Citation:

PANGAEA.831579

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

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Related to:

Chapman, Mark R; Shackleton, Nicholas J; Duplessy, Jean-Claude (2000): Sea surface temperature variability during the last glacial-interglacial cycle: assessing the magnitude and pattern of climate change in the North Atlantic. Palaeogeography, Palaeoclimatology, Palaeoecology, 157(1-2), 1-25, https://doi.org/10.1016/S0031-0182(99)00168-6

Coverage:

Latitude: 40.505000 * Longitude: -32.053333

Date/Time Start: 1990-01-01T00:00:00 * Date/Time End: 1990-01-01T00:00:00

Minimum DEPTH, sediment/rock: 0.00 m * Maximum DEPTH, sediment/rock: 2.90 m

Event(s):

SU90-03 * Latitude: 40.505000 * Longitude: -32.053333 * Date/Time: 1990-01-01T00:00:00 * Elevation: -2475.0 m * Recovery: 11 m * Location: North Atlantic * Campaign: * Basis: Le Suroît * 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	AGE	Age	ka BP			Geocode
3	Sea surface temperature, summer	SST sum	°C	Voelker, Antje H L	Modern analog technique (MAT), SIMMAX28, non-distance-weighted	using the extended North Atlantic modern analog file of Salgueiro et al. 2010, doi:10.1016/j.quascirev.2009.11.013
4	Species richness	S		Voelker, Antje H L	Calculated after Shannon (1948)
5	Shannon Diversity Index	H'		Voelker, Antje H L	Calculated after Shannon (1948)
6	Probability	Prob		Voelker, Antje H L	Calculated after Hurlbert (1971)	of interspecific encounter (PIE)
7	Neogloboquadrina pachyderma sinistral	N. pachyderma s	%	Chapman, Mark R	Counting, foraminifera, planktic	Source: Chapmann et al., 2000

License:

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

Size:

