Citation:

j.yqres.2007.07.009

Name: Sea surface temperature reconstructed with various methods on sediment core GIK23414-8
Creator: Evgenia S Kandiano
Published: 2007
License: https://creativecommons.org/licenses/by/3.0/

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Coverage:

Latitude: 53.538330 * Longitude: -20.291660

Date/Time Start: 1991-08-22T00:00:00 * Date/Time End: 1991-08-22T00:00:00

Minimum DEPTH, sediment/rock: 10.957 m * Maximum DEPTH, sediment/rock: 11.950 m

Event(s):

GIK23414-8 (M23414) * Latitude: 53.538330 * Longitude: -20.291660 * Date/Time: 1991-08-22T00:00:00 * Elevation: -2199.0 m * Recovery: 13.79 m * Location: North Atlantic * Campaign: * Basis: * Method/Device: Gravity corer (Kiel type) (SL)

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	Dissimilarity index	DISS		Kandiano, Evgenia S	Modern analog technique (MAT)
4	Sea surface temperature, summer	SST sum	°C	Kandiano, Evgenia S	Modern analog technique (MAT)	MAT 10m
5	Sea surface temperature, summer	SST sum	°C	Kandiano, Evgenia S	Transfer function (Imbrie & Kipp, 1971, in Turekian, Yale Univ Press)	TFT 10m
6	Sea surface temperature, summer	SST sum	°C	Kandiano, Evgenia S	Revised analog method (RAM)	RAM 10m
7	Sea surface temperature, summer	SST sum	°C	Kandiano, Evgenia S	Calculated average/mean values	average

License:

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

Size:

