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De Schepper, Stijn; Groeneveld, Jeroen; Naafs, Bernhard David A; Van Renterghem, Cédéric; Hennissen, Jan A I; Head, Martin J; Louwye, Stephen (2013): Oxygen isotope records of foraminifera, and alkenone and Mg/Ca-based SST estimates for IODP Hole 303-U1308C [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.804673, In supplement to: De Schepper, Stijn; Groeneveld, Jeroen; Naafs, Bernhard David A; Van Renterghem, Cédéric; Hennissen, Jan A I; Head, Martin J; Louwye, Stephen; Fabian, Karl (2013): Northern Hemisphere glaciation during the globally warm early Late Pliocene. PLoS ONE, 8(12), e81508, https://doi.org/10.1371/journal.pone.0081508

Always quote citation above when using data! You can download the citation in several formats below.

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Related to:
De Schepper, Stijn; Fischer, Eva I; Groeneveld, Jeroen; Head, Martin J; Matthiessen, Jens (2011): Magnesium/Calcium ratios, sea surface temperature estimation and palynological preparation data for several IODP and DSDP holes [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.758710
De Schepper, Stijn; Head, Martin J; Groeneveld, Jeroen (2009): North Atlantic Current variability through marine isotope stage M2 (circa 3.3 Ma) during the mid-Pliocene. Paleoceanography, 24, PA4206, https://doi.org/10.1029/2008PA001725
Coverage:
Latitude: 49.878067 * Longitude: -24.238117
Minimum DEPTH, sediment/rock: 234.84 m * Maximum DEPTH, sediment/rock: 240.60 m
Event(s):
303-U1308C * Latitude: 49.878067 * Longitude: -24.238117 * Elevation: -3872.7 m * Recovery: 271.12 m * Campaign: Exp303 (North Atlantic Climate 1) * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 30 cores; 279.9 m cored; 96.9 % recovered; 0 m drilled; 279.9 m penetrated
Comment:
DEPTH, sediment [m] is given in mbsf.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Sample code/labelSample labelDe Schepper, StijnDSDP/ODP/IODP sample designation
Sample code/label 2Sample label 2De Schepper, Stijn
CodeCodeDe Schepper, StijnLabCode
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdDe Schepper, Stijn
AGEAgeka BPGeocode
Sea surface temperature, annual meanSST (1-12)°CDe Schepper, StijnSST calculated from alkenones0-10 m, alkenone
Globigerina bulloides, Magnesium/Calcium ratioG. bulloides Mg/Cammol/molDe Schepper, Stijn
Globigerina bulloides, Magnesium/Calcium ratioG. bulloides Mg/Cammol/molDe Schepper, Stijndoubles
10 Sea surface temperature, March-AugustSST (3-8)°CDe Schepper, StijnSST from Mg/Ca ratiosmixed layer, G. bulloides
11 Globorotalia inflata, Magnesium/Calcium ratioG. inflata Mg/Cammol/molDe Schepper, Stijn
12 Temperature, water, annual meanWT (1-12)°CDe Schepper, StijnSST from Mg/Ca ratiospermanent thermocline, G. inflata
13 Cibicidoides wuellerstorfi, δ18OC. wuellerstorfi δ18O‰ PDBDe Schepper, StijnIsotope ratio mass spectrometry
14 Cibicidoides wuellerstorfi, δ18OC. wuellerstorfi δ18O‰ PDBDe Schepper, StijnCorrectedcorrected (+0.64 per mil)
15 Uvigerina peregrina, δ18OU. peregrina δ18O‰ PDBDe Schepper, StijnIsotope ratio mass spectrometry
16 Uvigerina peregrina, δ18OU. peregrina δ18O‰ PDBDe Schepper, StijnIsotope ratio mass spectrometrydoubles
17 Foraminifera, benthic δ18OForam benth δ18O‰ PDBDe Schepper, StijnCalculatedU. peregrina & C. wuellerstorfi
18 Globigerina bulloides, δ18OG. bulloides δ18O‰ PDBDe Schepper, StijnIsotope ratio mass spectrometry
19 δ18O, waterδ18O H2O‰ SMOWDe Schepper, StijnCalculatedseawater
20 Δδ18OΔδ18ODe Schepper, StijnCalculatedseawater - ice (LR04 stack - normalised)
21 Ice rafted debris, generalIRDarbitrary unitsDe Schepper, Stijn[g]
22 Reference/sourceReferenceDe Schepper, StijnMg/Ca G. bulloides data only
Size:
1341 data points

