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Setiawan, Riza Yuliratno; Mohtadi, Mahyar; Southon, John; Groeneveld, Jeroen; Steinke, Stephan; Hebbeln, Dierk (2015): (Supplement Table S3) Spliced records of GeoB10042-1 and GeoB10043-3 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.858597, In supplement to: Setiawan, RY et al. (2015): The consequences of opening the Sunda Strait on the hydrography of the eastern tropical Indian Ocean. Paleoceanography, 30(10), 1358-1372, https://doi.org/10.1002/2015PA002802

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Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
AGEAgeka BPMohtadi, MahyarGeocode
Globigerinoides ruber sensu stricto, δ18OG. ruber ss δ18O‰ PDBMohtadi, Mahyar
Sea surface temperature, annual meanSST (1-12)°CMohtadi, MahyarCalculated from Mg/Ca ratios
δ18O, waterδ18O H2O‰ SMOWMohtadi, Mahyarseawater
log-Titanium/Calcium ratiolog(Ti/Ca)Mohtadi, MahyarXRF
Globigerinoides ruber sensu stricto, Magnesium/Calcium ratioG. ruber ss Mg/Cammol/molMohtadi, Mahyar
CommentCommentMohtadi, Mahyar
Size:
384 data points

Data

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


Age [ka BP]

G. ruber ss δ18O [‰ PDB]

SST (1-12) [°C]

δ18O H2O [‰ SMOW]

log(Ti/Ca)

G. ruber ss Mg/Ca [mmol/mol]

Comment
0.0-2.49-0.66
0.5-2.5727.260.27-0.764.42
1.0-2.7927.350.08-0.744.45
1.5-2.8326.95-0.05-0.734.30
2.0-2.5226.630.19-0.804.18
2.5-2.6926.28-0.05-0.794.05
3.0-2.5626.780.18-0.834.23
3.5-2.5927.380.27-0.834.47
4.0-2.5327.260.30-0.794.43
4.5-2.5626.250.05-0.784.04
5.0-2.6026.590.09-0.734.16
5.5-2.3526.480.31-0.714.13
6.0-2.2326.760.48-0.714.23
6.5-2.4426.810.27-0.714.24
7.0-2.3726.250.25-0.724.03
7.5-2.3626.210.20-0.674.03
8.0-2.3726.660.25-0.604.19
8.5-2.0826.490.27-0.524.13
9.0-2.3526.990.30-0.564.37
9.5-2.2226.600.28-0.584.18
10.0-2.3726.630.02-0.614.19
10.5turbidite
11.5-0.71
12.0-1.1926.991.19-0.854.31
12.5-1.3126.971.00-0.914.30
13.0-0.9426.581.21-0.924.16
13.5-1.7126.330.30-0.894.06
14.0-1.3926.150.54-1.004.00
14.5-1.1425.260.53-0.973.69
15.0-1.0026.330.82-0.984.06
15.5-0.9126.100.82-1.013.98
16.0-0.8426.300.90-1.044.05
16.5-0.7826.861.05-1.094.27
17.0-0.7524.720.61-1.113.51
17.5-0.5925.260.86-1.093.69
18.0-0.6325.320.81-1.143.71
18.5-0.6825.310.74-1.053.71
19.0-0.7525.060.61-1.083.62
19.5-0.2125.001.13-1.073.60
20.0-0.5724.150.59-1.063.34
20.5-0.6624.440.56-1.053.43
21.0-0.7624.370.45-1.053.42
21.5-1.0224.530.24-0.923.46
22.0-0.9224.780.39-0.903.53
22.5-0.6724.480.58-1.063.44
23.0-0.8324.900.52-1.083.57
23.5-0.7524.170.46-0.993.35
24.0-0.5925.040.82-1.073.63
24.5-0.6624.880.72-1.063.57
25.0-0.7625.130.70-1.153.65
25.5-0.7024.750.69-1.183.53
26.0-0.5823.590.58-1.193.17
26.5-0.6324.210.70-1.153.36
27.0-0.6523.270.49-1.213.09
27.5-0.8823.740.38-1.263.22
28.0-0.8624.260.54-1.203.37
28.5-0.7524.170.66-1.203.35
29.0-0.5025.171.16-1.243.66
29.5-0.9724.710.61-1.233.51
30.0-1.0325.230.68-1.253.68
30.5-0.8624.590.73-1.233.47
31.0-0.7224.260.81-1.273.38
31.5-0.9823.870.48-1.313.26
32.0-0.7824.060.73-1.303.31
32.5-1.0525.790.82-1.253.88
33.0-1.3524.230.19-1.283.36
33.5-1.0824.940.61-1.093.58
34.0-1.1725.000.53-1.003.61
34.5-0.8524.590.76-0.963.47
35.0-1.0124.930.67-1.293.58
35.5-1.0625.520.75-1.313.78
36.0-1.5325.370.25-1.323.73
36.5-1.3325.700.52-1.243.84
37.0-1.0025.400.79-1.263.74
37.5-1.0625.250.71-1.273.69
38.0-1.1725.820.73-1.283.88
38.5-1.0824.240.50-1.283.37
39.0-0.9825.120.81-1.373.65
39.5-1.0025.220.83-1.453.68