraining Bend |
159 |
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Abstract |
159 |
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Introduction |
159 |
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Regional Geology |
161 |
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Main Tectonic Provinces |
161 |
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Palmyrides Ranges |
161 |
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Jhar Fault |
162 |
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The Central Levant Margin |
163 |
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Current Crustal Configuration |
164 |
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Tectono-Stratigraphic Evolution |
164 |
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Pre-Neogene History of the Levant Region |
164 |
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Neogene History of the Levant Region |
168 |
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Analogue Models |
169 |
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Materials and Scaling |
169 |
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Modelling Parameters |
171 |
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Results |
171 |
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Simple Transpressive Experiment |
171 |
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Experiments with Pre-existing Faults |
172 |
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Discussion |
174 |
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Reactivation of Pre-existing Structures |
174 |
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Comparison with the Central Levant Margin |
175 |
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The Relationship Between the Palmyrides and the Levant Margin |
176 |
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Impact on the Evolution of the LFS |
176 |
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Conclusion |
179 |
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Acknowledgments |
179 |
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References |
179 |
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8 Tectonic Style and Structural Features of Alpine-Himalayan Orogeny in Central Arabia |
183 |
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Abstract |
183 |
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Introduction |
184 |
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Geologic Setting |
184 |
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Methodology |
187 |
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Results |
187 |
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The East Arabian Block |
188 |
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Majma’ah Fault Zone |
188 |
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Artawiyah Depression |
189 |
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Fault-Related Folds |
189 |
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Basin-and-Dome of the Sulaiy Formation |
191 |
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Fracture Analysis and Stresses |
191 |
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Discussion |
193 |
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Conclusion |
194 |
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Acknowledgments |
194 |
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References |
194 |
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9 Fast-Track 2D Seismic Processing While Drilling to Ameliorate Foothills Exploration and Optimize Well Trajectory: An Example from the Central Kurdistan Region of Iraq |
196 |
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Abstract |
196 |
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Introduction |
196 |
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Geological Setting |
197 |
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Pre-Drill Seismic Processing and Interpretation |
200 |
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First Well Leg Drilling |
200 |
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The Jurassic Section—12 ¼? Phase |
200 |
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The Triassic Section—8 ½? Phase |
203 |
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Seismic Re-Processing and Re-Interpretation |
203 |
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Second Well Leg Drilling |
206 |
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Discussion |
209 |
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Seismic processing workflow and its place in foothills exploration sequence |
209 |
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Intense and Localized Shortening |
209 |
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Conclusion |
210 |
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Acknowledgments |
210 |
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References |
210 |
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10 Erratum to: Lithosphere Dynamics and Sedimentary Basins of the Arabian Plate and Surrounding Areas |
212 |
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Erratum to: |
212 |
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