High-resolution lithospheric structure beneath Mainland China from ambient noise and earthquake surface-wave tomography

Keyphrases

• High-resolution 100%
• Earthquake 100%
• Ambient Noise 100%
• Mainland China 100%
• Tibetan Plateau 100%
• Lithospheric Structure 100%
• Surface Wave Tomography 100%
• China 66%
• Shear Velocity 66%
• Central Tibetan Plateau 66%
• Indian Lithosphere 66%
• High Velocity 33%
• Low Velocity 33%
• Strong Correlation 33%
• Delamination 33%
• Tears 33%
• Noisy Data 33%
• Distinctive Features 33%
• Dispersion Curves 33%
• Structural Variation 33%
• Lateral Deviation 33%
• Group Velocity 33%
• Upper Mantle 33%
• Derived Model 33%
• Velocity Map 33%
• Phase Velocity 33%
• Crustal Thickness 33%
• Himalayas 33%
• Velocity Model 33%
• Low-velocity Zone 33%
• Chemical Erosion 33%
• Southern Tibetan Plateau 33%
• Mid-Miocene 33%
• S-velocity 33%
• Mantle Lithosphere 33%
• Geological Units 33%
• Western China 33%
• Eastern Tibetan Plateau 33%
• Rifting 33%
• Moho Depth 33%
• Eastern North China Craton 33%
• Mid-lower Crust 33%
• Steep Subduction 33%
• Asthenosphere 33%
• Cratonic Lithosphere 33%
• North China Craton 33%
• Progressive Destruction 33%
• North China Craton Destruction 33%
• Lithospheric Thickness 33%
• Ordos Block 33%
• Continental Evolution 33%
• Western Tibetan Plateau 33%
• Eastern China 33%
• Earthquake Data 33%
• Northern Tibetan Plateau 33%
• Continental Dynamics 33%
• Flat Subduction 33%
• Rayleigh Wave Tomography 33%
• Western Yangtze Craton 33%
• Seismic Station 33%
• Potassic Magmatism 33%

Earth and Planetary Sciences

• Tomography 100%
• China 100%
• Surface Wave 100%
• Lithosphere 100%
• Lithospheric Structure 100%
• Ambient Noise 100%
• Tibetan Plateau 72%
• North China Craton 36%
• Delamination 9%
• Phase Velocity 9%
• Miocene 9%
• Himalayas 9%
• Crustal Thickness 9%
• Low Velocity Zone 9%
• Rifting 9%
• Lower Crust 9%
• Magmatism 9%
• Group Velocity 9%
• Rayleigh Wave 9%
• Asthenosphere 9%