Wishful deadhead.
www.gsenrg.com
I'm guessing the images gate is the left one.
www.gsenrg.com
I'm guessing the images gate is the left one.
Intense FN towards the fault
Seemingly less intense FP away from the camera.
All these together are exactly what's expected from a sub-Rayleigh rupture (propagating at slightly below the Rayleigh wave speeds). This figure from Mello et al., 2014 shows the velocities
Intense FN towards the fault
Seemingly less intense FP away from the camera.
All these together are exactly what's expected from a sub-Rayleigh rupture (propagating at slightly below the Rayleigh wave speeds). This figure from Mello et al., 2014 shows the velocities
(Probably) Cretaceous carbonates tightly folded to a recumbent fold. Honestly I have no idea of what created this fold, aside from that being is an area of left-right extension and normal faulting. Really puzzling.
On the Nuweiba-Taba road, Sinai peninsula
(Probably) Cretaceous carbonates tightly folded to a recumbent fold. Honestly I have no idea of what created this fold, aside from that being is an area of left-right extension and normal faulting. Really puzzling.
On the Nuweiba-Taba road, Sinai peninsula
I resolve pixel offset using DIC in experimental cm sized samples with speckle pattern, and never used it before on satellite images. However the dextral offset is pretty clear, and I trust my calibration so the slip magnitude should be about right.
I resolve pixel offset using DIC in experimental cm sized samples with speckle pattern, and never used it before on satellite images. However the dextral offset is pretty clear, and I trust my calibration so the slip magnitude should be about right.