Citation:

PANGAEA.861248

Name: Sea surface temperature reconstruction based on UK'37 for sediment core MD98-2195
Published: 2005
License: https://creativecommons.org/licenses/by/3.0/

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

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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

Ijiri, Akira; Wang, Luejiang; Oba, Tadamichi; Kawahata, Hodaka; Huang, Chen-Yue; Huang, Chi-Yue (2005): Paleoenvironmental changes in the northern area of the East China Sea during the past 42,000 years. Paleo3, 219(3-4), 239-261, https://doi.org/10.1016/j.palaeo.2004.12.028

Coverage:

Latitude: 31.640000 * Longitude: 128.940000

Minimum Elevation: -746.0 m * Maximum Elevation: -746.0 m

Event(s):

MD98-2195 (MD982195) * Latitude: 31.640000 * Longitude: 128.940000 * Elevation: -746.0 m * Recovery: 33.65 m * Campaign: (IMAGES IV-IPHIS III) * Basis: * Method/Device: Calypso Corer (CALYPSO)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	AGE	Age	ka BP	Ijiri, Akira		Geocode
2	Sea surface temperature, annual mean	SST (1-12)	°C	Ijiri, Akira	Calculated from UK'37 (Prahl et al., 1988)

License:

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

Size:

275 data points

Data

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

1 Age [ka BP]	2 SST (1-12) [°C]
0.19	24.3
0.36	23.5
0.45	23.9
0.53	23.9
0.62	24.0
0.70	24.1
0.79	23.9
0.87	23.9
0.96	24.1
1.04	24.0
1.13	23.6
1.21	22.8
1.30	23.2
1.47	22.7
1.56	22.6
1.64	23.6
1.81	24.0
1.90	23.9
2.11	24.1
2.54	24.3
2.76	23.9
2.98	24.1
3.20	24.5
3.41	24.3
3.63	24.3
3.85	23.4
4.00	23.5
4.16	23.4
4.31	23.3
4.46	23.4
4.62	23.6
4.78	23.8
4.93	23.6
5.08	23.6
5.24	23.6
5.40	23.5
5.55	23.9
5.86	23.4
6.01	23.3
6.17	23.3
6.33	23.6
6.48	23.5
6.63	23.6
6.79	23.5
7.11	23.4
7.25	23.4
7.50	23.2
7.75	22.7
7.99	22.6
8.23	23.1
8.72	23.1
8.82	24.2
8.92	25.4
9.03	23.6
9.13	25.6
9.23	23.5
9.33	23.7
9.44	24.7
9.67	23.1
9.92	23.2
10.15	22.7
10.39	22.4
10.63	22.3
10.87	21.8
11.10	21.8
11.34	21.5
11.58	21.9
11.82	22.5
12.29	20.8
12.40	20.9
12.52	21.6
12.63	22.0
12.74	22.2
12.96	21.9
13.07	21.4
13.18	22.8
13.29	22.0
13.40	21.6
13.51	21.6
13.62	21.3
13.73	21.7
13.84	21.1
13.95	22.2
14.06	21.9
14.17	21.1
14.39	20.8
14.51	20.3
14.61	20.5
14.72	20.2
14.83	20.0
15.05	19.9
15.27	19.9
15.61	20.3
15.83	20.0
15.94	19.8
16.05	20.5
16.16	19.7
16.27	19.9
16.38	19.8
16.49	19.8
16.93	19.7
17.37	19.4
17.59	19.8
17.70	19.7
17.82	19.4
18.03	19.9
18.14	19.9
18.25	18.8
18.36	19.6
18.47	19.9
18.59	19.6
18.70	20.0
18.80	20.2
18.92	19.8
19.03	19.5
19.14	20.0
19.25	19.6
19.36	20.3
19.47	19.6
19.58	19.6
19.69	20.3
19.80	22.5
20.18	22.1
20.57	19.9
20.68	19.9
20.79	20.2
20.90	19.9
21.01	20.0
21.12	20.4
21.23	21.8
21.45	20.3
21.56	20.4
21.67	20.8
21.78	20.6
21.89	20.5
22.00	20.3
22.21	20.4
22.32	20.5
22.43	20.1
22.54	19.7
22.65	19.9
22.87	19.4
22.98	19.3
23.20	20.2
23.20	19.6
23.31	20.6
23.42	20.3
23.53	20.7
23.64	20.1
23.75	20.3
23.86	20.4
24.08	20.3
24.18	21.0
24.30	20.4
24.40	20.4
24.51	20.5
24.62	20.6
24.87	21.0
25.11	21.5
25.36	20.7
25.60	20.7
26.09	20.6
26.33	20.8
26.58	20.8
26.82	20.4
27.07	20.6
27.31	20.9
27.55	20.8
27.80	21.1
28.29	21.2
28.53	21.4
28.77	21.5
29.02	21.6
29.26	21.4
29.51	20.7
29.71	21.2
29.91	21.5
30.11	21.4
30.32	21.1
30.52	21.2
30.70	21.1
31.02	21.3
31.32	21.1
31.61	21.1
31.91	21.2
32.21	20.9
32.50	21.1
32.80	21.1
33.10	21.3
33.39	21.4
33.69	21.8
33.92	21.2
34.36	22.1
34.59	22.0
34.81	21.3
35.04	21.6
35.72	22.2
35.94	21.8
36.17	21.3
36.39	21.4
36.62	22.1
36.84	22.6
37.30	21.4
37.52	22.1
37.74	22.5
37.97	22.3
38.20	22.4
38.42	21.7
38.65	22.5
38.87	21.8
39.10	21.3
39.32	21.2
39.36	21.5
39.40	21.2
39.44	21.4
39.48	20.9
39.51	20.9
39.55	21.6
39.59	22.6
39.82	21.6
39.86	23.3
39.90	22.8
39.94	22.6
39.97	21.9
40.01	22.4
40.05	23.3
40.09	22.2
40.13	20.3
40.16	21.7
40.20	20.7
40.24	22.4
40.28	20.6
40.32	20.9
40.39	20.9
40.43	22.3
40.55	20.2
40.59	21.6
40.62	20.8
40.66	21.2
40.70	21.2
40.74	21.5
40.77	21.9
40.81	21.5
40.85	21.6
40.92	20.5
40.96	19.9
40.99	20.1
41.03	20.6
41.07	20.4
41.10	20.0
41.14	19.6
41.18	19.7
41.21	19.7
41.25	19.8
41.29	20.3
41.32	20.4
41.36	20.7
41.40	20.5
41.43	21.1
41.47	20.3
41.51	21.4
41.54	21.2
41.58	20.9
41.62	20.7
41.65	21.1
41.69	20.9
41.72	21.2
41.76	21.1
41.80	21.5
41.83	21.7
41.87	21.8
41.91	21.8
41.94	21.8
41.98	21.4
42.02	21.8