Rifting and strike-slip shear in central Tibet and the geometry, age and kinematics of upper crustal extension in Tibet

Earth & Environmental Sciences

• rifting 100%
• neotectonics 89%
• kinematics 85%
• geometry 67%
• graben 50%
• strike-slip fault 27%
• normal fault 25%
• particle 25%
• block rotation 17%
• earthquake 16%
• mantle structure 16%
• collision zone 16%
• Indian plate 15%
• geodesy 14%
• fault slip 14%
• active fault 13%
• reactivation 13%
• rhizosphere 13%
• shear zone 12%
• P-wave 11%
• fault zone 11%
• chronology 11%
• lithosphere 11%
• faulting 11%
• thrust 10%
• subduction 10%
• spatial variation 10%
• GPS 10%
• crust 9%
• plateau 9%
• young 8%
• tectonics 8%
• remote sensing 8%
• province 8%
• distribution 4%
• analysis 3%
• effect 2%

Engineering & Materials Science

• Kinematics 80%
• Geometry 61%
• Strike-slip faults 52%
• Fault slips 25%
• Earthquakes 25%
• Geodesy 22%
• Faulting 22%
• Tectonics 21%
• Remote sensing 15%
• Global positioning system 12%
• Imaging techniques 11%