Citation:

PANGAEA.881448

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

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Related to:

Hall, Ian R; Colmenero-Hidalgo, Elena; Zahn, Rainer; Peck, Victoria L; Hemming, Sidney R (2011): Age determination and sedimentation rates of the subpolar northeast Atlantic. PANGAEA, https://doi.org/10.1594/PANGAEA.830624

Hall, Ian R; Colmenero-Hidalgo, Elena; Zahn, Rainer; Peck, Victoria L; Hemming, Sidney R (2011): Centennial- to millennial-scale ice-ocean interactions in the subpolar northeast Atlantic 18-41 kyr ago. Paleoceanography, 26(2), PA2224, https://doi.org/10.1029/2010PA002084

Coverage:

Latitude: 58.948830 * Longitude: -9.571670

Minimum DEPTH, sediment/rock: 3.00 m * Maximum DEPTH, sediment/rock: 10.07 m

Event(s):

MD04-2829CQ * Latitude: 58.948830 * Longitude: -9.571670 * Elevation: -1007.0 m * Location: Northeast Atlantic * Campaign: (ALIENOR) * Basis: * Method/Device: Calypso Square Core System (CASQS)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Hall, Ian R		Geocode – mean composite depth
2	Sea surface temperature, annual mean	SST (1-12)	°C	Hall, Ian R	Artificial Neural Network (ANN)	0-10 m
3	Sea surface temperature, July-September	SST (7-9)	°C	Hall, Ian R	Artificial Neural Network (ANN)
4	Sea surface temperature, January-March	SST (1-3)	°C	Hall, Ian R	Artificial Neural Network (ANN)
5	Sea surface temperature, annual mean	SST (1-12)	°C	Hall, Ian R	Modern analog technique (MAT)	0-10 m
6	Sea surface temperature, July-September	SST (7-9)	°C	Hall, Ian R	Modern analog technique (MAT)
7	Sea surface temperature, January-March	SST (1-3)	°C	Hall, Ian R	Modern analog technique (MAT)

License:

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

Size:

1710 data points

Data

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

1 Depth sed [m] (mean composite depth)	2 SST (1-12) [°C] (0-10 m, Artificial Neural Net...)	3 SST (7-9) [°C] (Artificial Neural Network (ANN))	4 SST (1-3) [°C] (Artificial Neural Network (ANN))	5 SST (1-12) [°C] (0-10 m, Modern analog techniq...)	6 SST (7-9) [°C] (Modern analog technique (MAT))	7 SST (1-3) [°C] (Modern analog technique (MAT))
3.00	4.98	7.20	3.34	5.21	7.75	3.56
3.04	5.33	8.52	4.06	4.57	7.54	2.60
3.08	4.88	7.49	3.26	4.66	7.50	2.75
3.12	4.82	7.87	3.62	3.52	6.08	1.85
3.16	4.66	7.36	3.14	3.24	5.87	1.63
3.20	4.78	7.77	3.54	4.75	7.75	2.72
3.24	5.25	8.02	3.84	4.74	7.52	2.87
3.28	4.27	7.35	3.14	3.06	5.67	1.40
3.32	4.53	7.15	3.04	3.82	6.21	2.35
3.36	3.98	6.67	2.83	2.94	5.34	1.49
3.40	4.96	7.74	3.44	4.34	6.79	2.83
3.44	4.91	7.96	3.80	4.49	7.26	2.67
3.48	4.69	7.37	3.36	3.97	6.46	2.47
3.52	5.12	8.28	3.97	4.58	7.57	2.58
3.56	6.62	9.85	5.23	5.59	8.40	3.75
3.60	5.28	8.33	4.23	4.78	7.75	2.77
3.64	5.97	8.87	4.64	4.83	7.70	2.95
3.68	5.56	8.56	4.36	4.57	7.54	2.60
3.72	4.93	7.78	3.61	4.54	6.92	3.03
3.76	4.73	7.73	3.50	4.35	7.17	2.51
3.80	6.02	9.17	4.70	5.34	8.10	3.57
3.84	5.32	8.60	4.16	4.85	7.79	2.89
3.88	4.92	7.61	3.76	3.99	6.38	2.55
3.92	5.04	8.00	4.00	4.75	7.68	2.73
3.96	4.83	7.57	3.58	3.98	6.38	2.54
4.00	4.79	8.08	3.80	4.66	7.53	2.72
4.04	5.19	7.83	3.99	4.34	6.78	2.82
4.08	4.62	7.71	3.64	3.74	6.40	2.13
4.12	5.01	7.84	3.91	4.33	6.78	2.82
4.16	4.74	7.84	3.79	3.24	5.70	1.71
4.20	5.24	7.85	3.89	4.02	6.67	2.35
4.24	5.03	8.45	4.03	4.14	7.09	2.21
4.28	5.97	9.00	4.72	5.02	7.91	3.07
4.32	5.55	9.23	4.34	5.18	8.14	3.09
4.36	5.14	8.04	3.94	4.47	7.01	2.86
4.40	4.30	7.22	3.27	2.95	5.34	1.49
4.44	3.21	5.72	2.22	3.02	5.72	1.42
4.48	3.83	6.64	2.68	2.85	5.36	1.32
4.52	3.63	6.26	2.68	3.40	6.09	1.76
4.56	4.72	7.88	3.58	3.42	5.97	1.78
4.60	5.65	8.82	4.50	4.60	7.58	2.61
4.64	5.77	9.05	4.77	4.82	7.79	2.80
4.68	5.92	8.98	4.74	5.22	8.12	3.28
4.72	5.04	8.26	3.84	5.01	7.98	2.93
4.76	5.15	8.14	3.86	4.36	7.27	2.46
4.80	4.66	7.62	3.41	3.75	6.54	1.91
4.84	5.03	7.88	3.90	4.22	6.67	2.73
4.88	4.63	7.59	3.68	3.38	6.03	1.80
4.92	3.94	6.50	3.05	3.30	5.95	1.74
4.96	3.45	5.93	2.32	2.80	5.14	1.46
5.00	3.58	6.19	2.55	3.08	5.70	1.59
5.04	4.19	7.12	3.33	2.82	5.22	1.39
5.08	4.76	7.57	3.40	4.39	7.08	2.67
5.12	4.82	7.72	3.72	2.95	5.34	1.49
5.16	4.24	6.92	3.00	2.68	5.17	1.26
5.20	5.49	8.57	4.35	5.26	8.16	3.30
5.24	5.00	8.09	3.89	4.39	7.08	2.67
5.28	4.45	7.40	3.43	3.84	6.38	2.30
5.32	5.03	7.91	3.90	4.31	6.76	2.81
5.36	4.52	7.35	3.44	4.10	6.60	2.58
5.40	3.26	5.90	2.17	3.38	5.95	1.90
5.44	3.07	5.57	1.99	2.84	5.56	1.29
