Citation:

PANGAEA.861253

Name: Sea surface temperature reconstruction for sediment core GeoB7926-2
Creator: Jung-Hyun Kim
Published: 2012
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Ho, Sze Ling; Laepple, Thomas (2016): Flat meridional temperature gradient in the early Eocene in the subsurface rather than surface ocean. Nature Geoscience, https://doi.org/10.1038/ngeo2763

Kim, Jung-Hyun; Romero, Oscar E; Lohmann, Gerrit; Donner, Barbara; Laepple, Thomas; Haam, Eddie; Sinninghe Damsté, Jaap S (2012): Pronounced subsurface coolling of North Atlantic waters off Northwest Africa during Dansgaard-Oeschger interstadials. Earth and Planetary Science Letters, 339, 95-102, https://doi.org/10.1016/j.epsl.2012.05.018

Coverage:

Latitude: 20.213300 * Longitude: -18.451700

Date/Time Start: 2002-04-27T05:21:00 * Date/Time End: 2002-04-27T05:21:00

Minimum Elevation: -2500.0 m * Maximum Elevation: -2500.0 m

Event(s):

GeoB7926-2 * Latitude: 20.213300 * Longitude: -18.451700 * Date/Time: 2002-04-27T05:21:00 * Elevation: -2500.0 m * Recovery: 13.3 m * Location: North-West African margin * Campaign: * Basis: * Method/Device: Gravity corer (Kiel type) (SL)

Comment:

Dataset was corrected on 2018-05-29, columns for TEX86- and UK'37-temperatures were switched in the old version.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	AGE	Age	ka BP	Kim, Jung-Hyun		Geocode
2	Sea surface temperature, annual mean	SST (1-12)	°C	Kim, Jung-Hyun	Calculated from UK'37 (Müller et al, 1998)
3	Sea surface temperature, annual mean	SST (1-12)	°C	Kim, Jung-Hyun	Calculated from TEX86H (Kim et al., 2012)

License:

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

Size:

