The Pacific Continental Margin of the Antarctic Peninsula was the area of interest of the Sediment Drift of The Antarctic Offshore Project (SEDANO Project). A paleomagnetic and environmental study was carried out on four Pleistocene sequences from Drift 7. High resolution measurements were performed on u-channels and about forty-three discrete samples. This work focus on the definition of the mineralogy of the main magnetic carriers which is still matter of debate and on the study of the short time variability of magnetite grain-size which results particularly evident during the last glaciation. ARM/κ magnetic parameter resulted to be a good record of such variability and reflects changes in the sedimentation on the rise when the ice sheet ...
The magnetic properties and minerals of a deep-sea sediment core obtained from off Wilkes Land ha...
The Antarctic ice sheets are sensitive to changes in ocean temperature and are predicted to retreat ...
The effects of glaciation on sediment drifts is recognised from marked sedimentary facies variation ...
The Pacific Continental Margin of the Antarctic Peninsula was the area of interest of the Sediment D...
Summary The Pacific Continental Margin of the Antarctic Peninsula was the area of interest of the Se...
[1] We present results of detailed paleomagnetic investigations on deep-sea cores from sediment drif...
We present results of detailed paleomagnetic investigations on deep-sea cores from sediment drifts l...
We present results of detailed paleomagnetic investigations on deep!sea cores from sediment drifts ...
In the framework of a gradual global warming, which is one of the topic of major interest in the rec...
Paleomagnetic and rock magnetic investigations were carried out on four gravity cores recovered from...
A 24-m jumbo-piston core containing a 14 ka Holocene-Late Pleistocene sedimentary record was collect...
We report high-resolution paleomagnetic records obtained from six piston cores recovered on the cont...
During the 2007 ANtarctic geological DRILLing (ANDRILL) campaign in the Ross Sea, Antarctica, the AN...
The continental rise west of the Antarctic Peninsula includes a number of large sediment mounds inte...
We investigate the origin and fate of lithogenic sediments using magnetic mineral assemblages in Bar...
The magnetic properties and minerals of a deep-sea sediment core obtained from off Wilkes Land ha...
The Antarctic ice sheets are sensitive to changes in ocean temperature and are predicted to retreat ...
The effects of glaciation on sediment drifts is recognised from marked sedimentary facies variation ...
The Pacific Continental Margin of the Antarctic Peninsula was the area of interest of the Sediment D...
Summary The Pacific Continental Margin of the Antarctic Peninsula was the area of interest of the Se...
[1] We present results of detailed paleomagnetic investigations on deep-sea cores from sediment drif...
We present results of detailed paleomagnetic investigations on deep-sea cores from sediment drifts l...
We present results of detailed paleomagnetic investigations on deep!sea cores from sediment drifts ...
In the framework of a gradual global warming, which is one of the topic of major interest in the rec...
Paleomagnetic and rock magnetic investigations were carried out on four gravity cores recovered from...
A 24-m jumbo-piston core containing a 14 ka Holocene-Late Pleistocene sedimentary record was collect...
We report high-resolution paleomagnetic records obtained from six piston cores recovered on the cont...
During the 2007 ANtarctic geological DRILLing (ANDRILL) campaign in the Ross Sea, Antarctica, the AN...
The continental rise west of the Antarctic Peninsula includes a number of large sediment mounds inte...
We investigate the origin and fate of lithogenic sediments using magnetic mineral assemblages in Bar...
The magnetic properties and minerals of a deep-sea sediment core obtained from off Wilkes Land ha...
The Antarctic ice sheets are sensitive to changes in ocean temperature and are predicted to retreat ...
The effects of glaciation on sediment drifts is recognised from marked sedimentary facies variation ...