760 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]	4 S	5 H'	6 Prob	7 N. pachyderma s [%]
0.00	0.00	21.8	19	2.51	0.10	0.00
0.05	1.28	21.9	19	2.50	0.10	0.00
0.08	2.06	22.1	19	2.44	0.12	1.18
0.10	2.57	21.5	22	2.48	0.11	0.44
0.12	3.08	21.3	22	2.49	0.10	0.00
0.15	3.85	22.5	19	2.41	0.11	0.00
0.16	4.11	21.4	23	2.52	0.10	0.00
0.17	4.37	21.7	19	2.37	0.12	0.60
0.22	5.65	21.9	22	2.50	0.10	0.00
0.23	5.91	22.6	21	2.49	0.10	0.00
0.25	6.42	21.9	19	2.45	0.11	0.56
0.27	6.94	21.7	20	2.43	0.11	1.06
0.29	7.45	21.0	19	2.43	0.10	1.69
0.31	7.96	21.4	19	2.43	0.11	1.44
0.32	8.22	21.8	19	2.46	0.10	1.64
0.34	8.58	21.6	17	2.48	0.10	3.07
0.36	8.78	21.5	20	2.48	0.11	1.74
0.38	8.98	20.2	20	2.45	0.11	2.60
0.40	9.18	20.7	19	2.36	0.13	2.41
0.42	9.38	20.4	14	2.35	0.11	3.44
0.44	9.59	20.2	18	2.41	0.11	4.53
0.46	9.79	21.7	20	2.43	0.11	2.00
0.48	9.99	22.0	18	2.44	0.11	0.84
0.50	10.19	21.4	18	2.40	0.11	0.59
0.52	10.39	21.0	18	2.33	0.12	2.40
0.54	10.59	20.2	17	2.43	0.10	4.28
0.56	10.93	21.3	16	2.37	0.11	2.60
0.58	11.42	19.7	18	2.36	0.12	3.40
0.61	12.14	19.9	20	2.43	0.11	3.71
0.64	12.86	18.1	17	2.20	0.14	2.81
0.66	13.34	14.2	16	2.19	0.14	4.03
0.68	13.82	11.6	15	2.20	0.13	7.75
0.69	14.07	10.8	16	2.27	0.12	11.38
0.71	14.55	11.3	15	2.18	0.13	9.81
0.72	14.79	15.9	15	2.19	0.14	17.87
0.73	15.03	9.6	11	1.96	0.17	12.31
0.75	15.51	13.3	14	2.20	0.13	11.97
0.77	15.99	10.7	15	2.18	0.14	11.70
0.78	16.23	11.1	14	2.07	0.15	11.92
0.80	16.71	9.9	15	2.08	0.16	15.56
0.82	17.20	9.7	14	2.05	0.16	14.69
0.83	17.44	10.1	12	1.97	0.17	17.00
0.84	17.60	9.8	14	2.12	0.15	17.43
0.85	17.76	11.9	13	2.08	0.15	9.42
0.86	17.92	9.6	12	2.09	0.15	8.23
0.88	18.24	12.7	12	2.05	0.16	5.24
0.90	18.57	15.2	10	1.99	0.16	3.88
0.92	18.89	12.1	14	2.10	0.15	7.19
0.94	19.21	17.9	14	2.14	0.14	5.88
0.95	19.37	15.8	14	2.07	0.16	3.77
0.96	19.53	17.5	15	2.25	0.13	3.26
0.97	19.70	16.3	11	1.98	0.17	3.47
0.98	19.86	16.3	10	1.86	0.19	1.10
1.00	20.07	15.8	12	2.02	0.16	2.31
1.02	20.29	16.0	13	2.00	0.17	1.30
1.04	20.51	15.6	12	2.08	0.15	2.97
1.06	20.72	16.2	14	2.06	0.16	1.37
1.07	20.83	16.0	11	1.99	0.17	1.86
1.08	20.94	17.5	12	1.96	0.16	1.15
1.10	21.16	17.7	13	2.04	0.16	2.54
1.12	21.37	17.0	13	2.05	0.16	1.67
1.14	21.59	16.0	13	2.01	0.17	1.81
1.15	21.70	17.0	13	2.05	0.15	2.42
1.17	21.91	17.7	14	1.97	0.18	2.39
1.19	22.13	17.7	14	2.03	0.16	2.97
1.21	22.35	17.6	12	2.11	0.14	3.23
1.23	19.33	14.2	13	2.05	0.15	2.27
1.24	19.62	14.3	16	2.10	0.15	3.57
1.26	20.20	16.7	14	2.15	0.14	4.33
1.28	20.79	14.2	13	2.08	0.15	1.72
1.30	21.37	12.2	12	2.01	0.16	4.52
1.32	21.96	11.1	13	2.10	0.15	3.23
1.34	22.32	15.1	14	2.20	0.13	2.47
1.36	22.68	10.1	12	2.03	0.16	6.65
1.37	22.85	10.3	12	2.03	0.16	3.94
