Citation:

PANGAEA.861260

Name: Sea surface temperature reconstruction for sediment core MD02-2515
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

McClymont, Erin L; Ganeshram, Raja S; Pichevin, Laetitia; Talbot, Helen M; van Dongen, Frank H; Thunell, Robert C; Haywood, Alan M; Singarayer, Joy S; Valdes, Paul J (2012): Sea-surface temperature records of Termination 1 in the Gulf of California: Challenges for seasonal and interannual analogues of tropical Pacific climate change. Paleoceanography, 27(2), PA2202, https://doi.org/10.1029/2011PA002226

Coverage:

Latitude: 27.483500 * Longitude: -112.074300

Date/Time Start: 2002-06-13T04:53:00 * Date/Time End: 2002-06-13T04:53:00

Minimum Elevation: -881.0 m * Maximum Elevation: -881.0 m

Event(s):

MD02-2515 (MD022515) * Latitude: 27.483500 * Longitude: -112.074300 * Date/Time: 2002-06-13T04:53:00 * Elevation: -881.0 m * Recovery: 74.49 m * Location: Guaymas Basin * Campaign: (IMAGES VIII - MONA) * Basis: * Method/Device: Calypso Corer (CALYPSO)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	AGE	Age	ka BP	McClymont, Erin L		Geocode
2	Sea surface temperature, annual mean	SST (1-12)	°C	McClymont, Erin L	Calculated from TEX86 (Kim et al., 2010)
3	Sea surface temperature, annual mean	SST (1-12)	°C	McClymont, Erin L	Calculated from UK'37 (Müller et al, 1998)

License:

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

Size:

