A multibarrel seabed drill rig was used for the first time to drill unconsolidated sediments and consolidated sedimentary rocks from an Antarctic shelf with core recoveries between 7% and 76%. We deployed the MARUM-MeBo70 drill device at nine drill sites in the Amundsen Sea Embayment. Three sites were located on the inner shelf of Pine Island Bay from which soft sediments, presumably deposited at high sedimentation rates in isolated small basins, were recovered from drill depths of up to 36 m below seafloor. Six sites were located on the middle shelf of the eastern and western embayment. Drilling at five of these sites recovered consolidated sediments and sedimentary rocks from dipping strata spanning ages from Cretaceous to Miocene. This r...
During the austral spring of 2007-08, a 1138 metre (m)-long rock and sediment core (ANDRILL [AND]-2A...
The first scientific drilling expedition to the central Arctic Ocean was completed in September 2004...
Valuable insights into future sensitivity of the Antarctic cryosphere to atmospheric and oceanic war...
A multi-barrel seabed drill rig was used for the first time to drill unconsolidated sediments and co...
The West Antarctic Ice Sheet (WAIS) has been subject to a very dynamic history as most of its base i...
Ice-proximal drill cores from continental shelves and near-margin continental rises contain importan...
The Antarctic Geological Drilling (ANDRILL) program—a collaboration between Germany, Italy, New Zeal...
The West Antarctic Ice-Sheet (WAIS) is likely to have been subject to very dynamic changes during it...
During field seasons 2016/17 and 2017/18, pre-site seismic surveys were undertaken in the Ekströmise...
The West Antarctic Ice Sheet (WAIS) is largely marine-based and, thus, highly sensitive to climatic ...
During the austral summer of 2006, a record-setting 1 284.87 metre (m)-long rock and sediment core (...
During the Southern Hemisphere\u27s last summer, between October 29 and December 26, about 80 resear...
The Amundsen Sea sector of Antarctica has long been considered the most vulnerable part of the West ...
Prior to rotary coring, a range of soft-sediment coring tools were deployed to recover the sediment-...
The West Antarctic Ice-Sheet (WAIS) is likely to have been subject to very dynamic changes during it...
During the austral spring of 2007-08, a 1138 metre (m)-long rock and sediment core (ANDRILL [AND]-2A...
The first scientific drilling expedition to the central Arctic Ocean was completed in September 2004...
Valuable insights into future sensitivity of the Antarctic cryosphere to atmospheric and oceanic war...
A multi-barrel seabed drill rig was used for the first time to drill unconsolidated sediments and co...
The West Antarctic Ice Sheet (WAIS) has been subject to a very dynamic history as most of its base i...
Ice-proximal drill cores from continental shelves and near-margin continental rises contain importan...
The Antarctic Geological Drilling (ANDRILL) program—a collaboration between Germany, Italy, New Zeal...
The West Antarctic Ice-Sheet (WAIS) is likely to have been subject to very dynamic changes during it...
During field seasons 2016/17 and 2017/18, pre-site seismic surveys were undertaken in the Ekströmise...
The West Antarctic Ice Sheet (WAIS) is largely marine-based and, thus, highly sensitive to climatic ...
During the austral summer of 2006, a record-setting 1 284.87 metre (m)-long rock and sediment core (...
During the Southern Hemisphere\u27s last summer, between October 29 and December 26, about 80 resear...
The Amundsen Sea sector of Antarctica has long been considered the most vulnerable part of the West ...
Prior to rotary coring, a range of soft-sediment coring tools were deployed to recover the sediment-...
The West Antarctic Ice-Sheet (WAIS) is likely to have been subject to very dynamic changes during it...
During the austral spring of 2007-08, a 1138 metre (m)-long rock and sediment core (ANDRILL [AND]-2A...
The first scientific drilling expedition to the central Arctic Ocean was completed in September 2004...
Valuable insights into future sensitivity of the Antarctic cryosphere to atmospheric and oceanic war...