Citation:

PANGAEA.905293

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

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Related to:

Gibb, Olivia T; Steinhauer, Sarah; Fréchette, Bianca; de Vernal, Anne; Hillaire-Marcel, Claude (2015): Diachronous evolution of sea surface conditions in the Labrador Sea and Baffin Bay since the last deglaciation. The Holocene, 25, 1882-1897, https://doi.org/10.1177/0959683615591352

Coverage:

Latitude: 61.463900 * Longitude: -58.036500

Minimum DEPTH, sediment/rock: 0.005 m * Maximum DEPTH, sediment/rock: 0.565 m

Event(s):

TWC04 * Latitude: 61.463900 * Longitude: -58.036500 * Elevation: -2674.0 m * Method/Device: Core (CORE)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m	van Bellen, Simon	Geocode
2	AGE	Age	ka BP	van Bellen, Simon	Geocode
3	Age, minimum/young	Age min	ka	van Bellen, Simon
4	Age, maximum/old	Age max	ka	van Bellen, Simon
5	Sea surface temperature, summer	SST sum	°C	van Bellen, Simon
6	Sea surface temperature, summer min	SST sum min	°C	van Bellen, Simon
7	Sea surface temperature, summer max	SST sum max	°C	van Bellen, Simon
8	Sea surface temperature, winter	SST win	°C	van Bellen, Simon
9	Sea surface temperature, winter min	SST win min	°C	van Bellen, Simon
10	Sea surface temperature, winter max	SST win max	°C	van Bellen, Simon
11	Sea ice cover duration	SIC d	months/a	van Bellen, Simon	annual mean
12	Sea ice cover duration	SIC d	months/a	van Bellen, Simon	annual minimum
13	Sea ice cover duration	SIC d	months/a	van Bellen, Simon	annual maximum
14	Sea ice concentration	Sea ice conc	%	van Bellen, Simon	annual
15	Sea ice concentration	Sea ice conc	%	van Bellen, Simon	annual, minimum
16	Sea ice concentration	Sea ice conc	%	van Bellen, Simon	annual, maximum

License:

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

Size:

798 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 Age min [ka]	4 Age max [ka]	5 SST sum [°C]	6 SST sum min [°C]	7 SST sum max [°C]	8 SST win [°C]	9 SST win min [°C]	10 SST win max [°C]	11 SIC d [months/a] (annual mean)	12 SIC d [months/a] (annual minimum)	13 SIC d [months/a] (annual maximum)	14 Sea ice conc [%] (annual)	15 Sea ice conc [%] (annual, minimum)	16 Sea ice conc [%] (annual, maximum)
0.005	0.022	-0.054	0.141	4.336	3.64	6.28	1.382	0.18	3.33	2.443	0.14	7.14	20.968	1.6	55.9
0.015	0.180	-0.029	0.529	8.883	6.74	10.96	4.540	2.45	6.53	0.076	0.00	0.40	0.567	0.0	3.0
0.025	0.335	0.041	0.774	7.411	5.01	10.52	3.522	1.87	5.70	0.370	0.00	1.34	3.679	0.0	14.3
0.035	0.488	0.109	0.907	9.421	5.56	14.94	3.312	0.05	6.48	0.620	0.00	2.33	4.860	0.0	18.5
0.045	0.644	0.236	1.048	7.974	4.50	9.28	3.733	1.15	5.10	0.128	0.00	0.60	1.213	0.0	5.7
0.055	0.803	0.371	1.129	7.107	5.56	10.96	3.654	1.42	6.48	0.310	0.00	0.40	2.824	0.0	5.1
0.065	0.959	0.602	1.224	6.843	5.56	7.69	2.839	1.42	3.88	0.191	0.00	0.40	1.498	0.0	3.0
0.075	1.111	0.897	1.272	7.142	2.17	10.84	3.075	-1.36	6.53	1.099	0.00	5.42	8.601	0.0	42.6
0.085	1.231	1.049	1.346	5.566	4.29	6.74	2.416	1.42	3.49	2.333	0.38	7.14	18.856	2.9	55.9
0.095	1.316	1.128	1.471	6.141	2.17	9.86	2.011	-1.36	5.13	2.109	0.00	5.42	16.852	0.0	42.6
0.105	1.390	1.189	1.605	6.567	4.29	10.52	2.384	-0.05	5.70	1.823	0.00	7.14	14.858	0.0	55.9
0.115	1.454	1.243	1.686	9.728	7.78	10.96	5.338	3.67	6.53	0.000	0.00	0.00	0.000	0.0	0.0
0.125	1.517	1.294	1.765	5.778	4.29	6.74	3.178	1.42	4.28	1.743	0.32	7.14	14.481	2.9	55.9
0.135	1.578	1.341	1.831	7.225	4.29	14.34	2.425	-0.46	4.28	2.197	0.32	7.14	17.649	2.9	55.9
0.145	1.640	1.397	1.897	8.930	5.56	13.47	1.817	-0.44	4.28	1.292	0.32	2.87	10.696	2.9	22.8
0.155	1.701	1.450	1.951	7.620	1.62	14.34	0.607	-0.46	1.54	3.762	0.36	11.34	29.377	4.4	84.1
0.165	1.764	1.516	2.012	5.809	4.97	6.40	2.914	1.42	4.28	0.301	0.12	0.38	3.922	1.5	5.1
0.175	1.829	1.580	2.061	8.046	3.64	10.84	3.913	0.41	6.53	0.819	0.00	2.72	6.577	0.0	21.2
0.185	1.895	1.661	2.119	6.238	5.56	6.74	2.635	-0.19	4.28	0.295	0.02	0.40	3.326	0.3	5.1
0.195	1.960	1.749	2.174	4.957	1.62	6.40	2.230	0.52	4.28	2.329	0.02	11.34	18.340	0.2	84.1
0.205	2.048	1.899	2.256	5.830	4.29	6.74	3.223	1.42	4.28	1.598	0.32	7.14	13.414	2.9	55.9
0.215	2.158	2.019	2.371	6.307	5.93	6.74	3.026	-0.19	4.28	0.247	0.02	0.40	3.288	0.3	5.1
0.225	2.357	2.112	2.697	6.578	5.56	7.57	3.694	1.42	4.56	0.217	0.00	0.38	2.830	0.0	5.1
0.235	2.646	2.186	3.426	10.414	5.99	14.94	3.201	0.05	6.52	0.719	0.00	2.33	6.156	0.0	18.5
0.245	2.937	2.328	3.926	8.476	5.56	11.07	4.412	1.42	6.90	0.133	0.00	0.38	1.533	0.0	5.1
0.255	3.229	2.456	4.253	6.526	5.56	7.98	2.879	1.42	3.92	0.319	0.00	0.40	2.841	0.0	5.1
