posted on 2020-01-10, 14:05authored byR.J. Davies, R. Gras, X. Payre
0–20 s: comparison with images of different terrestrial and extraterrestrial impact craters.
21–24 s: location of the Silverpit Crater.
25–38 s: top and base Cretaceous Chalk surfaces. The view is from the southeast.
39–56 s: central uplift in the center of the Silverpit Crater, view from southeast.
57–60 s: east–west seismic line showing extensional faults on the western rim of the crater.
60–84 s: top Cretaceous Chalk surface showing extensional fault blocks on the western rim. View from south, below and above this surface.
85–93 s: top Cretaceous Chalk surface with flight over central high from west rim to east rim of the crater.
94 s–108 s: top Cretaceous Chalk Surface showing compressional faults on the eastern rim. Comparison with the expression of faults on east–west seismic line.
109–123 s: east–west seismic line showing central high. Animation through the seismic volume.
124–143 s: top Cretaceous Chalk surface: view of the crater and central high from above.
144–153 s: top Cretaceous Chalk surface: view of the crater and central high from above. Example of the multiple ring features.
154–157 s: image of Tyre Crater on Europa.
158–162 s: summary of key points.
163–168 s: summary of seismic data owners.