1.38	23.03	13.4	14	2.05	0.16	1.81
1.40	23.39	13.4	13	2.19	0.13	6.15
1.41	23.57	10.7	13	2.06	0.16	4.62
1.43	23.94	18.0	13	2.06	0.15	3.83
1.45	24.32	10.4	10	1.97	0.16	3.97
1.48	24.88	10.7	12	2.09	0.15	3.83
1.51	25.43	10.2	15	2.10	0.15	5.91
1.52	25.62	11.4	13	2.10	0.15	4.14
1.55	26.18	10.8	11	2.01	0.17	7.32
1.58	26.74	11.0	12	1.98	0.17	10.74
1.60	26.98	9.8	13	2.05	0.16	7.74
1.62	27.22	14.8	10	2.10	0.15	8.46
1.64	27.46	17.7	13	1.96	0.21	5.10
1.65	27.58	19.2	11	1.73	0.30	3.04
1.67	27.95	17.4	14	1.86	0.24	4.55
1.69	28.32	10.2	11	1.98	0.17	8.42
1.72	28.88	12.7	11	2.01	0.17	8.10
1.75	29.44	13.4	11	2.04	0.17	10.00
1.77	29.81	9.9	16	2.19	0.14	10.38
1.79	30.18	11.3	14	2.08	0.16	7.40
1.82	30.74	18.4	11	1.93	0.20	5.62
1.86	31.78	9.7	12	2.10	0.15	9.17
1.89	32.56	9.4	12	2.08	0.15	12.96
1.91	33.08	9.8	17	2.18	0.14	7.33
1.92	33.34	11.4	14	2.10	0.16	8.12
1.93	33.60	10.4	12	2.11	0.15	4.93
1.95	34.12	11.1	14	2.19	0.14	8.96
1.96	34.38	10.4	12	1.96	0.19	13.37
1.97	34.64	11.5	14	1.95	0.19	10.74
1.98	34.85	9.9	14	1.97	0.18	8.63
1.99	35.06	11.6	13	2.14	0.14	5.83
2.00	35.27	13.7	12	2.12	0.15	4.90
2.02	35.68	16.8	15	2.08	0.16	3.75
2.03	35.89	18.4	15	2.08	0.16	1.99
2.04	36.08	15.6	13	2.12	0.15	5.98
2.06	36.45	11.8	14	2.09	0.16	3.86
2.09	37.01	19.3	15	2.03	0.18	3.20
2.13	38.15	18.4	15	2.07	0.16	3.39
2.16	39.01	17.1	15	2.12	0.15	5.44
2.17	39.29	13.7	14	2.13	0.15	5.59
2.18	39.58	15.9	14	2.15	0.14	4.56
2.20	40.15	15.7	18	2.24	0.13	3.15
2.23	41.01	18.3	17	2.20	0.13	5.51
2.27	42.15	18.2	18	2.19	0.15	4.16
2.30	43.01	18.0	16	2.17	0.14	3.21
2.31	43.29	11.9	17	2.23	0.13	3.87
2.33	43.86	12.4	16	2.18	0.14	5.87
2.35	44.44	17.1	17	2.30	0.14	6.46
2.37	45.01	16.7	16	2.24	0.14	3.85
2.39	45.58	14.8	16	2.15	0.16	4.80
2.40	45.86	16.8	16	2.14	0.16	6.69
2.41	46.15	12.6	14	2.20	0.14	6.36
2.43	46.72	9.5	17	2.23	0.14	8.52
2.44	47.01	12.3	16	2.18	0.15	5.04
2.45	47.29	17.4	15	2.10	0.17	2.86
2.47	47.86	14.8	14	2.19	0.14	0.61
2.48	48.15	16.5	18	2.33	0.13	2.83
2.50	48.72	13.1	17	2.29	0.13	2.56
2.52	49.29	17.9	16	2.23	0.13	1.99
2.54	49.86	14.4	19	2.31	0.12	0.97
2.57	50.72	12.9	19	2.24	0.14	0.72
2.61	51.86	15.8	16	2.23	0.14	1.64
2.64	52.72	16.3	17	2.34	0.12	2.23
2.67	53.57	17.3	15	2.25	0.13	2.38
2.69	54.15	19.1	18	2.30	0.13	2.74
2.71	54.72	11.9	16	2.26	0.13	1.79
2.73	55.29	11.2	17	2.31	0.12	5.98
2.74	55.57	11.0	14	2.20	0.14	6.29
2.75	55.86	14.6	15	2.25	0.12	4.09
2.77	56.43	11.2	15	2.20	0.14	3.39
2.78	56.72	10.2	14	2.16	0.15	3.70
2.79	57.00	13.3	14	2.18	0.13	2.70
2.81	57.57	19.7	13	2.21	0.13	2.19
2.84	58.43	18.8	15	2.24	0.13	1.90
2.86	59.00	18.6	15	2.32	0.11	3.59
2.88	59.56	9.7	14	2.10	0.15	8.29
2.90	60.11	9.7	16	2.18	0.14	5.75