| This core appears in the following publications: | ||
| Stolldorf, Travis and Schenke, Hans-Werner and Anderson, John B LGM ice sheet extent in the Weddell Sea: evidence for diachronous behavior of Antarctic Ice Sheets Quaternary Science Reviews, 2012 DOI: 10.1016/j.quascirev.2012.05.017 |
Cores in this publication |
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| Smith, Laryn Micaela and Licht, Kathy J Radiocarbon Date List IX, Antarctica, Arctic Ocean, and the Northern North Atlantic Region Unknown journal, 2000 DOI: None |
Cores in this publication |
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| Anderson, John B and Andrews, John T Radiocarbon constraints on ice sheet advance and retreat in the Weddell Sea, Antarctica Geology, 1999 DOI: 10.1130/0091-7613(1999)027<0179:RCOISA>2.3.CO;2 |
Cores in this publication |
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| Hillenbrand, Claus-Dieter and Bentley, Michael J and Stolldorf, Travis D and Hein, Andrew S and Kuhn, Gerhard and Graham, Alastair GC and Fogwill, Christopher J and Kristoffersen, Yngve and Smith, James A and Anderson, John B and others Reconstruction of changes in the Weddell Sea sector of the Antarctic Ice Sheet since the Last Glacial Maximum Quaternary Science Reviews, 2014 DOI: 10.1016/j.quascirev.2013.07.020 |
Cores in this publication |
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| Core-related info: | ||
| Core name | 3-17-1 | |
| Setting | marine | |
| Region | Quar Ice Shelf, Weddell Sea | |
| Collection date | None | |
| IGSN ID | ARF000EN8 | |
| Core type | piston core | |
| Latitude | -71.0 | |
| Longitude | -11.75 | |
| Water depth (m) | 418.0 | |
| Core length (cm) | 554.0 | |
| Comments | None | |
| Cruise-related info: | ||
| Cruise | IWSOE70 | |
| Ship | Glacier | |
| Cruise start date | None | |
| Cruise end date | None | |
| Samples in this core: | |||||
| Sample link | Core depth (cm) | Lithology | Facies interpretation | Carbon type | 14C age |
| 544 | 203.0 - 208.0 | stratified diamicton (Anderson & Andrews 1999) | distal glaciomarine (Stolldorf et al. 2012) | benthic foraminifera | 14940.0 ± 70.0 |
| 545 | 270.0 - 274.0 | pebbly mud and crudely stratified diamictons, with variable sorting and skewness, with foraminifera (Stolldorf et al. 2012) | distal glaciomarine (Stolldorf et al. 2012) | planktonic foraminifera | 18130.0 ± 45.0 |
| 546 | 270.0 - 274.0 | pebbly mud and crudely stratified diamictons, with variable sorting and skewness, with foraminifera (Stolldorf et al. 2012) | distal glaciomarine (Stolldorf et al. 2012) | planktonic foraminifera | 18020.0 ± 120.0 |
| 547 | 303.0 - 307.0 | pebbly mud and crudely stratified diamictons, with variable sorting and skewness, with foraminifera (Stolldorf et al. 2012) | distal glaciomarine (Stolldorf et al. 2012) | planktonic foraminifera | 20700.0 ± 60.0 |
| 548 | 303.0 - 307.0 | pebbly mud and crudely stratified diamictons, with variable sorting and skewness, with foraminifera (Stolldorf et al. 2012) | distal glaciomarine (Stolldorf et al. 2012) | planktonic foraminifera | 20650.0 ± 80.0 |
| 549 | 347.0 - 350.0 | pebbly mud and crudely stratified diamictons, with variable sorting and skewness, with foraminifera (Stolldorf et al. 2012) | distal glaciomarine (Stolldorf et al. 2012) | planktonic foraminifera | 23740.0 ± 90.0 |
| 550 | 400.0 - 405.0 | stratified diamicton (Anderson & Andrews 1999) | distal glaciomarine (Stolldorf et al. 2012) | benthic foraminifera | 23870.0 ± 160.0 |
| Depth-age relationship: | ||
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| Plot key: black and gray bars represent 68.2% and 95.45% HPD interval(s), respectively. | ||
| Questions about this page: Ryan Venturelli |
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