Data

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


Sample label
(DSDP/ODP/IODP sample designation)

Sample label 2

Code
(LabCode)

Depth sed [m]

Depth comp [mcd]

Age [ka BP]

SST (1-12) [°C]
(0-10 m, alkenone, SST calcula...)

G. bulloides Mg/Ca [mmol/mol]

G. bulloides Mg/Ca [mmol/mol]
(doubles)
10 
SST (3-8) [°C]
(mixed layer, G. bulloides, SS...)
11 
G. inflata Mg/Ca [mmol/mol]
12 
WT (1-12) [°C]
(permanent thermocline, G. inf...)
13 
C. wuellerstorfi δ18O [‰ PDB]
(Isotope ratio mass spectrometry)
14 
C. wuellerstorfi δ18O [‰ PDB]
(corrected (+0.64 per mil), Co...)
15 
U. peregrina δ18O [‰ PDB]
(Isotope ratio mass spectrometry)
16 
U. peregrina δ18O [‰ PDB]
(doubles, Isotope ratio mass s...)
17 
Foram benth δ18O [‰ PDB]
(U. peregrina & C. wuellerstor...)
18 
G. bulloides δ18O [‰ PDB]
(Isotope ratio mass spectrometry)
19 
δ18O H2O [‰ SMOW]
(seawater, Calculated)
20 
Δδ18O []
(seawater - ice (LR04 stack - ...)
21 
IRD [arbitrary units]
([g])
22 
Reference
(Mg/Ca G. bulloides data only)
303-U1308C-26H-2,94-96C262.09426-2b234.84258.9532612.7415.91.582.221.201.241.43De Schepper et al. 2011
303-U1308C-26H-2,101-103C262.101C262.101234.91259.0232622.7215.80.960.981.14
303-U1308C-26H-2,109-110.5C262.109C262.109234.99259.1032632.8816.41.331.481.62
303-U1308C-26H-2,117-119C262.117C262.117235.07259.1832642.7215.81.251.890.991.001.12
303-U1308C-26H-2,121-123C262.121C262.121235.11259.2232642.6515.50.980.931.03
303-U1308C-26H-2,125-126.5C262.125C262.125235.15259.26326519.72.6115.42.543.183.180.610.540.62
303-U1308C-26H-2,129-131C262.12926-2a235.19259.3032652.6615.62.373.013.011.181.151.22De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-2,135-137C262.135C262.135235.25259.3632662.9116.51.421.601.68
303-U1308C-26H-2,141-143C262.141C262.141235.31259.4232663.2517.60.781.201.29
303-U1308C-26H-2,147-148.5C262.147C262.147235.37259.48326720.02.9116.50.911.091.18
303-U1308C-26H-3,2-4C263.002C263.002235.42259.533268
303-U1308C-26H-3,8-10C263.008C263.008235.48259.5932682.9816.72.473.113.111.301.521.63
303-U1308C-26H-3,14-15.5C263.014C263.014235.54259.65326919.82.6015.41.050.971.08
303-U1308C-26H-3,20-22C263.02026-3e235.60259.7132692.5515.22.363.003.001.050.931.04De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-3,25-27C263.025C263.025235.65259.7632703.1117.11.462.101.031.351.47
303-U1308C-26H-3,30-32C263.030C263.030235.70259.8132703.0717.01.201.501.61
303-U1308C-26H-3,35-36.5C263.035C263.035235.75259.86327119.53.2217.52.1614.52.523.163.161.111.511.63
303-U1308C-26H-3,40-42C263.040C263.040235.80259.913271
303-U1308C-26H-3,46-47.5C263.046C263.046235.86259.97327219.63.6318.72.2014.72.403.043.041.161.831.93
303-U1308C-26H-3,51-53C263.05126-3d235.91260.0232733.6718.82.282.922.921.342.042.13De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-3,57-59C263.057C263.057235.97260.0832733.3818.01.301.821.90
