Vp/Vs Ratio of Incoming Sediments Off Cascadia Subduction Zone From Analysis of Controlled-Source Multicomponent OBS Records

Keyphrases

• Accretionary Prism 33%
• Basin Sediments 66%
• Burial Depth 33%
• Cascadia 66%
• Cascadia Basin 66%
• Cascadia Subduction Zone 100%
• Central Oregon 100%
• Clay Minerals 33%
• Compaction Trend 33%
• Controlled Source 100%
• Converted Wave 33%
• Deep-sea Sediment 33%
• Deformation Front 33%
• Differential Pressure 33%
• Empirical Function 33%
• Fluid Overpressure 66%
• High Content 33%
• Hydrostatic Pressure 33%
• Lithostatic Pressure 33%
• Low Permeability 33%
• Ocean Bottom Seismometer 100%
• Oregon 66%
• Pore Fluid Pressure 33%
• Pore Pressure 33%
• Sand Content 33%
• Sediment Layer 33%
• Sediment Thickness 33%
• Sedimentary Sequence 33%
• Semblance Velocity Analysis 33%
• Shear Wave 33%
• Smectite 33%
• Stratigraphic Levels 33%
• Vergence 33%
• Vs Structure 66%
• Washington 66%

Earth and Planetary Sciences

• Accretionary Prism 20%
• Clay Mineral 20%
• Differential Pressure 20%
• Fluid Pressure 20%
• Hydrostatic Pressure 20%
• Montmorillonite 20%
• Ocean Bottom Seismometer 100%
• Offshore Structure 20%
• Oregon 100%
• Pore Pressure 20%
• Sediment Thickness 20%
• Sedimentary Sequence 20%
• Subduction Zone 100%
• Washington 40%