/* DATA DESCRIPTION:
Citation:	Grimalt, Joan O; Calvo, E (2006): Age and alkenone-derived Holocene sea-surface temperature records of sediment core MD95-2011. Dept. of Environmental Chemistry, Inst. of Chemical and Environmental Research, doi:10.1594/PANGAEA.438810
Related to:	Calvo, E; Grimalt, Joan O; Jansen, Eystein (2002): High resolution UK37 sea surface temperature reconstruction in the Norwegian Sea during the Holocene. Quaternary Science Reviews, 21(12-13), 1385-1394, doi:10.1016/S0277-3791(01)00096-8
Coverage:	LATITUDE: 66.969660 * LONGITUDE: 7.639330
	MINIMUM AGE: 0.510 ka BP * MAXIMUM AGE: 8.490 ka BP
	DATE/TIME START: 1995-06-08T00:00:00 * DATE/TIME END: 1995-06-08T00:00:00
	MINIMUM DEPTH, sediment/rock: 0.0 m * MAXIMUM DEPTH, sediment/rock: 5.5 m
Event(s):	MD95-2011 (MD952011) * LATITUDE: 66.969660 * LONGITUDE: 7.639330 * DATE/TIME: 1995-06-08T00:00:00 * ELEVATION: -1048.0 m * RECOVERY: 17.00 m * LOCATION: Voring Plateau * CAMPAIGN: MD101 (IMAGES I) (URI: hdl:10013/epic.37487.d001) * BASIS: Marion Dufresne (URI: http://www.institut-polaire.fr/ipev/bases_et_navires/le_marion_dufresne) * DEVICE: Calypso Corer * COMMENT: XII Sections, Site location wrong, slumps. Bent core; liner imploded in the middle of the core; 30 cm of sediment of the top recovered in a 1/2 liner
Comment:	This dataset shows only a subset of the published version.
Parameter(s):	DEPTH, sediment/rock [m] (Depth) * Geocode
	AGE [ka BP] (Age) * Geocode
	Sea surface temperature, annual mean [°C] (SST (1-12)) * PI: Grimalt, Joan O (eMail: jgoqam@cid.csic.es) * METHOD: Calculated from C37 alkenones (Prahl & Wakeham, 1987) (URI: doi:10.1038/330367a0)
License:	Creative Commons Attribution 3.0 Unported (CC-BY)
Size:	126 data points
*/
Depth [m]	Age [ka BP]	SST (1-12) [°C]
0.00	0.51	11.1
0.02	0.52	11.0
0.05	0.53	11.3
0.07	0.54	11.3
0.10	0.55	11.2
0.12	0.56	11.2
0.15	0.57	10.9
0.17	0.58	11.1
0.22	0.60	11.2
0.25	0.61	11.1
0.27	0.61	11.1
0.32	0.63	11.2
0.35	0.64	11.1
0.37	0.65	11.4
0.40	0.66	11.3
0.42	0.67	11.6
0.45	0.68	10.9
0.46	0.69	11.5
0.50	0.73	10.7
0.52	0.75	11.6
0.55	0.79	11.2
0.58	0.83	11.0
0.61	0.87	10.9
0.65	0.92	10.9
0.67	0.95	11.1
0.75	1.03	11.1
0.77	1.05	11.5
0.80	1.08	11.3
0.85	1.12	10.7
0.87	1.14	10.7
0.90	1.17	10.8
0.92	1.20	11.0
0.95	1.23	10.9
0.97	1.26	10.9
1.00	1.29	10.9
1.02	1.32	11.0
1.05	1.35	11.1
1.07	1.38	11.2
1.10	1.41	11.1
1.11	1.42	11.1
1.17	1.50	11.1
1.20	1.53	11.0
1.25	1.59	10.9
1.27	1.62	11.0
1.31	1.66	11.2
1.35	1.71	11.0
1.38	1.75	11.2
1.41	1.79	11.0
1.45	1.83	11.1
1.47	1.86	11.3
1.50	1.89	10.9
1.54	1.94	11.1
1.57	2.01	11.3
1.60	2.08	11.4
1.62	2.13	11.4
1.65	2.19	11.5
1.67	2.24	11.3
1.70	2.31	10.6
1.72	2.34	11.1
1.77	2.41	10.9
1.80	2.46	10.9
1.82	2.49	11.2
1.85	2.53	10.9
1.89	2.59	10.8
1.93	2.65	11.4
1.96	2.69	11.4
2.00	2.75	11.7
2.05	2.82	12.0
2.10	2.90	11.8
2.15	2.97	11.9
2.20	3.04	11.9
2.25	3.12	11.6
2.30	3.19	11.9
2.35	3.26	11.7
2.40	3.34	11.4
2.45	3.41	11.8
2.50	3.48	11.8
2.55	3.56	11.7
2.60	3.63	11.7
2.65	3.70	12.2
2.70	3.78	11.9
2.75	3.84	12.3
2.80	3.91	12.0
2.85	3.97	11.8
2.90	4.04	12.2
2.95	4.11	11.8
3.05	4.24	12.0
3.09	4.29	11.9
3.15	4.37	11.9
3.30	4.60	11.8
3.40	4.76	11.8
3.45	4.84	12.0
3.50	4.92	12.0
3.55	5.01	11.9
3.60	5.09	12.2
3.65	5.17	12.1
3.75	5.33	11.8
3.80	5.41	11.8
3.85	5.49	11.7
3.90	5.58	11.8
3.95	5.66	12.0
4.00	5.74	12.2
4.05	5.82	12.9
4.10	5.90	12.3
4.17	6.02	12.8
4.20	6.07	12.6
4.35	6.31	12.9
4.50	6.55	12.5
4.60	6.72	12.7
4.65	6.80	12.7
4.70	6.88	12.8
4.75	6.96	12.7
4.80	7.04	12.7
4.85	7.13	12.8
4.90	7.21	12.7
4.95	7.29	12.3
5.00	7.37	12.1
5.05	7.45	12.2
5.10	7.53	12.2
5.15	7.62	12.1
5.20	7.70	12.2
5.30	7.96	12.1
5.35	8.10	12.4
5.40	8.23	13.0
5.45	8.36	13.0
5.50	8.49	12.7