Skip Nav Destination
Issues
Articles
Current and sea level control the demise of shallow carbonate production on a tropical bank (Saya de Malha Bank, Indian Ocean)
Christian Betzler; Sebastian Lindhorst; Thomas Lüdmann; John J. Reijmer; Juan-Carlos Braga; Or M. Bialik; Jesus Reolid; Jan Oliver Eisermann; Kay Emeis; Tim Rixen; Dass Bissessur
Cryogenian glaciostatic and eustatic fluctuations and massive Marinoan-related deposition of Fe and Mn in the Urucum District, Brazil
B.T. Freitas; I.D. Rudnitzki; L. Morais; M.D.R. Campos; R.P. Almeida; L.V. Warren; P.C. Boggiani; S. Caetano-Filho; C. Bedoya-Rueda; M. Babinski; T.R. Fairchild; R.I.F. Trindade
-
Cover Image
Cover Image
COVER: Combined bathymetry and root-mean-square (RMS) amplitude response from the tectonically active margin of the Levant Basin (eastern Mediterranean Sea). In the center of the image, a deepwater fan, highlighted by high RMS amplitude values, is cut by an active normal fault. Sedimentary bedforms occur only on the fault footwall, indicating the important control of the topography generated by active tectonics on the flow behavior of turbidity currents. See ‘Active faulting controls bedform development on a deep-water fan’ by Maselli et al., p. 1495–1500.
- PDF Icon PDF LinkTable of Contents
- PDF Icon PDF LinkBack Matter