Citation:

2002PA000780

Name: (Table 3) SSST from polycystine radiolarians, and ages of sediment core MD95-2011
Published: 2002
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Late Pleistocene-Holocene; Norwegian Sea; Radiolarians

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

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Keyword(s):

Late Pleistocene-Holocene; Norwegian Sea; Radiolarians

Project(s):

International Marine Global Change Study (IMAGES)

Coverage:

Latitude: 66.969660 * Longitude: 7.639330

Date/Time Start: 1995-06-08T00:00:00 * Date/Time End: 1995-06-08T00:00:00

Minimum DEPTH, sediment/rock: 0.155 m * Maximum DEPTH, sediment/rock: 6.555 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 m * Location: Voring Plateau * Campaign: (IMAGES I) * Basis: * Method/Device: Calypso Corer (CALYPSO) * 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:

AGE is calender age

Parameter(s):

#	Name	Short Name	Unit	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m		Geocode
2	Age, dated	Age dated	ka	Age, 14C milieu/reservoir corrected (-400 yr)
3	AGE	Age	ka BP		Geocode
4	Communality	Commun
5	Sea surface temperature, summer	SST sum	°C	Transfer function, Cortese et al (2003)
6	Comment	Comment

License:

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

Size:

382 data points

Data

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

1 Depth sed [m]	2 Age dated [ka]	3 Age [ka BP]	4 Commun	5 SST sum [°C]	6 Comment
0.155	0.595	0.567	0.944	11.8
0.195	0.607	0.581	0.907	12.8
0.245	0.622	0.600	0.938	12.5
0.295	0.637	0.618	0.921	12.8
0.355	0.675	0.641	0.896	12.7
0.415	0.718	0.663	0.936	12.3
0.445	0.739	0.674	0.892	12.6
0.495	0.786	0.711	0.929	11.1
0.555	0.864	0.788	0.935	13.0
0.595	0.917	0.839	0.925	12.7
0.655	0.995	0.917	0.882	12.1
0.695	1.047	0.968	0.910	12.0
0.755	1.094	1.026	0.923	11.7
0.815	1.135	1.080	0.904	11.6
0.855	1.163	1.116	0.896	10.9
0.905	1.202	1.164	0.877	11.9
0.955	1.259	1.225	0.920	11.1
1.015	1.329	1.298	0.899	11.4
1.055	1.375	1.347	0.896	12.1
1.095	1.421	1.395	0.921	12.0
1.155	1.490	1.468	0.872	11.8
1.245	1.594	1.578	0.919	11.8
1.295	1.652	1.639	0.940	10.5
1.355	1.721	1.712	0.944	11.0
1.395	1.768	1.761	0.903	12.0
1.455	1.837	1.834	0.880	12.4
1.485	1.871	1.870	0.862	12.6
1.555	1.961	1.971	0.895	11.3
1.605	2.047	2.082	0.923	12.0
1.655	2.134	2.194	0.866	12.1
1.705	2.220	2.306	0.908	12.0
1.755	2.281	2.379	0.913	12.3
1.805	2.341	2.452	0.893	12.4
1.855	2.402	2.526	0.909	12.8
1.905	2.462	2.599	0.920	12.5
1.955	2.523	2.672	0.878	11.8
2.005	2.584	2.745	0.909	12.1
2.055	2.644	2.818	0.883	12.1
2.105	2.705	2.891	0.854	12.1