5.48	2.61	5.11	1.54	2.27	5.00	0.74
5.52	3.47	6.13	2.48	1.77	4.01	0.53
5.56	4.45	7.14	3.23	4.34	6.78	2.82
5.60	3.98	6.83	2.51	3.50	6.21	1.76
5.64	3.77	6.54	2.39	3.76	6.25	2.22
5.68	4.14	6.98	2.86	3.63	6.04	2.08
5.72	3.54	6.17	2.03	2.94	5.34	1.49
5.76	3.24	5.95	1.61	2.43	4.55	1.20
5.80	3.02	5.50	1.68	2.16	4.23	1.03
5.82	3.57	6.34	2.03	2.43	4.55	1.20
5.84	3.68	6.13	2.45	2.80	5.20	1.36
5.86	3.10	5.73	1.58	2.77	4.79	1.62
5.88	3.69	6.15	2.39	3.14	5.45	1.78
5.90	3.47	6.10	2.03	3.14	5.45	1.78
5.92	6.05	8.24	5.25	4.78	7.69	2.92
5.94	6.78	8.92	6.09	4.97	7.84	3.14
5.96	6.79	9.16	6.09	5.09	7.94	3.27
5.98	6.63	9.23	5.58	5.33	8.15	3.54
6.00	4.88	7.32	3.72	4.11	6.92	2.33
6.02	3.02	5.49	1.71	2.16	4.23	1.03
6.04	2.98	5.58	1.52	2.16	4.23	1.03
6.06	3.06	5.79	1.56	2.16	4.23	1.03
6.08	3.35	6.05	1.79	2.43	4.55	1.20
6.10	3.27	5.99	1.83	2.42	4.55	1.20
6.12	3.39	6.06	1.79	3.14	5.45	1.78
6.14	3.57	6.41	1.83	3.08	5.44	1.64
6.16	3.66	6.46	1.94	3.40	5.67	2.01
6.18	4.65	7.31	3.18	4.71	7.52	2.85
6.20	4.49	7.12	3.04	4.32	6.84	2.74
6.22	5.66	8.30	4.47	5.30	8.03	3.53
6.24	6.34	9.23	5.12	6.52	9.22	4.73
6.26	7.83	10.37	6.64	6.52	9.22	4.74
6.28	7.32	9.95	6.26	6.52	9.22	4.73
6.30	7.00	9.64	5.95	5.84	8.67	4.00
6.32	5.87	8.23	4.92	4.59	7.45	2.81
6.34	4.41	6.73	3.29	3.42	5.70	2.04
6.36	2.66	4.94	1.48	2.94	5.41	1.55
6.38	2.59	5.09	1.17	2.46	4.78	1.24
6.40	1.72	4.25	0.36	1.67	4.30	0.26
6.42	2.79	5.22	1.47	1.48	3.88	0.24
6.44	1.68	3.95	0.63	1.37	3.94	0.00
6.46	2.60	5.07	1.18	2.17	4.12	1.15
6.48	2.04	4.52	0.70	2.10	4.60	0.83
6.50	2.13	4.59	0.79	2.16	4.37	0.98
6.52	1.76	4.33	0.42	2.39	4.87	1.06
6.54	2.27	4.84	0.86	1.94	4.00	0.82
6.56	2.51	5.12	1.05	1.93	4.00	0.82
6.58	1.81	4.38	0.46	2.39	4.88	1.06
6.60	1.95	4.50	0.57	2.34	4.93	0.98
6.62	2.90	5.55	1.38	2.16	4.23	1.03
6.64	2.21	4.68	0.95	1.70	3.66	0.70
6.66	3.15	5.89	1.52	2.42	4.55	1.20
6.68	2.78	5.52	1.19	2.16	4.23	1.03
6.70	3.29	5.99	1.80	2.93	5.30	1.51
6.72	3.05	5.63	1.66	2.16	4.23	1.03
6.74	1.72	4.09	0.50	1.71	4.13	0.43
6.76	1.85	4.40	0.47	2.30	4.87	0.95
6.78	2.24	4.76	0.88	1.88	4.03	0.77
6.80	2.61	5.27	1.09	2.16	4.23	1.03
6.82	3.74	6.63	1.95	3.23	5.68	1.70
6.84	3.21	6.02	1.58	2.93	5.30	1.51
6.86	3.53	6.41	1.78	2.58	4.81	1.23
6.88	2.62	5.20	1.16	2.16	4.23	1.03
6.90	2.37	5.16	0.81	1.70	3.66	0.70
6.92	2.58	5.07	1.34	1.94	4.00	0.82
6.94	2.77	5.29	1.33	1.93	3.74	0.99
6.96	1.78	4.40	0.38	2.14	4.76	0.72
6.98	1.92	4.39	0.61	1.58	3.62	0.56
7.00	1.86	4.34	0.57	1.87	4.09	0.73
7.02	2.16	4.70	0.79	1.67	3.84	0.55
7.04	2.52	5.18	1.02	1.93	4.00	0.82
7.06	2.19	4.85	0.73	1.94	4.04	0.85
7.08	2.09	4.55	0.82	1.68	3.81	0.60
7.10	2.43	5.03	1.04	1.94	4.01	0.82
7.12	2.48	5.12	1.01	2.16	4.23	1.03
