Most of the West Antarctic continental margin has prograded during Neogene and Quaternary times, due largely to sediment delivery to the shelf break by ice sheets (Larter & Cunningham 1993; Nitsche et al. 2000; Cooper et al. 2008). Continental slope progradation is widely attributed to debris-flow deposition, but geophysical data that show the morphology of individual debris-flow deposits are rare. Morphologically, the continental slope can be divided into low seafloor gradient (<3°) trough-mouth fans (TMFs), developed at the mouths of some large palaeo-ice streams, and inter-fan areas with steeper slopes. We describe acoustic sub-bottom profiles and a sediment core from debris-flow deposits on Belgica Fan (Dowdeswell et al. 2008) and a sub...
Late Miocene to Recent sediments offshore from the Antarctic Peninsula are predominantly lithogenic,...
Upper Quaternary marine sediments recovered from the West Antarctic continental margin are character...
Trough-mouth fans (TMFs) are large depocentres of glacially influenced sediments formed at the mouth...
Swath bathymetric and sub-bottom profiler data reveal a variety of submarine landforms such as gulli...
Swath bathymetric and sub-bottom profiler data reveal a variety of submarine landforms such as gulli...
A 330-km length of the little known continental shelf edge and slope of the Bellingshausen Sea, West...
Multibeam data from the southern Weddell Sea, Antarctica show three submarine slides on the upper sl...
The classical model of trough mouth fan (TMF) formation was developed in the Polar North Atlantic to...
On the continental rise west of the Antarctic Peninsula, large sediment drifts preserve a hihg-resol...
Subglacial meltwater plays a significant yet poorly understood role in the dynamics of the Antarctic...
The Belgica Trough and the adjacent Belgica Trough Mouth Fan in the southern Bellingshausen Sea (Pac...
Trough mouth fans (TMFs) are sediment depocentres that form along high-latitude continental margins ...
AaST~Cr: The Antarctic continental margin is inferred to be an active site of debris flow deposition...
The Belgica Trough and the adjacent Belgica Trough Mouth Fan in the southern Bellingshausen Sea (Pac...
The repeated proximity of West Antarctic Ice Sheet (WAIS) ice to the eastern Ross Sea continental sh...
Late Miocene to Recent sediments offshore from the Antarctic Peninsula are predominantly lithogenic,...
Upper Quaternary marine sediments recovered from the West Antarctic continental margin are character...
Trough-mouth fans (TMFs) are large depocentres of glacially influenced sediments formed at the mouth...
Swath bathymetric and sub-bottom profiler data reveal a variety of submarine landforms such as gulli...
Swath bathymetric and sub-bottom profiler data reveal a variety of submarine landforms such as gulli...
A 330-km length of the little known continental shelf edge and slope of the Bellingshausen Sea, West...
Multibeam data from the southern Weddell Sea, Antarctica show three submarine slides on the upper sl...
The classical model of trough mouth fan (TMF) formation was developed in the Polar North Atlantic to...
On the continental rise west of the Antarctic Peninsula, large sediment drifts preserve a hihg-resol...
Subglacial meltwater plays a significant yet poorly understood role in the dynamics of the Antarctic...
The Belgica Trough and the adjacent Belgica Trough Mouth Fan in the southern Bellingshausen Sea (Pac...
Trough mouth fans (TMFs) are sediment depocentres that form along high-latitude continental margins ...
AaST~Cr: The Antarctic continental margin is inferred to be an active site of debris flow deposition...
The Belgica Trough and the adjacent Belgica Trough Mouth Fan in the southern Bellingshausen Sea (Pac...
The repeated proximity of West Antarctic Ice Sheet (WAIS) ice to the eastern Ross Sea continental sh...
Late Miocene to Recent sediments offshore from the Antarctic Peninsula are predominantly lithogenic,...
Upper Quaternary marine sediments recovered from the West Antarctic continental margin are character...
Trough-mouth fans (TMFs) are large depocentres of glacially influenced sediments formed at the mouth...