2.155	2.765	2.965	0.875	12.4
2.195	2.814	3.023	0.877	12.5	nonanalog sample
2.255	2.887	3.111	0.921	11.6
2.305	2.947	3.184	0.817	11.6
2.355	3.008	3.257	0.909	12.4
2.405	3.068	3.331	0.862	12.6
2.455	3.129	3.404	0.904	11.6
2.505	3.190	3.477	0.927	11.5
2.555	3.250	3.550	0.907	12.9
2.605	3.311	3.623	0.863	11.3
2.655	3.372	3.696	0.860	11.1
2.705	3.430	3.768	0.900	11.3
2.755	3.480	3.834	0.900	11.4
2.805	3.530	3.900	0.905	12.1
2.855	3.580	3.966	0.887	12.5
2.895	3.620	4.019	0.867	11.5
2.955	3.680	4.099	0.882	10.9	nonanalog sample
2.985	3.710	4.138	0.903	11.9
3.065	3.790	4.244	0.885	12.8
3.125	3.850	4.323	0.883	11.8
3.265	4.018	4.527	0.879	12.3	nonanalog sample
3.295	4.062	4.576	0.886	11.8
3.345	4.135	4.657	0.881	11.7
3.395	4.208	4.739	0.886	11.2
3.445	4.282	4.820	0.871	12.0
3.495	4.355	4.902	0.886	11.7
3.545	4.428	4.984	0.850	12.1
3.595	4.501	5.065	0.864	12.5
3.645	4.575	5.147	0.877	12.3
3.695	4.648	5.228	0.883	11.8
3.745	4.721	5.310	0.859	11.3
3.785	4.780	5.375	0.869	12.0
3.845	4.868	5.473	0.844	11.5
3.895	4.941	5.554	0.832	11.5
3.945	5.014	5.636	0.832	11.5
3.995	5.087	5.717	0.820	12.1
4.045	5.161	5.799	0.856	12.5
4.095	5.234	5.881	0.847	11.7
4.145	5.307	5.962	0.862	12.1
4.195	5.380	6.044	0.846	12.4
4.245	5.454	6.125	0.870	11.6
4.285	5.512	6.190	0.841	11.7
4.345	5.600	6.288	0.872	12.0
4.385	5.659	6.354	0.894	12.3
4.445	5.747	6.451	0.821	11.5
4.485	5.805	6.517	0.826	12.0
4.555	5.908	6.631	0.848	11.8
4.605	5.981	6.712	0.884	11.3
4.655	6.054	6.794	0.882	12.3	nonanalog sample
4.705	6.128	6.876	0.905	12.0
4.755	6.201	6.957	0.827	11.9
4.805	6.274	7.039	0.860	11.5
4.855	6.347	7.120	0.891	11.1
4.905	6.421	7.202	0.856	10.4
4.955	6.494	7.283	0.861	12.0
5.005	6.567	7.365	0.903	10.7
5.055	6.640	7.446	0.853	11.9
5.105	6.714	7.528	0.836	12.2
5.155	6.787	7.609	0.822	10.7
5.205	6.860	7.691	0.881	10.7
5.255	6.968	7.819	0.835	10.5
5.305	7.076	7.948	0.886	10.4
5.355	7.183	8.076	0.846	12.5
5.405	7.291	8.204	0.857	11.9
5.455	7.399	8.332	0.884	11.6
5.505	7.507	8.461	0.846	13.0
5.555	7.615	8.589	0.832	12.4
5.605	7.723	8.717	0.869	12.0
5.655	7.830	8.846	0.855	12.1
5.705	7.938	8.974	0.850	12.6
5.755	8.046	9.102	0.874	12.0
5.805	8.154	9.231	0.881	12.2
5.855	8.262	9.359	0.848	12.1
5.905	8.370	9.487	0.867	11.7
5.955	8.477	9.615	0.858	12.4
6.025	8.628	9.795	0.866	12.0
6.055	8.693	9.872	0.881	11.4
6.105	8.801	10.000	0.894	12.2
6.155	8.909	10.128	0.885	11.9
6.205	9.017	10.256	0.889	12.3
6.255	9.124	10.385	0.862	12.5
6.305	9.232	10.513	0.889	11.9
6.355	9.340	10.641	0.894	10.0
6.405	9.448	10.770	0.876	11.0
6.455	9.556	10.898	0.888	10.7
6.505	9.663	11.026	0.884	12.0
6.555	9.771	11.155	0.875	11.4