Citation:

PANGAEA.139999, In supplement to: Hale, W; Pflaumann, U (1999): Sea-surface Temperature Estimations using a Modern Analog Technique with Foraminiferal Assemblages from Western Atlantic Quaternary Sediments. In: Fischer, G & Wefer, G (eds.), Use of Proxies in Paleoceanography - Examples from the South Atlantic, Springer, Berlin, Heidelberg, 69-90

Name: Stable isotopes on Globigerinoides ruber in sediment core GeoB1309-2
Published: 1999
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

South Atlantic in Late Quaternary: Reconstruction of Budget and Currents (SFB261)

Coverage:

Latitude: -31.666667 * Longitude: -28.666667

Date/Time Start: 1991-01-31T00:00:00 * Date/Time End: 1991-01-31T00:00:00

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 9.38 m

Event(s):

GeoB1309-2 * Latitude: -31.666667 * Longitude: -28.666667 * Date/Time: 1991-01-31T00:00:00 * Elevation: -3963.0 m * Recovery: 9.48 m * Location: Eastern Rio Grande Rise * Campaign: (06MT15_2) * Basis: * Method/Device: Gravity corer (Kiel type) (SL)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Globigerinoides ruber white, δ13C	G. ruber w δ13C	‰ PDB	Hale, Walter	Mass spectrometer Finnigan MAT 252

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

179 data points

Data

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

1 Depth sed [m]	2 G. ruber w δ13C [‰ PDB]
0.03	1.03
0.08	0.96
0.13	0.80
0.18	0.74
0.28	1.05
0.33	0.74
0.38	0.79
0.43	0.93
0.53	0.85
0.58	0.81
0.63	0.77
0.68	0.94
0.73	0.68
0.78	0.33
0.83	0.66
0.88	0.97
0.93	0.70
0.98	0.27
1.03	0.66
1.08	0.94
1.13	0.84
1.18	0.59
1.23	0.48
1.28	0.65
1.33	0.77
1.38	0.63
1.43	0.49
1.48	0.71
1.53	0.55
1.58	0.76
1.63	0.47
1.68	0.73
1.73	0.55
1.78	0.71
1.83	0.63
1.88	0.63
1.93	0.22
1.98	0.21
2.03	0.80
2.08	1.12
2.13	0.63
2.18	0.99
2.28	0.62
2.43	0.74
2.48	0.59
2.53	1.51
2.58	0.86
2.63	0.80
2.68	0.73
2.73	0.79
2.78	1.11
2.83	0.70
2.88	0.92
2.93	1.11
2.98	0.53
3.03	0.73
3.08	0.66
3.13	1.13
3.18	0.71
3.23	0.31
3.28	0.70
3.33	0.80
3.38	1.15
3.43	1.11
3.48	1.55
3.53	1.12
3.58	1.43
3.63	1.47
3.68	1.29
3.73	1.37
3.78	0.73
3.83	0.87
3.88	1.01
3.93	0.87
3.98	0.58
4.03	0.72
4.08	0.88
4.13	0.98
4.18	0.55
4.23	0.50
4.28	0.72
4.33	0.17
4.38	0.52
4.43	0.49
4.48	0.47
4.53	0.47
4.58	0.60
4.63	0.77
4.68	0.67
4.73	0.36
4.78	0.63
4.83	0.30
4.88	0.41
4.93	-0.83
4.98	0.51
5.03	0.10
5.08	0.35
5.13	0.96
5.23	0.43
5.28	0.78
5.33	0.41
5.38	0.27
5.43	0.53
5.48	0.51
5.53	0.63
5.58	0.45
5.63	0.40
5.68	0.80
5.73	0.92
5.78	1.20
5.83	1.13
5.88	0.73
5.93	0.65
5.98	0.78
6.03	0.39
6.08	1.07
6.13	1.18
6.18	0.92
6.23	1.14
6.28	0.95
6.33	1.03
6.38	0.80
6.43	0.72
6.48	1.20
6.53	1.17
6.58	1.06
6.63	0.79
6.68	0.69
6.73	0.27
6.78	0.84
6.83	1.00
6.88	0.72
6.93	1.31
6.98	1.05
7.03	1.40
7.13	0.88
7.18	0.87
7.23	1.05
7.28	0.88
7.33	0.98
7.38	0.85
7.48	0.69
7.58	0.78
7.63	0.98
7.68	0.60
7.73	0.86
7.78	0.94
7.83	0.63
7.88	0.69
7.93	0.96
7.98	1.01
8.03	1.34
8.08	1.05
8.13	1.18
8.18	1.12
8.23	0.97
8.28	1.11
8.33	1.16
8.38	1.33
8.43	1.50
8.48	0.87
8.53	1.52
8.58	1.54
8.63	1.49
8.68	1.47
8.73	1.37
8.78	1.31
8.83	1.32
8.88	1.24
8.93	1.14
8.98	1.47
9.03	0.87
9.08	1.29
9.13	1.49
9.18	1.39
9.23	1.67
9.28	1.24
9.33	1.39
9.38	1.11