509 data points

Data

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

1 Age [ka BP]	2 SST (1-12) [°C] (Calculated from UK'37 (Müller...)	3 SST (1-12) [°C] (Calculated from TEX86H (Kim e...)
0.24	20.8	16.94
0.63	20.9	17.82
1.10	20.8	16.68
1.58	20.8	17.67
2.05	20.7	17.32
2.53	20.8	17.43
3.00	21.2	17.45
3.47	21.1
3.95	21.2	17.45
4.42	21.2	17.59
5.44	21.1	17.19
5.94	21.4	17.04
6.45	22.0	17.15
6.96	21.2	17.12
7.47	21.5	17.15
7.97	21.2	17.14
8.48	21.2	17.13
8.99	21.1	17.04
9.49	20.6	15.74
9.86	20.2	16.55
10.04	20.2	16.65
10.22	20.2	16.74
10.41	20.0	16.75
10.59	20.6	16.38
10.77		16.90
10.95	19.9	17.42
11.10		17.73
11.14	19.8
11.32	19.8	17.57
11.46		17.09
11.68	20.0	17.87
11.87	19.6	17.87
12.01		17.54
12.05	19.9	17.83
12.23	21.0	17.37
12.24	19.5	17.54
12.26	19.4	17.06
12.27	19.2	16.78
12.29	19.3	16.99
12.30	19.2	17.17
12.32		17.16
12.33	19.5	16.70
12.35	18.9	16.52
12.36	18.8	16.43
12.38	18.9	16.52
12.41	19.0	17.36
12.42	18.8	16.22
12.44	18.7	16.37
12.45	18.9	16.09
12.51		17.74
12.54	18.9
12.55		17.29
12.58	19.1	16.67
12.62		16.74
12.67	19.2	16.91
12.71		16.83
12.72	18.8
12.76	19.0	16.79
12.81	18.7	16.30
12.82		16.98
12.85	19.0
12.86		16.96
12.89	18.9
12.96		17.03
12.98	18.5	16.28
13.03	19.3	17.14
13.07	19.4	16.47
13.12	18.5	18.32
13.16	18.8	16.61
13.20	18.0	17.90
13.25	19.3	17.33
13.29	19.0	17.13
13.34	18.9	17.06
13.39		17.20
13.42		17.03
13.43	19.0
13.47	18.8	17.12
13.51	19.4	16.51
13.56	19.3	16.74
13.60	19.5	16.67
13.71	19.4	16.52
13.82	19.7	16.95
13.93	19.8	16.78
14.04	20.2	16.51
14.18		17.27
14.26	19.2	17.57
14.37	19.4	16.12
14.48	19.5	17.22
14.62	18.7	16.97
14.76	19.5	17.37
14.90	19.3	16.56
15.04	19.8	17.44
15.18	19.1	16.12
15.32	19.2	17.19
15.48		16.37
15.59	18.8	16.56
15.73	18.2	16.03
15.87	18.2	16.37
16.01	17.5	15.43
16.15	18.3
16.18		15.62
16.29	18.2	15.94
16.47	18.5	14.35
16.65	18.6	15.09
16.83	18.7	15.60
17.20	19.1	14.94
17.24	19.6	15.81
17.27	19.4	16.26
17.31	19.2	16.18
17.35	18.7	16.37
17.39	18.3
17.42	19.3	15.95
17.46	21.1	15.25
17.49	21.7	16.19
17.50	19.9
17.54		15.98
17.60	19.7	16.23
17.67	19.5	15.75
17.73	19.3	15.87
17.80	18.7	15.78
17.86	20.8	15.37
17.93	20.0	15.62
17.99	20.4	15.90
18.06	20.4	15.67
18.12	19.5	15.81
18.19	19.5	15.75
18.25	19.7	15.72
18.32	19.8	15.48
18.38	19.6	15.82
18.45	19.9	15.80
18.51	20.9	15.79
18.58	20.2	14.85
18.64	19.9	15.67
18.71	20.4	15.76
18.77	20.2	15.50
18.84	20.5	14.99
18.90	20.5	15.74
18.97	20.5	14.90
19.03	20.7	15.11
19.10	20.3	14.90
19.16	20.4	16.27
19.23	20.6	14.93
19.29	20.5	16.63
19.49	20.5	14.42
19.69	20.8	15.10
19.89	21.5	15.77
20.09	21.1	15.78
20.28	21.9	14.98
20.48	21.8	15.59
20.68	21.1	15.37
20.88	21.7	17.06
21.08	21.3	16.10
21.28	21.6	16.01
21.47	21.7	14.68
21.67	21.6	15.62
21.87	21.5	15.16
22.07	21.2	15.99
22.27	21.0	14.62
22.47	21.4	14.95
22.66	21.4	14.10
22.86	21.4	15.20
23.06	21.6	15.83
23.26	22.1	15.62
23.46	21.6	15.80
23.66	22.0	15.64
23.85	21.0	13.74
24.17	21.6	14.77
24.48	20.8	15.61
24.80	20.9	15.72
25.11	19.6	13.96
25.43	20.2	15.40
25.74	20.6	15.64
26.06	20.9	15.74
26.37	20.3	15.36
26.69	20.0	16.02
27.00	19.6	15.89
27.32	19.8	15.80
27.63	20.0	15.37
27.95	19.9	15.45
28.12	19.6	15.39
28.28	19.7	15.21
28.45	20.0	15.64
28.62	19.5	14.28
28.79	19.2	14.67
28.96	19.0	15.15
29.13	19.2	15.27
29.30	19.5	13.75
29.47	19.5	13.95
29.64	18.6	14.64
29.81	18.7
29.98	18.1	14.29
30.15	18.3	14.24
30.32	17.9	14.32
30.49	17.9	15.11
30.66	18.3	14.21
30.83	18.3	14.36
31.00	18.7	14.67
31.17	19.5	15.94
31.34		14.77
31.51		15.29
31.67	20.2	16.45
31.84		16.22
32.01		16.43
32.18		16.51
32.52	20.3	15.92
32.69		15.93
32.86	20.4	15.26
33.03		14.98
33.20	20.6	14.46
33.37	20.8	14.70
33.54	21.0	13.54
33.71	21.0	16.48
33.88		18.04
34.05	20.8	18.19
34.22	21.8	16.58
34.44	20.8	16.41
34.66	19.6	16.23
34.87	21.5	16.18
35.09	19.9	16.56
35.31	19.6	15.10
35.53	19.6	14.92
35.75	20.2	14.47
35.97	19.9	16.51
36.19	22.0	17.11
36.41	20.2	16.45
36.63	20.6	17.08
36.85	19.9	15.24
37.06	19.5	14.11
37.28	19.6	14.02
37.50	19.9	16.37
37.72	20.7	15.90
37.94	20.0	16.09
38.16	20.1	14.55
38.38	19.8	14.93
38.60	20.6	14.17
38.82	19.7	13.74
39.04	19.7	14.05
39.25	19.9	16.56
39.47	19.8	15.22
39.69	19.6	15.15
39.91	19.9	14.52
40.09	20.6	15.19
40.13	20.2	15.14
40.35	20.3	14.79
40.39	20.3	15.52
40.57	20.1	15.29
40.61	20.5	15.57
40.79	19.7	15.39
41.09	19.3	14.25
41.39	19.8	13.56
41.69	20.4	16.05
41.99	19.5	14.21
42.30	19.4	12.87
42.60	20.3	15.84
42.90	20.7	17.18
43.20	20.2	13.64
43.50	20.3	13.67
43.80	20.5	12.92
44.10	20.2	13.10
44.40	19.9	12.74
44.71	19.7	13.11
45.01	20.2	13.31
45.31	20.0	14.09
45.61	19.8	16.01
45.91	19.7	15.37
46.21	20.6	13.33
46.51	19.9	14.02
46.82	20.3	14.32
47.12	20.1	13.88
47.42	20.3	13.97
47.72	20.8	14.30
48.02	20.5	13.78
48.32	21.0	13.74