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Kozdon, Reinhard; Penman, Donald E; Kelly, Daniel Clay; Zachos, James C; Fournelle, John H; Valley, John W (2020): δ¹⁸O analyses of the planktic foraminifera Acarinina soldadoensis from ODP Hole 113-690B [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.914651

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Abstract:
Sampling and Analyzing Method: Acarininid shells were cast in epoxy, ground to midsection and imaged by SEM to identify suitable, well-preserved domains for analysis. In situ d18O data were acquired in the WiscSIMS Laboratory at the Department of Geoscience, UW-Madison, using a CAMECA IMS-1280 large radius multicollector SIMS. (Kita et al., 2009; Valley and Kita, 2009). Depending on the size of the target, samples were analyzed with a 10 µm or 3 µm primary beam. Four consecutive measurements of UWC-3 calcite standard (d18O = 12.40 per mille Vienna standard mean ocean water; VSMOW; Kozdon et al., 2009) were performed before and after every set of typically 10 sample analyses.
Keyword(s):
Acarinina soldadoensis; Acarininids; d18O; EPMA; Mg/Ca; ODP Site 690; PETM; SIMS; Weddell Sea
Supplement to:
Kozdon, Reinhard; Penman, Donald E; Kelly, Daniel Clay; Zachos, James C; Fournelle, John H; Valley, John W (2020): Enhanced Poleward Flux of Atmospheric Moisture to the Weddell Sea Region (ODP Site 690) During the Paleocene‐Eocene Thermal Maximum. Paleoceanography and Paleoclimatology, 35(6), https://doi.org/10.1029/2019PA003811
Related to:
Kita, Noriko T; Ushikubo, Takayuki; Fu, Bin; Valley, John W (2009): High precision SIMS oxygen isotope analysis and the effect of sample topography. Chemical Geology, 264(1-4), 43-57, https://doi.org/10.1016/j.chemgeo.2009.02.012
Kozdon, Reinhard; Penman, Donald E; Kelly, Daniel Clay; Zachos, James C; Fournelle, John H; Valley, John W (2020): Mg/Ca analyses of the planktic foraminifera Acarinina soldadoensis from ODP Hole 113-690B. PANGAEA, https://doi.org/10.1594/PANGAEA.914650
Kozdon, Reinhard; Ushikubo, Takayuki; Kita, Noriko T; Spicuzza, Michael J; Valley, John W (2009): Intratest oxygen isotope variability in the planktonic foraminifer N. pachyderma: Real vs. apparent vital effects by ion microprobe. Chemical Geology, 258(3-4), 327-337, https://doi.org/10.1016/j.chemgeo.2008.10.032
Valley, John W; Kita, Noriko T (2009): In situ oxygen isotope geochemistry by ion microprobe. In: Fayek, M (ed.), MAC Short Course: Secondary Ion Mass Spectrometry in the Earth Sciences, 16-63
Coverage:
Latitude: -65.161000 * Longitude: 1.204900
Date/Time Start: 1987-01-20T03:15:00 * Date/Time End: 1987-01-21T07:00:00
Minimum DEPTH, sediment/rock: 169.04 m * Maximum DEPTH, sediment/rock: 171.12 m
Event(s):
113-690B * Latitude: -65.161000 * Longitude: 1.204900 * Date/Time Start: 1987-01-20T03:15:00 * Date/Time End: 1987-01-21T07:00:00 * Elevation: -2925.0 m * Penetration: 213.4 m * Recovery: 214.75 m * Location: South Atlantic Ocean * Campaign: Leg113 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 25 cores; 213.4 m cored; 0 m drilled; 100.6 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Sample code/labelSample labelKozdon, Reinhard
2 DEPTH, sediment/rockDepth sedmKozdon, ReinhardGeocode – mbsf
