Temporal and spatial relations between large-scale fault systems: Evidence from the Sinai-Negev shear zone and the Dead Sea Fault

Keyphrases

• Negev 100%
• Sinai 100%
• Dead Sea Fault 100%
• Temporal Relations 100%
• Spatial Relations 100%
• Fault System 100%
• Shear Zone 100%
• Dead Sea Fault System 55%
• Fault Activity 15%
• Lineaments 10%
• Twin Analysis 10%
• Structural Change 5%
• Main Phase 5%
• In Situ 5%
• Long-lived 5%
• Temporal Variation 5%
• Stress-strain 5%
• Principal Strain 5%
• Complex Relations 5%
• Red Sea 5%
• Activity Period 5%
• Strain Directions 5%
• Plate Boundary 5%
• Strain Analysis 5%
• Paleo 5%
• Miocene 5%
• Cenozoic 5%
• Strain Field 5%
• Style Change 5%
• Uranium-lead Dating 5%
• Arabia 5%
• Crustal Deformation 5%
• Paleostress 5%
• High Angle 5%
• Overlap Length 5%
• Dextral 5%
• U-Pb Geochronology 5%
• Timing of Initiation 5%
• Suez Rift 5%
• Geologic Setting 5%
• Arabian Plate 5%
• Late Oligocene-early Miocene 5%
• Sinai Sub-plate 5%
• Fault Interaction 5%
• Campanian-Maastrichtian 5%
• Calcite Twins 5%
• Nubia 5%
• Finite Strike-slip Fault 5%
• Recent Seismicity 5%

Earth and Planetary Sciences

• Shear Zone 100%
• Calcite 11%
• Miocene 11%
• Seismicity 5%
• Temporal Variation 5%
• Spatial Variation 5%
• Red Sea 5%
• Plate Boundary 5%
• Oligocene 5%
• Strike-Slip Fault 5%
• Crustal Deformation 5%
• Campanian 5%
• Maastrichtian 5%
• Geochronology 5%
• Arabian Plate 5%
• Strain Analysis 5%