506 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 TEX86 (Kim et...)	3 SST (1-12) [°C] (Calculated from UK'37 (Müller...)
6.8254	17.90	25.95
6.8496		23.75
6.8797	18.44	26.55
6.9099		23.35
6.9401	17.99	26.22
6.9703		22.23
7.0005		25.78
7.0307	17.56	23.48
7.0609	18.16	25.44
7.0911	19.27
7.1213	18.87	24.34
7.1515	17.34	24.91
7.1817	20.66	24.24
7.2119		22.10
7.2421	17.10	25.31
7.2722	17.50	23.67
7.3024	20.27	26.55
7.3326	16.68	23.16
7.3930	16.44	23.06
7.4232	20.83	25.17
7.4534	17.88	25.10
7.4836	18.20	24.84
7.5138	15.76	22.85
7.5440		24.54
7.5742	19.14	23.97
7.6044		25.98
7.6345	18.62	23.19
7.6617		23.14
7.6889		22.19
7.7191	18.69	25.02
7.7493	17.44	22.80
7.7795	17.67	25.59
7.8097	16.79	22.84
7.8399		23.93
7.8700	16.12	22.85
7.9002	18.49	25.14
7.9304	17.55	22.31
7.9606	18.89	23.38
8.0210	17.56	24.29
8.0512	16.08	22.90
8.0814		26.77
8.1418	18.90	25.53
8.1720	18.46	23.25
8.2022	14.71	25.47
8.2407	16.84	22.59
8.3718	16.72	20.53
8.4427		21.05
8.5491	17.77	21.85
8.7664	18.11	22.72
8.9290	17.90	21.94
8.9534	13.83
9.0989	16.78	21.71
9.2001	17.62	21.99
9.3499	18.22	21.72
9.5272	16.17	21.26
9.7046	16.79	21.70
9.8731	16.46	22.29
9.9524	18.28	22.07
10.1110	16.32	22.38
10.2489	19.59	23.32
10.2770	19.00	21.66
10.3106	18.22	21.23
10.3331		21.35
10.3611	17.26	21.06
10.3925	17.87	22.80
10.4135	18.77	22.60
10.4419	18.44	22.14
10.4702	18.60	22.68
10.4986		20.50
10.5270	17.67
10.5553	19.53	20.67
10.5780	18.65	24.09
10.6121		20.33
10.6405	18.33	22.63
10.6632		20.20
10.6972	17.66	24.01
10.7486	18.20	24.31
10.8504	17.40	23.01
10.8901		22.19
10.9185	20.05	24.93
10.9469	17.81	22.36
10.9752	16.93	24.30
11.0036		21.62
11.0320	17.96	24.95
11.0604		21.97
11.0887	18.75	23.87
11.1171	18.54	21.38
11.1455	18.19	23.61
11.1738	16.03	22.94
11.2022	17.73	24.58
11.2306		23.07
11.2533		22.76
11.2590	18.74	24.31
11.3090	15.83	22.77
11.3305	17.67	25.27
11.3795		21.56
11.4382	18.04	23.53
11.4757	15.55	22.89
11.5226	16.19	22.88
11.5694		21.74
11.6163	14.06	23.68
11.6631	15.81	21.84
11.7100	15.68	23.19
11.7568	15.47	21.73
11.8037	14.91
11.8506	16.79	24.05
11.8974	17.33	24.93
11.9443		22.58
11.9911	15.59	23.33
12.0380		22.64
12.0848	17.08	24.15
12.1317		21.87
12.1785	15.09	24.55
12.2254		21.77
12.2722	21.63	23.02
12.3191		22.83
12.3659	15.98	24.72
12.4128	16.39	23.12
12.4596	16.69	24.02
12.5065	17.17	23.70
12.5534	15.55	23.23
12.5815	15.83	23.69
12.6002	15.42	24.01
12.6471		20.36
12.6939	16.68	22.92
12.7408	14.70	24.14
12.7873	16.68	24.20
12.8420	15.21	23.46
12.8795	16.39	23.27
13.0575	15.11	21.31
13.2590	14.84
13.6291		20.37
13.8165	14.86	21.19
14.1815	14.42
14.3524	16.73	20.67
14.5573	17.13	19.04
14.7436	14.13	21.76
14.9299	13.73	21.32
15.1255	13.19	20.29
15.3118	15.63	21.40
15.4981	14.93	20.94
15.6705	12.82	20.99
15.8605	13.52	20.69
16.0189	14.56	21.00
16.2052	14.75
16.3915	12.38
16.5778	13.64	19.05
16.7641	14.86	17.07
16.9163	13.56	19.43
16.9891	13.12	18.77
17.0574	12.21
17.1327	12.93	17.99
17.2019	13.03	18.21
17.2782	11.64	18.08
17.3510	15.43	18.03
17.4237	14.05	18.90
17.5074	13.28	17.27
17.6587	12.45	18.32
17.7315	13.24	19.56
17.7977		18.05
17.8722	10.65	18.56
17.9004	11.30	18.41
17.9777	12.54	17.13
18.0468	12.86	17.21
18.1196	11.20	19.22
18.1923	11.92	18.71
18.2578	12.74	19.48
18.4105	11.68	20.62
18.4833	13.24	19.62
18.5597	13.02	19.18
18.7052	14.59	19.97
18.7761	13.49	20.10
18.8488	12.52	18.33
18.8998	13.89
18.9216	12.45	19.42
18.9993	13.56	17.11
19.0808	13.19	19.90
19.1570	13.41	21.29
19.2371	12.65	17.91
19.3173	11.69	22.35
19.3893	14.17	20.25
19.4721	13.74	21.69
19.5333	13.03	20.52
19.6135	13.08	19.70
19.6936	12.77	20.83
19.7738	12.26	19.00
19.8269	13.49
19.9228	13.17	19.82
20.0143	13.22	20.72
20.0905	13.42	21.24
20.1583	14.20	20.80
20.2487	14.43	21.22
20.3101	15.01	20.62
20.3604	12.83	18.95
20.4262	12.24	20.06
20.5152	12.80	17.68
20.5887	14.31	20.49
20.6728	13.95	22.32
20.7318	13.70	18.50
20.8692	13.43	20.44
20.9454	12.20	21.82
21.0491	13.31	20.28
21.1424	12.37	20.82
21.1864	16.31	24.61
21.1934	13.18	18.76
21.2038		19.28
21.2734		19.48
21.3034		19.19
21.3334		18.30
21.3634		18.82
21.3994		19.23
21.4234	15.34	20.08
21.4534	13.76	19.80
21.4834	14.48	20.30
21.5134	12.60	21.00
21.5373		21.99
21.5546		20.03
21.5718	13.07
21.6004	17.34	22.19
21.6291		19.35
21.6436		19.10
21.7304		20.30
21.7440	13.94	21.52
21.7593	14.54	20.62
21.7893	13.73	22.09
21.8193		20.95
21.8439		21.72
21.8882	14.44	23.16
22.0124	12.25	20.81
22.0632	11.26	21.39
22.0862	13.51	21.10
22.1321	13.60	20.16
22.1551		19.79
22.2102	14.22	21.74
22.3230	13.53	21.41
22.3378	14.06	19.84
22.3527		21.11
22.3675	15.17	23.52
22.4093	13.75	20.92
22.4512	10.80	19.66
22.4930		19.65
22.5348	16.05	21.85
22.5796	13.81	19.53
22.6244	11.98	23.87
22.6691	13.51	20.99
22.7139		20.88
22.7587		19.34
22.8035		20.09
22.8483	13.44	19.59
22.9199	15.30	20.83
22.9826		19.60
23.0274	13.08	18.72
23.0722	13.38	19.74
23.1170	14.15	22.19
23.1618	13.94	19.61
23.2065	12.86	18.63
23.2513	13.90	19.60
23.2961	13.68	21.56
23.3175		18.29
23.3390	12.53	19.48
23.4975	14.20	22.02
23.5275		22.01
23.5737	13.20	19.47
23.6122	13.99	18.94
23.7663	14.03	18.67
23.8048	13.96	17.58
23.8433	13.52	19.66
23.8819		20.69
23.9356	13.45	20.30
23.9714	13.34	19.88
24.0162		20.36
24.0610	16.62	23.37
24.1058	13.25	20.43
24.1505	14.91	20.42
24.1953	12.93	19.78
24.2401	13.29	22.42
24.2898		21.08
24.3395	14.33	18.25
24.3892	13.34	20.34
24.4388		23.70
24.4999	15.15	20.03
24.5733	13.25	19.64
24.6222		21.09
24.6833		23.12
24.7444	16.82	20.63
24.8055	13.24	18.36
24.8666		19.81
24.9400	14.99	19.00
24.9889	13.42	19.54