Citation:

PANGAEA.52225

Name: Sea surface temperature estimates for sediment core RC12-294 (specmap.039)
Published: 1997
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Imbrie, John D; McIntyre, Andrew; Mix, Alan C (1989): Oceanic response to orbital forcing in the late Quaternary: observational and experimental strategies. In: Berger, A; Schneider, S H & Duplessy, J C (eds.), Climate and Geosciences, A Challenge for Science and Society in the 21th Century. Boston (Kluwer Academic), 121-164, https://doi.org/10.1007/978-94-009-2446-8_7

McIntyre, Andrew; Ruddiman, William F; Karlin, K; Mix, Alan C (1989): Surface water response of the Equatorial Atlantic Ocean to orbital forcing. Paleoceanography, 4(1), 19-55, https://doi.org/10.1029/PA004i001p00019

Further details:

Duffy, A; Imbrie, John D (1989): Summary of Specmap archive No. 1. Spectral Mapping Project (Mapping Species Variability in Global Climate) (SPECMAP), hdl:10013/epic.32169.d001

Project(s):

Spectral Mapping Project (Mapping Species Variability in Global Climate) (SPECMAP)

Coverage:

Latitude: -37.270000 * Longitude: -10.100000

Date/Time Start: 1969-02-18T00:00:00 * Date/Time End: 1969-02-18T00:00:00

Minimum DEPTH, sediment/rock: 0.00 m * Maximum DEPTH, sediment/rock: 9.25 m

Event(s):

RC12-294 * Latitude: -37.270000 * Longitude: -10.100000 * Date/Time: 1969-02-18T00:00:00 * Elevation: -3308.0 m * Recovery: 9.31 m * Campaign: * Basis: Robert Conrad * Method/Device: Piston corer (PC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Sea surface temperature, winter	SST win	°C	SPECMAP	Transfer function (Imbrie & Kipp, 1971, in Turekian, Yale Univ Press)
3	Sea surface temperature, summer	SST sum	°C	SPECMAP	Transfer function (Imbrie & Kipp, 1971, in Turekian, Yale Univ Press)

License:

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

Size:

384 data points

Data

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

1 Depth sed [m]	2 SST win [°C]	3 SST sum [°C]
0.00	12.80	17.64
0.05	12.59	17.37
0.10	12.03	16.80
0.15	12.74	17.87
0.20	12.04	16.97
0.30	10.56	15.73
0.40	7.87	12.53
0.45	8.27	12.90
0.50	8.73	13.44
0.55	8.53	13.26
0.60	8.44	13.34
0.70	7.83	12.37
0.80	8.67	13.75
0.90	7.36	12.23
1.00	8.82	13.72
1.10	7.96	13.06
1.20	10.08	15.62
1.30	8.71	14.38
1.40	9.04	14.44
1.50	9.90	15.41
1.60	10.42	16.04
1.70	10.30	16.00
1.80	9.32	14.19
1.90	10.36	15.85
2.00	10.64	15.46
2.10	10.12	15.33
2.20	10.20	14.72
2.30	10.30	14.98
2.32	8.80	13.36
2.34	9.30	14.09
2.36	9.69	14.02
2.38	9.77	14.04
2.40	10.76	15.09
2.42	9.58	13.83
2.44	9.71	14.17
2.46	10.70	15.49
2.48	11.68	16.91
2.50	12.36	18.01
2.52	13.54	19.20
2.54	12.76	18.31
2.56	13.89	19.01
2.58	14.36	19.75
2.60	14.42	19.34
2.62	14.46	19.00
2.64	14.08	18.52
2.66	14.39	18.49
2.68	13.59	18.50
2.70	14.51	19.37
2.72	13.24	18.22
2.74	14.24	19.69
2.76	13.63	19.26
2.78	14.00	19.60
2.80	14.20	20.17
2.82	15.05	20.44
2.84	14.98	21.34
2.86	14.60	20.74
2.88	13.63	19.66
2.90	14.30	20.51
2.92	13.95	19.87
2.94	12.19	17.62
2.96	12.14	17.40
2.98	12.20	17.94
3.00	12.51	18.40
3.02	11.01	16.59
3.04	8.81	14.48
3.06	8.51	13.76
3.08	8.62	13.91
3.10	8.05	13.33
3.15	6.74	12.56
3.20	7.87	13.72
3.25	7.44	12.95
3.30	9.38	15.02
3.30	7.85	13.49
3.35	7.89	13.43
3.40	8.64	14.45
3.45	8.22	13.67
3.50	8.83	14.64
3.55	9.38	15.45
3.60	9.27	15.69
3.65	8.50	14.70
3.70	8.37	14.94
3.75	7.95	13.44
3.80	7.22	13.39
3.85	8.27	13.74
3.90	8.43	14.26
3.95	8.27	14.19
4.00	8.16	13.85
4.05	7.74	13.32
4.10	7.27	12.61
4.15	8.18	13.63
4.20	9.19	15.33
4.25	8.90	14.16
4.30	8.61	14.26
4.35	9.04	15.26
4.40	7.85	13.73
4.45	9.43	15.95
4.50	8.04	14.35
4.55	10.57	17.56
4.60	10.58	17.46
4.65	11.45	17.89
4.70	11.16	18.20
4.75	10.87	17.28
4.80	8.58	14.20
4.85	11.59	17.17
4.90	11.32	16.49
4.95	10.54	15.84
5.00	11.53	16.49
5.05	11.38	16.71
5.10	11.23	16.33
5.15	12.32	17.67
5.20	12.36	17.13
5.25	11.43	16.87
5.30	10.52	15.31
5.35	9.08	13.80
5.40	10.06	15.08
5.45	10.13	14.75
5.50	10.88	15.62
5.55	11.08	15.85
5.60	11.97	17.42
5.65	10.53	15.58
5.70	12.23	17.30
5.75	9.39	13.63
5.80	10.64	15.64
5.85	8.39	12.98
5.90	8.32	13.31
5.95	8.14	13.45
6.00	9.42	14.54
6.05	8.82	13.50
6.10	8.60	13.27
6.15	8.85	15.42
6.20	6.93	12.61
6.25	7.31	12.14
6.30	8.79	13.70
6.35	7.12	12.52
6.40	8.10	13.41
6.45	10.08	15.40
6.50	10.64	16.34
6.55	10.56	16.62
6.60	10.63	16.46
6.65	9.11	14.69
6.70	7.44	12.83
6.75	7.68	13.21
6.80	7.91	12.85
6.85	7.92	12.79
6.90	7.16	12.28
6.95	8.32	12.74
7.00	8.67	13.55
7.05	9.52	14.90
7.10	9.86	15.27
7.15	11.94	18.56
7.20	12.46	19.13
7.25	12.04	18.17
7.30	12.17	18.20
7.35	13.22	19.39
7.40	13.56	19.72
7.45	12.44	16.94
7.50	13.61	19.62
7.55	14.17	19.71
7.60	14.01	19.89
7.65	11.87	17.99
7.70	10.64	16.39
7.75	9.21	14.13
7.80	10.70	16.16
7.85	8.51	12.59
7.90	8.26	13.07
7.95	7.02	11.40
8.00	10.18	15.39
8.05	9.96	15.33
8.10	8.87	14.01
8.15	8.68	13.48
8.20	8.52	13.19
8.25	7.50	12.33
8.30	7.28	11.86
8.35	8.09	13.01
8.40	7.20	11.97
8.45	7.62	12.47
8.50	8.51	13.08
8.55	7.24	11.75
8.60	6.95	11.73
8.65	7.33	11.87
8.70	7.82	12.55
8.75	9.52	14.66
8.80	8.03	12.60
8.85	7.58	11.74
8.90	7.42	12.09
8.95	7.58	12.19
9.00	8.51	13.36
9.05	6.77	11.20
9.10	7.04	11.31
9.15	7.16	11.59
9.20	8.37	12.33
9.25	8.45	13.24