Sediment supply to the Scotia Sea is controlled by the east-flowing Antarctic Circumpolar Current (ACC) with some Weddell Gyre influence in the south. Near-bottom flow is unsteady with frequent changes in flow direction and episodic benthic storms. Near the North Scotia Ridge, mounds of sediment up to 1 km thick have accumulated on lower Miocene ocean floor. The basins farther south contain up to 2 km of sediment which is flat-lying or draped rather than mounded. Sediment cores exhibit a biogenic-terrigenous cyclicity related to glacial-interglacial cycles. Grain-size data suggest that ACC flow was stronger during glacials than interglacials
Sediments in the belt under the Antarctic Circumpolar Current (ACC) contain high quantities of silic...
Sediments in the belt under the Antarctic Circumpolar Current (ACC) contain high quantities of silic...
To reveal the late Quaternary paleoenvironmental changes at the Antarctic continental margin, we tes...
Sediment supply to the Scotia Sea is controlled by the east-flowing Antarctic Circumpolar Current (A...
In the northern Scotia Sea, the main pathway of Circumpolar Deep Water (CPDW) flows north to pass th...
Sedimentary processes in the southeastern Weddell Sea are influenced by glacial-interglacial ice-she...
The Antarctic Circumpolar Current is key to the mixing and ventilation of the world's oceans. This c...
Terrigenous sediment parameters in modern sea-bottom samples and sediment cores of the South Atlanti...
Abstract: Terrigenous sediment parameters in modem sea-bottom samples and sediment cores of the Sout...
The central Scotia Sea, located between the South American and Antarctic plates, is an integral part...
The Antarctic Circumpolar Current is key to the mixing and ventilation of the world's oceans. This c...
The central Scotia Sea, located between the South American and Antarctic plates, is an integral part...
The eastward-flowing Antarctic Circumpolar Current (ACC) has influenced sedimentation on the slope a...
The Antarctic Circumpolar Current (ACC) plays a crucial role in global ocean circulation by fosterin...
On the continental rise west of the Antarctic Peninsula there are nine large mounds interpreted as s...
Sediments in the belt under the Antarctic Circumpolar Current (ACC) contain high quantities of silic...
Sediments in the belt under the Antarctic Circumpolar Current (ACC) contain high quantities of silic...
To reveal the late Quaternary paleoenvironmental changes at the Antarctic continental margin, we tes...
Sediment supply to the Scotia Sea is controlled by the east-flowing Antarctic Circumpolar Current (A...
In the northern Scotia Sea, the main pathway of Circumpolar Deep Water (CPDW) flows north to pass th...
Sedimentary processes in the southeastern Weddell Sea are influenced by glacial-interglacial ice-she...
The Antarctic Circumpolar Current is key to the mixing and ventilation of the world's oceans. This c...
Terrigenous sediment parameters in modern sea-bottom samples and sediment cores of the South Atlanti...
Abstract: Terrigenous sediment parameters in modem sea-bottom samples and sediment cores of the Sout...
The central Scotia Sea, located between the South American and Antarctic plates, is an integral part...
The Antarctic Circumpolar Current is key to the mixing and ventilation of the world's oceans. This c...
The central Scotia Sea, located between the South American and Antarctic plates, is an integral part...
The eastward-flowing Antarctic Circumpolar Current (ACC) has influenced sedimentation on the slope a...
The Antarctic Circumpolar Current (ACC) plays a crucial role in global ocean circulation by fosterin...
On the continental rise west of the Antarctic Peninsula there are nine large mounds interpreted as s...
Sediments in the belt under the Antarctic Circumpolar Current (ACC) contain high quantities of silic...
Sediments in the belt under the Antarctic Circumpolar Current (ACC) contain high quantities of silic...
To reveal the late Quaternary paleoenvironmental changes at the Antarctic continental margin, we tes...