7.14	2.88	5.67	1.26	2.16	4.23	1.03
7.16	2.11	4.69	0.70	2.03	4.36	0.82
7.18	2.75	5.60	1.11	2.16	4.23	1.03
7.20	2.76	5.46	1.22	2.16	4.23	1.03
7.22	2.34	4.96	0.88	1.77	3.85	0.69
7.24	1.75	4.28	0.44	2.05	4.39	0.82
7.26	1.66	4.24	0.30	0.91	3.03	-0.15
7.28	2.65	5.31	1.19	2.16	4.23	1.03
7.30	2.51	5.30	0.93	2.40	4.35	1.36
7.32	2.86	5.46	1.43	2.16	4.23	1.03
7.34	3.71	6.38	2.23	3.41	5.66	2.06
7.36	3.42	5.88	2.01	2.68	4.64	1.59
7.38	3.85	6.30	2.63	3.15	5.45	1.78
7.40	4.98	7.27	3.86	4.93	7.58	3.22
7.42	6.59	8.70	6.04	4.57	7.46	2.74
7.44	8.48	10.73	8.15	5.54	8.33	3.77
7.46	8.57	10.77	8.25	6.08	8.82	4.29
7.48	7.97	10.27	7.43	6.08	8.82	4.29
7.50	7.80	10.25	7.22	6.30	8.89	4.60
7.52	6.99	9.61	6.24	6.08	8.82	4.30
7.54	7.11	9.58	6.42	6.08	8.82	4.30
7.56	5.96	8.49	4.98	5.21	8.02	3.40
7.58	5.32	8.16	3.95	4.77	7.68	2.88
7.60	4.92	7.26	3.81	5.07	7.63	3.38
7.62	1.68	4.07	0.44	1.16	3.67	-0.13
7.64	2.72	5.11	1.31	2.87	5.44	1.36
7.66	4.88	7.24	3.74	4.73	7.29	3.11
7.68	4.33	6.92	2.98	4.66	7.13	3.10
7.70	4.84	7.13	3.77	4.78	7.16	3.24
7.72	7.97	10.41	7.30	6.55	9.21	4.78
7.74	10.52	12.84	9.34	7.54	9.94	5.88
7.76	10.70	13.12	8.96	8.18	10.67	6.43
7.78	9.71	12.34	8.30	7.61	10.03	5.94
7.80	8.81	11.44	7.48	7.75	10.25	6.01
7.82	10.44	13.05	9.02	7.71	10.06	6.06
7.84	10.38	13.46	8.49	7.88	10.34	6.17
7.86	9.52	12.15	8.14	7.71	10.03	6.11
7.88	8.30	11.10	6.44	7.88	10.34	6.17
7.90	6.72	9.48	5.21	7.60	10.02	5.93
7.92	6.94	9.75	5.92	6.26	8.87	4.54
7.94	6.37	8.74	5.62	5.24	7.98	3.51
7.96	4.82	7.72	3.40	5.16	7.98	3.26
7.98	3.78	6.59	2.26	4.00	6.55	2.44
8.00	3.60	6.29	2.07	3.42	5.69	2.03
8.02	2.81	5.56	1.71	2.79	5.21	1.45
8.04	3.21	5.79	1.84	2.01	4.12	0.86
8.06	3.06	5.70	1.71	3.02	5.34	1.69
8.08	3.00	5.63	1.52	2.32	4.46	1.10
8.10	6.86	9.41	5.47	5.21	8.05	3.36
8.12	4.62	8.04	3.14	5.38	8.09	3.60
8.14	4.86	8.29	3.29	5.00	7.86	3.15
8.16	4.18	6.94	2.93	4.40	7.00	2.74
8.18	5.04	7.93	3.65	5.01	7.91	3.07
8.20	5.06	8.12	3.57	4.62	7.54	2.72
8.22	5.48	8.61	4.12	5.22	8.00	3.44
8.24	5.32	8.61	3.86	5.76	8.57	3.96
8.26	5.64	8.84	4.33	6.06	8.87	4.23
8.28	5.01	7.83	3.70	4.63	7.54	2.72
8.31	4.51	7.42	3.08	5.02	7.73	3.20
8.32	4.27	6.95	2.99	4.37	6.96	2.75
8.34	2.82	5.31	1.54	2.44	4.81	1.14
8.36	2.07	4.51	0.84	1.67	4.07	0.41
8.38	1.80	4.36	0.43	1.61	4.07	0.33
8.40	2.22	4.78	0.83	2.02	4.31	0.77
8.42	2.74	5.17	1.50	3.16	5.76	1.64
8.44	3.12	5.60	1.78	3.03	5.62	1.54
8.46	4.05	6.78	2.43	4.41	7.00	2.75
8.48	5.93	8.79	4.85	5.20	8.09	3.35
8.50	7.52	10.30	6.39	7.37	10.07	5.51
8.52	6.59	9.60	5.29	7.05	9.84	5.15
8.54	5.37	8.21	4.07	4.82	7.66	3.03
8.56	6.67	9.79	5.19	7.36	10.06	5.51
8.58	6.28	9.20	5.19	6.07	8.88	4.23
8.60	7.06	10.07	5.70	7.36	10.06	5.51
