A joint inversion for shear velocity and anisotropy: The Woodlark Rift, Papua New Guinea

Keyphrases

• Anisotropy 100%
• Papua New Guinea 100%
• Shear Anisotropy 100%
• Shear Velocity 100%
• Woodlark Rift 100%
• Joint Inversion 100%
• Travel Time 50%
• Rift 33%
• SKS Splitting 33%
• Subduction Zone 16%
• High Velocity 16%
• Analytic Solution 16%
• Parametrization 16%
• Continental Rift 16%
• Horizontal Velocity 16%
• Lithospheric Thinning 16%
• Velocity Variation 16%
• Low Velocity 16%
• Shallow Mantle 16%
• Elastic Tensor 16%
• Teleseismic 16%
• Crystal Orientation 16%
• Depth Extent 16%
• Tomographic Model 16%
• Fast Axis 16%
• Christoffel Equation 16%
• 3D Velocity 16%
• Simple Geometry 16%
• Hexagonal Symmetry 16%
• Synchronous Development 16%

Earth and Planetary Sciences

• Subduction Zone 100%
• Thinning 100%
• Papua New Guinea 100%
• Preferred Orientation 100%