3 Size fractionSize fractionKozdon, Reinhard
4 Acarinina soldadoensis, δ18OA. soldadoensis δ18O‰ PDBKozdon, Reinhard(vs. VPDB) In situ d18O, single analysis or average of multiple analyses per shell
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
204 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 
Sample label		2 
Depth sed [m]		3 
Size fraction		4 
A. soldadoensis δ18O [‰ PDB]
113-690B-19H-2,63-65169.04250 - 300 µm-3.53
113-690B-19H-2,63-65169.04250 - 300 µm-2.82
113-690B-19H-2,63-65169.04250 - 300 µm-2.39
113-690B-19H-2,83-85169.24250 - 300 µm-1.58
113-690B-19H-2,83-85169.24250 - 300 µm-2.99
113-690B-19H-2,83-85169.24250 - 300 µm-2.96
113-690B-19H-2,83-85169.24250 - 300 µm-1.97
113-690B-19H-2,83-85169.24250 - 300 µm-3.43
113-690B-19H-2,93-95169.33250 - 300 µm-2.00
113-690B-19H-2,93-95169.33250 - 300 µm-3.30
113-690B-19H-2,93-95169.33250 - 300 µm-2.40
113-690B-19H-2,93-95169.33250 - 300 µm-3.14
113-690B-19H-2,93-95169.33250 - 300 µm-3.20
113-690B-19H-2,93-95169.33250 - 300 µm-2.63
113-690B-19H-2,93-95169.33250 - 300 µm-2.87
113-690B-19H-2,93-95169.33250 - 300 µm-3.58
113-690B-19H-2,105-106169.45> 250 µm-2.89
113-690B-19H-2,105-106169.45> 250 µm-1.03
113-690B-19H-2,105-106169.45> 250 µm-3.41
113-690B-19H-2,140-142169.80> 300 µm-3.29
113-690B-19H-2,140-142169.80> 300 µm-3.56
113-690B-19H-2,140-142169.80> 300 µm-3.75
113-690B-19H-2,140-142169.80> 300 µm-3.15
113-690B-19H-2,140-142169.80> 300 µm-4.17
113-690B-19H-3,13-14170.03> 250 µm-4.50
113-690B-19H-3,13-14170.03> 250 µm-2.99
113-690B-19H-3,25-26170.15> 250 µm-3.32
113-690B-19H-3,25-26170.15> 250 µm-2.67
113-690B-19H-3,40-41170.30> 250 µm-3.39
113-690B-19H-3,40-41170.30> 250 µm-2.48
113-690B-19H-3,51-52170.41> 300 µm-1.58
113-690B-19H-3,51-52170.41> 300 µm-2.14
113-690B-19H-3,51-52170.41> 300 µm-1.40
113-690B-19H-3,51-52170.41> 300 µm-2.45
113-690B-19H-3,51-52170.41> 300 µm-2.44
113-690B-19H-3,51-52170.41> 300 µm-2.42
113-690B-19H-3,62-64170.52> 250 µm-2.35
113-690B-19H-3,62-64170.52> 250 µm-2.22
113-690B-19H-3,67-68170.58> 250 µm-1.94
113-690B-19H-3,70-72170.61> 250 µm-2.62
113-690B-19H-3,70-72170.61> 250 µm-2.46
113-690B-19H-3,70-72170.61> 250 µm-2.22
113-690B-19H-3,72-73170.63> 250 µm-2.52
113-690B-19H-3,72-73170.63> 250 µm-2.36
113-690B-19H-3,73-74170.64> 250 µm-1.77
113-690B-19H-3,73-74170.64> 250 µm-2.05
113-690B-19H-3,73-74170.64> 250 µm-2.41
113-690B-19H-3,73-74170.64> 250 µm-2.11
113-690B-19H-3,74-75170.65125 - 250 µm-2.09
113-690B-19H-3,74-75170.65125 - 250 µm-2.05
113-690B-19H-3,81-82170.72180 - 250 µm-1.71
113-690B-19H-3,81-82170.72180 - 250 µm-2.71
113-690B-19H-3,84-85170.75125 - 250 µm-2.70
113-690B-19H-3,84-85170.75125 - 250 µm-1.76
113-690B-19H-3,84-85170.75125 - 250 µm-0.49
113-690B-19H-3,102-103170.93180 - 250 µm-3.38
113-690B-19H-3,102-103170.93180 - 250 µm-2.52
113-690B-19H-3,102-103170.93180 - 250 µm-2.83
113-690B-19H-3,102-103170.93180 - 250 µm-3.77
113-690B-19H-3,102-103170.93180 - 250 µm-3.25
113-690B-19H-3,102-103170.93180 - 250 µm-1.77
113-690B-19H-3,102-103170.93180 - 250 µm-0.23
113-690B-19H-3,102-103170.93180 - 250 µm-2.56
113-690B-19H-3,102-103170.93180 - 250 µm-0.46
113-690B-19H-3,102-103170.93>250 µm-1.58
113-690B-19H-3,102-103170.93>250 µm-1.88
113-690B-19H-3,102-103170.93>250 µm-1.96
113-690B-19H-3,120-122171.12>250 µm-2.53