3D shear-wave velocity model generated from the Robinsons River ANT survey, viewed looking north. Cool colours represent lower shear-wave velocities and warm colours represent higher shear-wave velocities. The model identifies three broad velocity domains and extends computationally to approximately 3.8 kilometres depth; CAUR concludes that the model images the subsurface to at least 2.5 kilometres depth. Source: CAUR Technologies Inc., Vortex Energy - Robinsons River Salt, CAU-25-023 - Ambient Noise Tomography Survey, Final Report.
3D shear-wave velocity model generated from the Robinsons River ANT survey, viewed looking north. Cool colours represent lower shear-wave velocities and warm colours represent higher shear-wave velocities. The model identifies three broad velocity domains and extends computationally to approximately 3.8 kilometres depth; CAUR concludes that the model images the subsurface to at least 2.5 kilometres depth. Source: CAUR Technologies Inc., Vortex Energy - Robinsons River Salt, CAU-25-023 - Ambient Noise Tomography Survey, Final Report.