303-U1308C-26H-3,64-65.5C263.064C263.064236.04260.15327419.43.2317.52.1314.32.483.123.121.231.641.71
303-U1308C-26H-3,70-72C263.070C263.070236.10260.2132753.353.1817.91.161.661.72
303-U1308C-26H-3,76-78C263.07626-3c236.16260.2732753.4418.21.031.591.65De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-3,84-85.5C263.084C263.084236.24260.35327618.23.8119.22.0814.02.543.183.180.841.631.71
303-U1308C-26H-3,92-94C263.092C263.092236.32260.4332773.8619.31.131.952.04
303-U1308C-26H-3,99-100.5C263.099C263.099236.39260.50327819.23.8919.41.242.062.16
303-U1308C-26H-3,107-109C263.10726-3b236.47260.5832783.9019.42.342.982.981.312.142.25De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-3,112-114C263.112C263.112236.52260.6332793.9419.51.592.230.711.571.69
303-U1308C-26H-3,118-119.5C263.118C263.118236.58260.69328018.93.3317.82.1514.41.001.481.61
303-U1308C-26H-3,123-125C263.123C263.123236.63260.7432803.7619.01.372.011.272.022.15
303-U1308C-26H-3,128-129.5C263.128C263.128236.68260.79328119.53.4618.21.9913.32.373.013.011.411.982.10
303-U1308C-26H-3,132-134C263.132C263.132236.72260.8332812.9816.72.633.271.381.601.71
303-U1308C-26H-3,139-141C263.13926-3a236.79260.9032823.5518.53.053.051.241.861.95De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-3,144-145.5C263.144C263.144236.84260.95328218.22.6615.61.9613.22.312.952.950.840.810.88
303-U1308C-26H-3,148-150C263.148C263.148236.88260.9932833.0316.90.931.191.25
303-U1308C-26H-4,0-2C264.000C264.000236.90261.0132832.7515.92.383.023.020.870.910.97
303-U1308C-26H-4,4-5.5C264.004C264.004236.94261.05328318.82.5715.21.9813.32.342.982.981.110.991.03
303-U1308C-26H-4,9-11C264.009C264.009236.99261.1032842.8216.21.331.431.46
303-U1308C-26H-4,14-16C264.01426-4e237.04261.1532852.3514.42.743.383.381.441.121.12De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-4,19-20.5C264.019C264.019237.09261.20328517.42.5715.22.1714.52.863.503.303.501.251.141.12
303-U1308C-26H-4,24-26C264.024C264.024237.14261.2532862.3814.53.291.381.091.03
303-U1308C-26H-4,28-29.5C264.028C264.028237.18261.29328717.02.5515.22.0513.82.933.573.223.303.221.691.551.47
303-U1308C-26H-4,32-34C264.032C264.032237.22261.3332872.3514.43.473.471.321.010.89
303-U1308C-26H-4,36-37.5C264.036C264.036237.26261.37328816.32.0913.22.1214.23.433.543.431.420.830.69
303-U1308C-26H-4,40-42C264.040C264.040237.30261.4132882.1313.33.613.783.611.510.950.77
303-U1308C-26H-4,44-46C264.04426-4d237.34261.4532892.0513.03.553.873.552.121.471.27De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-4,48-49.5C264.048C264.048237.38261.49328915.02.1213.32.1114.11.731.170.93
303-U1308C-26H-4,52-54C264.052C264.052237.42261.5332902.1613.52.863.503.501.480.960.70
303-U1308C-26H-4,55-56.5C264.055C264.055237.45261.56329014.42.0312.92.1114.23.183.181.851.180.91
303-U1308C-26H-4,58-60C264.058C264.058237.48261.5932912.0613.03.653.753.651.620.990.72
303-U1308C-26H-4,61-63C264.061C264.061237.51261.6232911.9012.23.433.431.630.800.52
