Crustal V_S structure in northwestern Canada: Imaging the Cordillera-craton transition with ambient noise tomography

Keyphrases

• Cordilleran 100%
• Cordillera 100%
• Cratons 100%
• Northwestern Canada 100%
• Ambient Noise Tomography 100%
• Metasedimentary Rocks 66%
• Terranes 66%
• Velocity Measurement 66%
• Deformation Front 66%
• Group Velocity 66%
• Wave Speed 66%
• Sharp Transition 33%
• Canada 33%
• Upper Mantle 33%
• Lower Crust 33%
• High Velocity 33%
• Archean 33%
• Seismic Model 33%
• Sedimentary Basin 33%
• Crustal Thickness 33%
• Metamorphism 33%
• Shallow Depth 33%
• Rayleigh Wave 33%
• Fundamental Mode 33%
• Lateral Deviation 33%
• Sedimentary Layer 33%
• Active Source 33%
• Northern Cordillera 33%
• Depth Function 33%
• Experiment Station 33%
• Vertical Component 33%
• Earth History 33%
• Shear Wave Velocity 33%
• Broadband Seismic 33%
• Velocity Variation 33%
• Period Range 33%
• Polaris 33%
• Transverse Component 33%
• Love Wave 33%
• Seismic Station 33%
• Ambient Noise 33%
• Seismic Velocity Structure 33%
• Receiver Function 33%
• Green's Function 33%
• Seismograph 33%
• Ambient Noise Correlation 33%
• Local Sensitivity 33%
• Sensitivity Kernel 33%
• Reflection Profiles 33%
• Middle Crust 33%
• High Waves 33%
• Shallow Crust 33%
• Low-velocity Regions 33%

Earth and Planetary Sciences

• Canada 100%
• Craton 100%
• Tomography 100%
• Ambient Noise 100%
• Metasedimentary Rock 66%
• Terrane 66%
• Velocity Measurement 66%
• Group Velocity 66%
• Upper Mantle 33%
• Lower Crust 33%
• Velocity Structure 33%
• Sedimentary Basin 33%
• Crustal Thickness 33%
• Time Series 33%
• Cross Correlation 33%
• Wave Velocity 33%
• Rayleigh Wave 33%
• Love Wave 33%