8.62	5.85	8.99	4.38	6.07	8.88	4.23
8.64	5.96	8.68	4.96	5.68	8.42	3.91
8.66	4.21	7.13	2.30	4.95	7.68	3.15
8.68	4.76	7.66	3.21	4.66	7.57	2.76
8.70	5.23	7.77	3.95	5.51	7.91	3.90
8.72	5.91	8.79	4.85	5.29	8.06	3.49
8.74	5.74	8.40	4.61	5.22	7.75	3.55
8.76	5.53	8.40	4.21	5.03	7.61	3.33
8.78	5.72	8.77	4.41	5.76	8.34	4.04
8.80	4.07	6.75	2.57	4.87	7.38	3.25
8.82	4.04	6.90	2.50	4.40	7.00	2.74
8.84	4.86	7.82	3.33	5.31	8.04	3.47
8.86	6.00	8.94	4.86	6.08	8.82	4.29
8.88	5.77	9.09	4.64	5.46	8.23	3.67
8.90	6.08	9.13	4.91	6.52	9.22	4.73
8.92	6.21	9.30	5.05	6.29	9.04	4.47
8.94	6.08	9.07	4.90	6.37	9.02	4.61
8.96	6.35	9.22	5.54	6.08	8.82	4.29
8.98	3.39	5.94	1.84	4.31	6.84	2.71
9.00	4.17	6.83	2.52	5.18	7.72	3.50
9.02	2.80	5.43	1.24	3.16	5.76	1.65
9.04	1.90	4.49	0.53	2.08	4.68	0.68
9.06	4.55	7.32	3.22	4.83	7.33	3.23
9.08	4.81	7.80	3.40	4.73	7.72	2.75
9.10	5.69	8.68	4.46	5.45	8.23	3.66
9.12	5.29	8.43	3.90	5.16	7.98	3.36
9.14	4.22	7.06	2.56	4.41	7.00	2.75
9.16	4.24	7.12	2.68	4.32	6.97	2.63
9.18	5.03	8.09	3.40	4.65	7.60	2.74
9.20	5.05	8.19	3.46	4.76	7.67	2.89
9.22	5.63	8.33	4.43	5.32	8.10	3.53
9.24	6.14	9.08	5.06	6.06	8.87	4.23
9.26	6.05	9.12	4.80	6.07	8.89	4.23
9.28	6.53	9.56	5.18	7.36	10.07	5.51
9.30	6.85	9.40	6.04	6.08	8.82	4.30
9.32	6.61	9.55	5.59	6.32	9.00	4.54
9.34	6.79	9.41	5.86	5.90	8.53	4.14
9.36	4.52	6.69	3.53	4.61	7.04	3.03
9.38	3.65	5.64	2.78	3.28	5.78	1.77
9.40	4.10	6.45	2.78	4.61	7.04	3.03
9.42	2.86	5.25	1.44	2.87	5.45	1.36
9.44	1.98	4.42	0.64	1.67	4.11	0.38
9.46	2.43	4.85	0.99	2.87	5.44	1.36
9.48	2.65	5.07	1.26	2.87	5.44	1.35
9.50	3.50	6.07	1.83	4.60	7.04	3.03
9.52	4.71	7.65	2.99	5.51	7.91	3.90
9.54	5.04	7.18	4.05	5.18	7.72	3.50
9.56	5.13	7.34	4.19	5.45	7.96	3.77
9.58	5.63	8.20	4.54	5.08	7.50	3.47
9.60	4.29	6.42	3.49	3.79	6.35	2.21
9.62	3.37	5.70	2.00	4.20	6.70	2.63
9.64	2.51	4.98	1.15	2.64	4.91	1.43
9.66	2.44	5.02	0.97	2.97	5.55	1.50
9.68	2.26	4.59	1.08	1.38	3.69	0.19
9.70	3.62	6.34	2.01	3.04	5.63	1.55
9.72	4.49	7.66	2.52	5.03	7.76	3.22
9.74	5.25	8.27	3.73	4.97	7.84	3.14
9.76	5.60	8.73	4.26	5.76	8.57	3.96
9.78	6.16	9.08	4.97	6.52	9.22	4.73
9.80	6.43	9.51	5.25	6.07	8.88	4.23
9.82	6.66	9.43	5.69	6.31	9.06	4.50
9.84	5.47	8.57	4.05	5.92	8.69	4.12
9.86	4.46	6.87	3.31	4.40	7.00	2.74
9.88	3.54	6.30	1.95	3.54	6.12	1.99
9.90	4.08	6.89	2.37	4.61	7.16	2.97
9.92	5.09	8.27	3.32	4.98	7.85	3.13
9.94	4.77	8.22	3.15	5.40	8.20	3.56
9.96	5.20	8.45	3.63	5.28	8.09	3.45
9.98	5.35	8.53	3.82	5.42	8.16	3.65
10.00	5.45	8.86	4.01	5.42	8.16	3.65
10.02	5.77	9.09	4.20	5.66	8.42	3.88
10.04	5.74	9.13	4.23	6.07	8.88	4.23
10.06	6.92	9.85	5.28	7.16	9.62	5.49
10.07	6.62	9.67	5.13	7.07	9.50	5.42