303-U1308C-26H-4,65-66.5C264.065C264.065237.55261.66329216.01.9412.41.7611.83.263.261.630.850.56
303-U1308C-26H-4,69-71C264.06926-4c237.59261.7032931.8411.93.543.763.542.031.130.82De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-4,73-75C264.073C264.073237.63261.7432931.7711.53.333.331.780.790.47
303-U1308C-26H-4,77-79C264.077C264.077237.67261.7832942.1613.53.613.611.711.190.87
303-U1308C-26H-4,81-82.5C264.081C264.081237.71261.82329415.81.7811.62.1114.12.583.223.693.691.320.340.01
303-U1308C-26H-4,85-87C264.085C264.085237.75261.8632951.8912.22.783.423.421.500.670.32
303-U1308C-26H-4,89-91C264.089C264.089237.79261.9032951.9012.23.343.341.750.920.58
303-U1308C-26H-4,93-94.5C264.093C264.093237.83261.94329616.01.7511.42.0713.92.441.910.890.550.0059
303-U1308C-26H-4,97-99C264.097C264.097237.87261.9832971.9612.52.973.613.543.611.120.360.02
303-U1308C-26H-4,101-103C264.101C264.101237.91262.0232971.9812.62.983.623.473.621.710.980.65
303-U1308C-26H-4,105-107C264.10526-4b237.95262.0632982.0212.82.933.573.553.571.640.960.63De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-4,109-110.5C264.109C264.109237.99262.10329816.71.9412.42.4115.92.342.983.333.331.440.660.33
303-U1308C-26H-4,112-114C264.112C264.112238.02262.1332992.2413.93.043.683.681.621.180.86
303-U1308C-26H-4,116-118C264.116C264.116238.06262.1732992.1513.41.410.870.55
303-U1308C-26H-4,119-120.5C264.119C264.119238.09262.20330016.62.1313.42.2915.23.231.691.140.82
303-U1308C-26H-4,123-125C264.123C264.123238.13262.2433002.142.3413.42.913.553.551.420.880.58
303-U1308C-26H-4,126-128C264.126C264.126238.16262.2733012.172.2013.72.813.453.143.45
303-U1308C-26H-4,130-131.5C264.130C264.130238.20262.31330117.62.1813.62.4716.23.001.440.940.70
303-U1308C-26H-4,133-135C264.133C264.133238.23262.3433023.403.401.44
303-U1308C-26H-4,137-139C264.137C264.137238.27262.3833032.4214.62.161.701.441.27
303-U1308C-26H-4,140-141.5C264.140C264.140238.30262.41330317.22.372.1713.53.443.433.441.050.540.40
303-U1308C-26H-4,144-146C264.14426-4a238.34262.4533042.4314.73.373.371.060.820.73De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-4,148-150C264.148C264.148238.38262.4933052.5415.12.663.303.043.300.830.690.65
303-U1308C-26H-5,2-4C265.002C265.002238.42262.5333052.6415.52.663.303.301.221.171.15
303-U1308C-26H-5,6-7.5C265.006C265.006238.46262.57330617.32.4814.92.723.363.473.433.360.940.750.73
303-U1308C-26H-5,10-12C265.010C265.010238.50262.6133072.4814.92.803.443.441.231.031.03
303-U1308C-26H-5,14-16C265.01426-5d238.54262.6533082.4414.72.873.513.511.261.031.03De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-5,20-21.5C265.020C265.020238.60262.71330917.52.6215.42.670.790.730.74
303-U1308C-26H-5,26-28C265.026C265.026238.66262.7733102.5915.32.933.573.393.571.251.161.19
303-U1308C-26H-5,32-33.5C265.032C265.032238.72262.83331117.52.6915.72.152.790.970.961.02
