Citation:

PANGAEA.881875

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

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Related to:

Elliot, Mary; Labeyrie, Laurent D; Duplessy, Jean-Claude (2002): Changes in North Atlantic deep-water formation associated with the Dansgaard–Oeschger temperature oscillations (60–10ka). Quaternary Science Reviews, 21(10), 1153-1165, https://doi.org/10.1016/S0277-3791(01)00137-8

Coverage:

Latitude: 62.670000 * Longitude: -37.378333

Date/Time Start: 1990-01-01T00:00:00 * Date/Time End: 1990-01-01T00:00:00

Minimum DEPTH, sediment/rock: 0.00 m * Maximum DEPTH, sediment/rock: 12.00 m

Event(s):

SU90-24 * Latitude: 62.670000 * Longitude: -37.378333 * Date/Time: 1990-01-01T00:00:00 * Elevation: -2085.0 m * Recovery: 12.04 m * Location: North Atlantic * Campaign: * Basis: Le Suroît * Method/Device: Piston corer (PC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m	Elliot, Mary	Geocode
2	Cibicidoides wuellerstorfi, δ18O	C. wuellerstorfi δ18O	‰ PDB	Elliot, Mary	vs. VPDB
3	Cibicidoides wuellerstorfi, δ13C	C. wuellerstorfi δ13C	‰ PDB	Elliot, Mary	vs. VPDB

License:

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

Size:

264 data points

Data

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

1 Depth sed [m]	2 C. wuellerstorfi δ18O [‰ PDB]	3 C. wuellerstorfi δ13C [‰ PDB]
0.00	3.21	-0.15
0.01	3.02	1.51
0.05	3.36	0.90
0.07	3.01	1.42
0.16	2.57	1.34
0.19	3.79	0.93
0.22	3.87	0.86
0.25	3.04	1.38
0.40	3.62	1.38
0.52	3.06	1.58
0.56	3.43	1.27
0.62	2.70	0.59
0.64	3.65	0.21
0.68	4.01	0.11
0.74	4.08	0.15
0.76	4.18	0.16
0.78	4.11	0.34
0.84	4.41	0.29
0.90	4.73	0.18
0.94	4.87	1.18
0.96	4.78	0.98
0.98	4.84	1.30
1.00	4.76	1.19
1.02	4.51	0.81
1.06	4.77	0.94
1.10	4.69	1.07
1.12	4.50	0.89
1.16	4.73	0.68
1.20	4.77	1.21
1.22	3.86	0.89
1.26	3.80	1.24
1.36	4.78	0.59
1.40	4.87	0.62
1.48	4.83	0.79
1.49	4.48	0.25
1.50	4.25	0.62
1.54	4.42	0.24
1.56	4.42	0.32
1.58	4.25	0.04
1.60	4.58	0.64
1.62	3.65	0.76
1.64	4.35	0.81
1.66	4.48	0.78
1.68	4.37	0.58
1.70	4.19	0.86
1.72	4.42	1.08
1.74	4.46	1.01
1.76	4.31	1.16
1.78	4.69	1.00
1.80	4.76	1.54
1.86	4.61	1.22
1.92	4.33	1.22
2.00	4.31	0.78
2.01	4.34	0.87
2.02	4.26	0.63
2.09	4.40	0.91
2.12	2.88	1.37
2.14	3.85	1.41
2.16	4.16	0.63
2.19	4.44	0.01
2.20	4.07	0.28
2.28	3.99	0.20
2.32	3.96	0.56
2.36	4.43	0.84
2.38	4.45	0.96
2.42	4.34	1.06
2.48	4.11	-0.08
2.50	4.27	0.74
2.52	4.13	0.59
2.56	4.37	1.15
2.62	4.32	0.95
2.66	4.15	0.96
2.70	4.27	0.90
2.76	4.05	0.63
2.80	4.06	0.89
2.92	3.95	0.71
3.32	4.32	0.73
3.92	3.74	1.30
3.95	3.66	1.10
4.04	3.56	0.94
4.16	3.89	0.19
4.18	3.93	0.21
4.20	4.11	0.66
4.22	4.08	0.87
4.24	4.15	0.62
4.26	4.14	0.82
4.52	4.07	1.25
4.64	4.31	0.59
4.68	4.00	0.83
4.70	4.24	1.00
4.84	3.84	1.17
4.94	4.12	0.85
5.00	4.07	0.55
5.04	4.24	1.04
5.14	3.95	0.60
5.16	4.06	0.85
5.18	3.30	0.57
5.20	4.38	1.45
5.78	4.35	1.22
6.00	4.40	1.36
6.46	4.45	0.99
6.52	4.23	0.47
6.60	3.92	0.66
6.80	3.91	0.58
6.90	4.13	0.54
7.10	4.04	0.15
7.20	3.62	0.66
8.50	3.84	0.94
8.60	3.58	0.52
8.80	3.87	0.46
9.10	3.76	0.60
9.20	4.11	0.13
9.30	4.19	0.56
9.40	4.21	0.42
9.70	4.37	0.71
9.90	4.21	1.18
10.00	4.12	0.75
10.10	4.30	0.47
10.20	4.10	0.79
10.30	3.97	1.03
10.50	3.70	0.71
10.60	3.93	1.16
10.70	3.94	0.42
11.00	3.68	0.71
11.10	2.85	1.22
11.20	3.64	0.63
11.30	3.90	1.00
11.50	3.82	1.05
11.60	4.27	1.35
11.70	3.95	0.79
11.90	3.54	1.13
12.00	3.63	0.67