500 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 DISS (Modern analog technique (MAT))	4 SST sum [°C] (MAT 10m, Modern analog techni...)	5 SST sum [°C] (TFT 10m, Transfer function (I...)	6 SST sum [°C] (RAM 10m, Revised analog metho...)	7 SST sum [°C] (average, Calculated average/m...)
10.958	380.71	0.0975	9.1	10.9	9.6	9.9
10.968	380.96	0.1319	10.4	12.0	10.0	10.8
10.978	381.23	0.1053	9.7	12.8	9.3	10.6
10.988	381.51	0.1055	11.0	12.9	15.3	13.1
10.998	381.78	0.1215	12.0	14.4	11.0	12.5
11.008	382.21	0.0825	8.9	13.4	10.7	11.0
11.018	382.63	0.0923	8.9	13.8	11.0	11.2
11.028	383.06	0.0856	10.2	14.4	10.7	11.8
11.038	383.48	0.0966	9.0	14.2	11.0	11.4
11.048	383.91	0.1004	9.4	10.6	11.0	10.3
11.058	384.33	0.0901	11.0	13.8	12.7	12.5
11.068	384.76	0.0733	9.6	13.7	10.8	11.4
11.078	385.18	0.0934	10.4	15.2	10.8	12.1
11.088	385.61	0.1055	13.6	16.1	16.2	15.3
11.098	386.03	0.0780	10.0	14.3	10.8	11.7
11.108	386.46	0.0933	12.2	15.3	12.6	13.4
11.118	386.88	0.0859	13.1	15.8	12.6	13.8
11.128	387.31	0.0850	13.5	14.8	12.9	13.8
11.138	387.73	0.0800	14.3	15.6	11.3	13.7
11.148	388.16	0.0772	15.6	16.1	16.4	16.0
11.158	388.58	0.0649	15.5	16.8	16.2	16.2
11.168	389.01	0.0658	14.8	16.3	14.4	15.2
11.178	389.44	0.0693	15.3	16.7	13.5	15.2
11.188	389.86	0.0548	15.4	16.4	14.4	15.4
11.198	390.29	0.0681	16.0	16.1	14.4	15.5
11.208	390.71	0.0765	14.4	16.1	14.4	15.0
11.218	391.14	0.0684	15.6	17.1	13.5	15.4
11.228	391.56	0.0837	15.4	17.3	14.4	15.7
11.238	391.99	0.0604	14.1	16.1	14.4	14.9
11.248	392.41	0.0609	16.0	16.3	15.3	15.9
11.258	392.84	0.0639	15.3	15.0	16.1	15.5
11.268	393.26	0.0916	16.1	17.6	18.3	17.3
11.278	393.69	0.0785	15.7	17.5	18.3	17.2
11.288	394.11	0.0638	15.8	17.0	18.3	17.0
11.298	394.54	0.0819	16.0	16.6	16.6	16.4
11.308	394.96	0.0656	16.2	16.6	16.1	16.3
11.318	395.39	0.0648	15.5	16.9	14.4	15.6
11.328	395.81	0.0768	15.7	17.4	16.7	16.6
11.338	396.24	0.0874	16.2	18.3	17.4	17.3
11.348	396.66	0.0835	16.3	17.6	18.3	17.4
11.358	397.09	0.0722	16.2	17.8	17.9	17.3
11.368	397.52	0.0487	16.2	17.2	15.6	16.3
11.378	397.94	0.0602	16.0	17.8	15.8	16.5
11.388	398.37	0.0627	16.1	17.2	15.8	16.4
11.398	398.79	0.0698	15.4	17.4	15.5	16.1
11.408	399.22	0.0748	16.0	17.1	15.3	16.1
11.418	399.64	0.0513	15.3	17.0	15.8	16.0
11.428	400.07	0.0629	14.8	16.6	14.4	15.3
11.438	400.49	0.0660	15.0	17.6	14.4	15.7
11.448	400.92	0.0628	15.9	17.6	16.5	16.7
11.458	401.34	0.0688	15.4	17.9	14.4	15.9
11.468	401.77	0.0699	15.4	17.4	14.4	15.8
11.478	402.19	0.0712	15.9	16.6	17.4	16.6
11.488	402.62	0.0653	15.5	15.9	14.4	15.3
11.498	403.04	0.0773	15.8	17.4	17.4	16.9
11.508	403.47	0.0647	14.8	16.5	14.4	15.3
11.518	403.89	0.0585	15.2	14.6	14.6	14.8
11.528	404.32	0.0848	14.6	16.0	15.3	15.3
11.538	404.75	0.0563	15.2	16.7	15.6	15.8
11.548	405.17	0.0527	15.0	16.0	15.6	15.5
11.558	405.60	0.0696	15.0	17.4	15.3	15.9
11.568	406.02	0.0586	14.8	15.8	15.6	15.4
11.578	406.45	0.0592	15.2	17.1	14.4	15.6
11.588	406.87	0.0771	15.2	17.1	15.6	16.0
11.598	407.30	0.0573	15.1	16.4	14.7	15.4
11.608	407.72	0.0680	15.4	17.6	15.0	16.0
11.618	408.15	0.0832	14.7	17.2	14.6	15.5
11.628	408.57	0.0634	15.4	16.9	13.8	15.4
11.638	409.00	0.0661	14.8	16.3	15.6	15.6
11.648	409.42	0.0619	14.5	15.9	14.6	15.0
11.658	409.85	0.0771	14.8	16.1	15.6	15.5
11.668	410.27	0.0576	14.6	15.1	14.9	14.8
11.678	410.70	0.0803	15.4	17.0	14.8	15.7
11.688	411.12	0.0550	14.1	16.1	13.7	14.6
11.698	411.55	0.0515	13.7	15.8	13.7	14.4
11.708	411.98	0.0429	14.6	15.1	14.9	14.9
11.718	412.40	0.0478	14.0	15.0	13.2	14.1
11.728	412.83	0.0589	13.8	15.3	12.6	13.9
11.738	413.25	0.0542	14.2	15.6	12.9	14.2
11.748	413.68	0.0687	13.2	14.7	12.6	13.5
11.758	414.10	0.0851	13.6	15.1	12.6	13.8
11.768	414.53	0.0731	12.5	14.2	12.6	13.1
11.778	414.95	0.0860	11.9	13.8	11.4	12.4
11.788	415.38	0.0945	10.7	10.9	10.6	10.8
11.800	415.91	0.1099	10.4	10.6	10.6	10.5
11.810	416.33	0.0997	9.7	10.3	8.9	9.6
11.820	416.76	0.0855	10.4	10.2	10.6	10.4
11.830	417.18	0.0735	10.5	10.9	10.6	10.7
11.840	417.61	0.0808	9.3	10.2	10.6	10.1
11.850	417.83	0.0815	9.7	9.3	8.9	9.3
11.860	418.04	0.0898	9.4	7.5	9.0	8.7
11.870	418.26	0.0546	6.6	5.7	8.0	6.8
11.880	418.35	0.0688	7.2	5.8	7.9	7.0
11.890	418.43	0.0538	6.7	5.6	7.9	6.8
11.900	418.52	0.0495	6.4	5.3	7.9	6.5
11.910	418.60	0.0493	6.4	4.8	7.9	6.4
11.920	418.69	0.0504	6.7	5.2	8.2	6.7
11.930	418.77	0.0326	5.8	4.2	3.5	4.5
11.940	419.01	0.0372	6.4	4.9	8.4	6.5
11.950	419.25	0.0724	7.8	6.0	8.0	7.3