303-U1308C-26H-5,38-40C265.038C265.038238.78262.8933132.6915.72.603.243.240.940.941.04
303-U1308C-26H-5,44-46C265.04426-5c238.84262.9533142.4514.82.322.963.182.961.180.961.10De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-5,50-51.5C265.050C265.050238.90263.01331518.02.562.6515.21.081.720.780.650.83
303-U1308C-26H-5,62-64C265.062C265.062239.02263.1333172.8416.22.152.792.791.041.161.38
303-U1308C-26H-5,68-69.5C265.068C265.068239.08263.19331919.62.7215.81.442.081.051.061.33
303-U1308C-26H-5,76-78C265.076C265.076239.16263.2733212.7515.91.962.602.600.900.941.22
303-U1308C-26H-5,79-81C265.07926-5b239.19263.3033222.6215.42.443.083.081.071.001.25De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-5,87-89C265.087C265.087239.27263.3833272.652.7115.62.232.872.871.171.131.32
303-U1308C-26H-5,94-95.5C265.094C265.094239.34263.45332819.32.5815.32.383.023.020.580.470.66
303-U1308C-26H-5,100-102C265.100C265.100239.40263.5133282.6815.72.352.992.991.151.141.32
303-U1308C-26H-5,104-105.5C265.104C265.104239.44263.55332918.52.6215.42.563.203.201.191.121.30
303-U1308C-26H-5,109-111C265.10926-5a239.49263.6033292.7215.82.523.163.161.081.101.28De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-5,113-115C265.113C265.113239.53263.6433292.7315.92.423.063.061.061.091.27
303-U1308C-26H-5,118-119.5C265.118C265.118239.58263.69333019.32.6315.42.292.932.932.931.071.011.19
303-U1308C-26H-5,124-126C265.124C265.124239.64263.7533312.5815.32.302.942.941.211.101.28
303-U1308C-26H-5,127-128.5C265.127C265.127239.67263.78333119.72.8816.42.352.993.082.990.810.961.14
303-U1308C-26H-5,132-134C265.132C265.132239.72263.8333312.6615.62.493.132.843.131.000.971.14
303-U1308C-26H-5,137-138.5C265.137C265.137239.77263.88333219.52.5515.12.272.912.910.790.650.82
303-U1308C-26H-5,141-143C265.141C265.141239.81263.9233322.7215.82.543.183.181.251.271.43
303-U1308C-26H-5,146-147.5C265.146C265.146239.86263.97333320.92.6815.72.503.143.140.780.760.93
303-U1308C-26H-6,3-4.5C266.003C266.003239.93264.04333319.52.8816.41.922.562.431.201.351.50
303-U1308C-26H-6,8-10C266.008C266.008239.98264.0933342.6515.50.860.820.97
303-U1308C-26H-6,14-16C266.01426-6b240.04264.1533342.3914.51.180.901.04De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-6,22-23.5C266.022C266.022240.12264.23333519.1
303-U1308C-26H-6,29-31C266.029C266.029240.19264.303336
303-U1308C-26H-6,37-38.5C266.037C266.037240.27264.38333718.52.6415.52.513.153.151.121.071.15
303-U1308C-26H-6,44-46C266.044C266.044240.34264.4533372.7816.01.421.491.55
303-U1308C-26H-6,52-53.5C266.052C266.052240.42264.5333382.8616.32.322.962.961.351.481.52
303-U1308C-26H-6,59-61C266.05926-6a240.49264.6033392.3914.52.513.153.151.100.820.84De Schepper et al. 2009; De Schepper et al. 2011
303-U1308C-26H-6,65-67C266.065C266.065240.55264.6633392.7716.01.862.501.261.331.33
303-U1308C-26H-6,70-71.5C266.070C266.070240.60264.71334017.72.7015.72.703.343.341.171.171.16