Citation:

PANGAEA.958410

Name: Summer sea surface temperature for sediment core MD12-3401Cq for the last deglaciation
Published: 2024-01-03
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Antarctic Circumpolar Current; magnetic parameters; mineralogic parameters; Summer sea surface temperature

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Keyword(s):

Antarctic Circumpolar Current; magnetic parameters; mineralogic parameters; Summer sea surface temperature

Coverage:

Latitude: -44.679333 * Longitude: 80.393667

Minimum DEPTH, sediment/rock: 0.02 m * Maximum DEPTH, sediment/rock: 2.94 m

Event(s):

MD12-3401 * Latitude: -44.679333 * Longitude: 80.393667 * Elevation: -3445.0 m * Campaign: (SWAF) * Basis: * Method/Device: Giant piston corer (Calypso) (GPC-C)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Michel, Elisabeth		Geocode
2	AGE	Age	ka BP	Michel, Elisabeth		Geocode
3	Sea surface temperature, summer	SST sum	°C	Michel, Elisabeth	Reconstructed from the percentage of Neogloboquadrina pachyderma sinistral	of size fraction > 150 µm
4	Sea surface temperature, summer	SST sum	°C	Michel, Elisabeth	Reconstructed from the percentage of planktic foraminifera	of size fraction > 150 µm
5	Sea surface temperature, summer, standard deviation	SST sum std dev	±	Michel, Elisabeth	calculated, 1 sigma

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

186 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 SST sum [°C] (of size fraction > 150 µm, Re...)	4 SST sum [°C] (of size fraction > 150 µm, Re...)	5 SST sum std dev [±] (calculated, 1 sigma)
0.02	0.851	9.19	8.41	1.06
0.06	1.116	9.07	8.41	1.06
0.10	1.382	9.03	8.28	1.03
0.14	1.647	9.31	8.41	1.05
0.18	1.913	9.13	8.41	1.06
0.22	2.178	8.87	7.92	1.22
0.26	2.444	9.17	8.41	1.06
0.30	2.709	9.13	8.41	1.06
0.34	2.975	9.43	8.75	0.94
0.38	3.240	9.23	9.01	1.69
0.42	3.506	9.61	9.03	1.11
0.46	3.771	9.61	8.53	0.95
0.50	4.037	9.80	8.74	0.99
0.54	4.302	9.52	9.07	1.10
0.58	4.699	9.74	9.00	1.02
0.62	5.095	9.80	8.90	1.05
0.66	5.492	9.59	8.86	1.19
0.70	5.889	9.60	8.81	1.16
0.74	6.285	9.61	8.43	1.03
0.78	6.682	9.34	8.40	1.05
0.82	7.078	9.16	8.14	1.00
0.86	7.475	9.40	8.45	0.96
0.90	7.828	9.30	8.41	1.06
0.94	8.182	9.36	8.43	1.03
0.98	8.535	9.52	8.58	0.98
1.02	8.888	9.54	8.82	1.05
1.06	9.241	9.61	8.54	0.96
1.10	9.595	9.62	9.02	1.00
1.14	9.948	9.90	8.71	1.04
1.18	10.515	10.21	9.71	1.78
1.22	11.082	9.96	9.22	0.95
1.26	11.648	9.79	9.62	1.45
1.30	12.215	9.11	9.29	1.33
1.34	12.591	9.36	8.95	1.23
1.38	12.966	9.24	8.70	1.24
1.42	13.342	8.80	8.65	1.29
1.46	13.673	8.17	8.09	1.12
1.50	13.953	7.81	8.29	1.30
1.54	14.232	8.53	7.87	1.08
1.58	14.486	9.32	8.10	1.00
1.62	14.740	8.66	8.13	1.30
1.66	15.005	8.66	8.38	1.33
1.70	15.270	8.76	7.65	1.03
1.74	15.535	8.92	8.35	1.35
1.78	15.763	8.67	8.06	1.41
1.82	15.991	9.65	8.40	1.33
1.86	16.219	8.86	8.13	1.29
1.90	16.447	8.48	8.08	1.28
1.94	16.675	7.64	9.02	1.63
1.98	16.878	8.24	7.56	0.96
2.02	17.080	8.16	7.60	1.09
2.10	17.595	6.93	7.20	1.76
2.18	18.113	6.45	6.50	1.95
2.26	18.632	6.97	8.01	1.62
2.34	19.150	5.60	6.53	2.10
2.42	19.669	5.99	6.88	1.96
2.50	20.187	6.25	7.56	1.57
2.58	20.633	5.76	7.01	2.08
2.66	21.078	5.96	6.90	2.13
2.74	21.524	4.94	4.31	1.25
2.82	21.970	4.70	4.30	1.30
2.94	22.638	5.41	5.44	1.50