10.6084/m9.figshare.11568591.v1 R.J. Davies R.J. Davies R. Gras R. Gras X. Payre X. Payre Movie of the Silverpit meteorite impact crater Geological Society of London 2020 rim extensional fault blocks Cretaceous Chalk surface crater base Cretaceous Chalk surfaces Cretaceous Chalk Surface Silverpit Crater Geology 2020-01-10 14:05:24 Media https://geolsoc.figshare.com/articles/media/Movie_of_the_Silverpit_meteorite_impact_crater/11568591 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.