Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Sadatzki, Henrik; Sarnthein, Michael; Andersen, Nils (2015): Stable isotope, UK'37 and SST of sediment core GIK17927-2 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.849811, In supplement to: Sadatzki, H et al. (2015): Changes in monsoon-driven upwelling in the South China Sea over glacial Terminations I and II: a multi-proxy record. International Journal of Earth Sciences, https://doi.org/10.1007/s00531-015-1227-6

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

RIS CitationBibTeX CitationShow MapGoogle Earth

Coverage:
Latitude: 17.251667 * Longitude: 119.453333
Date/Time Start: 1994-04-21T00:00:00 * Date/Time End: 1994-04-21T00:00:00
Minimum DEPTH, sediment/rock: 0.00 m * Maximum DEPTH, sediment/rock: 5.56 m
Event(s):
GIK17927-2 * Latitude: 17.251667 * Longitude: 119.453333 * Date/Time: 1994-04-21T00:00:00 * Elevation: -2804.0 m * Penetration: 6 m * Location: South China Sea * Campaign: SO95 (MONITOR MONSUN) * Basis: Sonne * Method/Device: Gravity corer (Kiel type) (SL)
Size:
240 data points

Data

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


Depth sed [m]

Age [ka BP]

G. ruber δ18O [‰ PDB]

G. ruber δ13C [‰ PDB]

UK'37

SST [°C]
0.000.00
0.100.39
0.200.78-2.9201.140
0.301.17-2.9200.910
0.401.56-3.0001.140
0.501.94-2.7601.330
0.602.33-2.5201.180
0.702.72-2.5501.140
0.803.11-2.3201.000
0.903.50-2.8301.150
0.963.720.94127.39
1.003.86-3.1001.380
1.064.080.94727.58
1.104.22-2.8501.500
1.164.440.95127.71
1.204.58-2.9701.150
1.264.800.95327.77
1.304.94-2.9301.290
1.365.160.95327.77
1.405.30-3.0501.410
1.465.520.94827.61
1.505.66-2.7601.100
1.565.880.95227.74
1.606.02-2.5901.010
1.666.240.94627.55
1.706.38-2.6201.150
1.766.600.94127.39
1.806.74-2.7000.990
1.866.960.93527.19
1.907.10-2.8201.010
1.967.420.93127.06
2.007.63-2.7800.830
2.067.960.92626.90
2.108.17-3.1000.590
2.168.490.91426.52
2.208.70-2.7400.670
2.269.03-3.2680.1480.92026.71
2.309.24-2.7700.460
2.369.56-2.8260.0610.90926.35
2.409.77-2.6400.860
2.4610.10-2.9140.4510.91026.39
2.5010.31-2.9600.390
2.5610.63-2.3310.8040.89125.77
2.6010.84-2.7100.640
2.6611.17-2.6640.6630.88225.48
2.7011.38-2.3600.760
2.7611.70-1.9680.7480.87925.39
2.8011.82-1.6300.800
2.8612.01-1.9570.7120.87925.39
2.9012.13-1.9500.740
2.9612.32-1.8790.5820.89926.03
3.0012.44-1.6300.720
3.0612.62-1.9680.6210.87225.16
3.1012.75-2.0200.570
3.1612.96-2.1900.7140.89525.90
3.2013.19-2.1300.740
3.2613.54-1.9110.4310.87825.35
3.3013.77-1.7700.690
3.3614.12-2.1020.6720.87425.23
3.4014.35-1.7700.770
3.4614.70-1.5670.5150.87825.35
3.5014.77-1.2200.670
3.5614.88-1.3200.8330.86124.81
3.6014.95-1.0100.750
3.6615.05-1.5440.7230.86524.94
3.7015.12-1.4700.790
3.8615.40-1.0530.6030.85424.58
3.9015.47-0.9800.830
3.9615.58-1.1740.8820.85624.65
4.0015.65-1.3000.710
4.0615.75-1.0990.4800.85224.52
4.1015.82-1.0100.800
4.1615.93-0.8580.7440.85424.58
4.2016.00-1.3501.120
4.2616.11-1.2710.7450.84824.39
4.3016.19-1.1401.070
4.3616.30-1.2010.9490.84424.26
4.4016.38-0.7300.600
4.4616.49-1.1491.0140.84124.16
4.5016.56-2.5001.320
4.5616.68-1.0110.8910.83223.87
4.6016.75-1.1500.760
4.6616.860.84424.26
4.7016.94-0.8000.560
4.7617.050.81623.35
4.8017.13-1.2601.020
4.8617.240.85324.55
4.9017.31-1.2501.110
4.9617.430.83924.10
5.0017.50
5.0617.610.84924.42
5.1017.69-2.2801.140
5.1617.800.84824.39
5.2017.88-1.5600.800
5.2617.990.84824.39
5.3018.06-1.0201.050
5.3618.180.83824.06
5.4018.25-0.7800.990
5.4618.360.84024.13
5.5018.44
5.5618.550.84524.29