0.265	3.534	2.684	4.558	10.440	5.99	14.94	2.773	0.05	6.90	0.788	0.00	2.33	6.712	0.0	18.5
0.275	3.852	2.905	4.799	10.313	5.99	14.94	3.792	0.05	6.48	0.754	0.00	2.33	6.949	0.0	18.5
0.285	4.161	3.217	5.051	10.096	5.99	14.94	4.061	0.05	6.90	0.696	0.00	2.33	6.514	0.0	18.5
0.295	4.461	3.502	5.209	6.354	2.66	10.84	2.312	-1.33	6.53	3.184	0.00	8.32	24.853	0.0	62.2
0.305	4.766	3.920	5.387	5.836	2.63	8.27	2.807	-1.39	4.28	1.583	0.00	8.58	13.951	0.0	68.0
0.315	5.075	4.432	5.489	8.653	4.97	13.47	1.967	-0.44	4.28	1.264	0.32	2.87	11.404	4.4	22.8
0.325	5.356	4.918	5.620	4.625	1.62	6.40	2.673	0.52	4.28	3.923	0.32	11.34	31.099	4.4	84.1
0.335	5.607	5.455	5.753	7.097	5.73	8.11	4.137	1.97	5.38	0.071	0.00	0.32	1.121	0.0	5.1
0.345	5.810	5.561	6.138	10.574	5.99	14.94	1.804	0.03	4.28	1.575	0.32	2.62	13.568	5.1	20.7
0.355	5.966	5.629	6.414	5.721	2.63	8.27	2.478	-1.39	4.28	1.973	0.00	8.58	16.783	0.0	68.0
0.365	6.122	5.728	6.645	6.172	4.97	7.51	3.535	1.54	4.56	0.239	0.00	0.36	3.518	0.0	5.1
0.375	6.280	5.818	6.804	5.870	4.97	6.40	3.100	1.54	4.28	0.244	0.02	0.36	3.573	0.2	5.1
0.385	6.433	5.938	6.975	9.050	5.99	14.94	3.083	0.05	6.52	1.211	0.00	2.72	10.026	0.0	21.2
0.395	6.582	6.050	7.087	10.856	5.99	14.94	1.646	-0.46	4.28	1.586	0.32	2.62	13.643	5.1	20.7
0.405	6.732	6.203	7.209	6.868	3.87	10.96	3.847	0.58	6.48	0.450	0.00	1.34	5.287	0.0	14.3
0.415	6.883	6.355	7.294	13.250	12.28	14.34	-0.323	-0.49	0.03	2.822	2.54	3.08	22.364	20.1	24.4
0.425	7.036	6.571	7.389	9.017	6.83	10.64	5.056	3.85	6.39	0.061	0.00	0.32	0.970	0.0	5.1
0.435	7.193	6.799	7.447	8.969	3.87	14.34	1.583	-0.46	4.28	1.462	0.32	2.62	12.809	3.0	20.7
0.445	7.327	7.004	7.523	10.560	5.99	14.94	1.656	-0.44	4.28	1.644	0.32	2.87	14.110	5.1	22.8
0.455	7.437	7.193	7.567	7.831	5.56	14.34	2.161	-0.46	4.28	1.280	0.32	2.72	10.514	2.9	21.2
0.465	7.515	7.276	7.649	11.906	9.69	14.34	2.046	-0.46	5.51	1.617	0.00	3.00	12.808	0.0	23.8
0.475	7.559	7.322	7.718	5.953	1.62	13.40	0.799	-0.22	1.87	3.627	0.36	11.34	29.209	4.4	84.1
0.485	7.603	7.375	7.779	7.148	3.87	13.34	2.536	0.17	4.28	0.970	0.32	2.62	9.472	3.0	20.7
0.495	7.647	7.424	7.829	5.153	1.62	7.51	2.812	0.52	4.56	2.648	0.00	11.34	21.077	0.0	84.1
0.505	7.691	7.475	7.881	7.464	4.97	13.34	2.973	0.17	4.56	0.683	0.00	2.62	6.851	0.0	20.7
0.515	7.735	7.525	7.921	6.426	2.63	13.34	1.737	-1.39	4.28	2.381	0.32	8.58	20.720	5.1	68.0
0.525	7.780	7.580	7.965	3.498	2.31	6.83	-0.429	-1.82	4.22	6.878	0.32	8.76	54.887	5.1	69.9
0.535	7.824	7.631	8.000	4.983	2.66	14.94	-0.359	-1.33	3.92	6.199	0.32	8.36	48.569	5.1	66.5
0.545	7.868	7.685	8.038	8.633	2.93	14.94	1.871	-1.29	6.90	2.592	0.00	8.36	20.611	0.0	66.5
0.555	7.912	7.737	8.070	7.953	5.99	14.34	1.856	-0.46	4.28	0.721	0.12	2.56	6.879	1.1	20.3
0.565	7.955	7.806	8.103	11.284	7.64	14.94	2.223	-0.46	6.90	1.034	0.00	2.56	8.208	0.0	20.3