Citation:

2008PA001595

Name: Stable isotopes of foraminifera, IRD and SST reconstruction for sediment core MD95-2006
Published: 2008
License: https://creativecommons.org/licenses/by/3.0/

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Other version:

Dickson, Alexander J; Austin, William EN; Hall, Ian R; Maslin, Mark; Kucera, Michal (2008): Northeast Atlantic MD95-2006 MIS3 Faunal SST, IRD, and Isotope Data. NOAA National Centers for Environmental Information, https://doi.org/10.25921/HCDG-MM91

Further details:

Kucera, Michal; Weinelt, Mara; Kiefer, Thorsten; Pflaumann, Uwe; Hayes, Angela; Weinelt, Martin; Chen, Min-Te; Mix, Alan C; Barrows, Timothy T; Cortijo, Elsa; Duprat, Josette M; Juggins, Stephen; Waelbroeck, Claire (2005): Reconstruction of sea-surface temperatures from assemblages of planktonic foraminifera: multi-technique approach based on geographically constrained calibration datasets and its application to glacial Atlantic and Pacific Oceans. Quaternary Science Reviews, 24(7-9), 951-998, https://doi.org/10.1016/j.quascirev.2004.07.014

Coverage:

Latitude: 57.030167 * Longitude: -10.058000

Date/Time Start: 1995-06-03T00:00:00 * Date/Time End: 1995-06-03T00:00:00

Minimum DEPTH, sediment/rock: 25.02 m * Maximum DEPTH, sediment/rock: 28.20 m

Event(s):

MD95-2006 (MD952006) * Latitude: 57.030167 * Longitude: -10.058000 * Date/Time: 1995-06-03T00:00:00 * Elevation: -2122.0 m * Recovery: 30 m * Campaign: (IMAGES I) * Basis: * Method/Device: Calypso Corer (CALYPSO) * Comment: XX Sections

Comment:

Summer sea surface temperatures (SSTs) at 10 m water depth have been estimated from assemblage counts of planktonic foraminifera using the Artificial Neural Network (ANN) and modern analogue technique using a similarity index (SIMMAX) technique with the modern North Atlantic faunal data set of Kucera et al. (2005).

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	Neogloboquadrina pachyderma sinistral	N. pachyderma s	%	Dickson, Alexander J	Counting >150 µm fraction
4	Ice rafted debris	IRD	#/g	Dickson, Alexander J	Counting >150 µm fraction
5	Sea surface temperature, summer	SST sum	°C	Dickson, Alexander J	Artificial Neural Network (ANN)
6	Sea surface temperature, summer	SST sum	°C	Dickson, Alexander J	Modern analog technique (MAT), SIMMAX28
7	Sea surface temperature, summer, standard deviation	SST sum std dev	±	Dickson, Alexander J	Modern analog technique (MAT), SIMMAX28
8	Sea surface temperature, summer, standard deviation	SST sum std dev	±	Dickson, Alexander J	Artificial Neural Network (ANN)
9	Cibicidoides wuellerstorfi, δ13C	C. wuellerstorfi δ13C	‰ PDB	Dickson, Alexander J	Mass spectrometer Finnigan MAT 252	with respect to VPDB, size fraction >150 µm
10	Cibicidoides wuellerstorfi, δ18O	C. wuellerstorfi δ18O	‰ PDB	Dickson, Alexander J	Mass spectrometer Finnigan MAT 252	with respect to VPDB, size fraction >150 µm
11	Neogloboquadrina pachyderma sinistral, δ18O	N. pachyderma s δ18O	‰ PDB	Dickson, Alexander J	Mass spectrometer Finnigan MAT 252	with respect to VPDB, size fraction >150 µm
12	Globigerina bulloides, δ18O	G. bulloides δ18O	‰ PDB	Dickson, Alexander J	Mass spectrometer Finnigan MAT 252	with respect to VPDB, size fraction >150 µm

License:

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

Size:

1075 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 N. pachyderma s [%] (Counting >150 µm fraction)	4 IRD [#/g] (Counting >150 µm fraction)	5 SST sum [°C] (Artificial Neural Network (ANN))	6 SST sum [°C] (Modern analog technique (MAT)...)	7 SST sum std dev [±] (Modern analog technique (MAT)...)	8 SST sum std dev [±] (Artificial Neural Network (ANN))	9 C. wuellerstorfi δ13C [‰ PDB] (with respect to VPDB, size fr...)	10 C. wuellerstorfi δ18O [‰ PDB] (with respect to VPDB, size fr...)	11 N. pachyderma s δ18O [‰ PDB] (with respect to VPDB, size fr...)	12 G. bulloides δ18O [‰ PDB] (with respect to VPDB, size fr...)
25.02	39.96000	100.00								3.55
25.03	39.98000	97.03								3.76
25.06	40.04000	90.20								3.56
25.08	40.08000	90.00								3.61
25.11	40.14000	92.86								3.67
25.13	40.18000	76.19								3.68
25.15	40.22000	59.29								3.75	3.08
25.17	40.26000	16.35								3.73	2.86
25.19	40.30000	36.45								3.91	3.03
25.20	40.32000	35.96	1023.10	7.08	7.03	1.17	0.41	1.03	3.74	3.91	3.13
25.22	40.36000	82.24	1209.84	5.68	5.72	2.32	0.33			3.81
25.24	40.42571	78.43	2862.22					0.92	3.71	4.02	3.09
25.26	40.49143	78.76	1300.30	5.55	5.86	2.38	0.38	0.68	3.76	3.82	3.09
25.28	40.55714	93.52	1829.45					0.92	3.62	3.84
25.30	40.62286	96.33	1927.19	3.39	3.51	2.82	0.25	0.96	3.87	3.70
25.33	40.72143	98.11	1640.17	3.27	3.71	2.39	0.25	0.87	3.52	3.84
25.34	40.75429	96.15	1696.92					0.88	3.86	3.85
25.36	40.82000	84.11	1078.19	5.03	4.77	1.96	0.32	1.22	3.80	3.66
25.38	40.88571	63.73	1699.69	7.34	7.46	0.68	0.30	0.89	3.97	3.74	3.25
25.40	40.95143	18.81	230.89							3.44	3.12
25.42	41.01714	45.63	646.61	9.03	9.15	1.17	0.29	1.08	3.87	3.40	3.02
25.53	41.37857	14.71	78.46	10.36	10.11	1.08	0.65			3.26	2.91
25.55	41.44429	12.26	138.56	9.88	10.37	1.32	0.66			3.23	3.13
25.57	41.51000	17.93	94.02							3.33	2.90
25.58	41.54286	12.75	51.08	10.40	12.35	4.99	0.69	0.88	3.19	3.34	2.96
25.60	41.60857	18.10	157.88	10.32	10.40	1.33	0.51				2.97
25.62	41.67429	11.01	52.95					0.30	3.78	3.72	2.82
25.64	41.74000	56.86	185.86	7.96	7.40	0.69	0.30	0.86	3.52	3.65	3.03
25.66	41.80983	60.36	668.76	7.77	8.34	1.43	0.22	0.68	3.16	3.87
25.68	41.87966	82.67	1238.49					0.48	3.64	3.86
25.70	41.94949	96.25	835.27	4.72	4.32	2.30	0.38			3.64
25.72	42.01932	94.59	760.43	4.12	3.89	1.94	0.25	0.58	3.27	3.59
25.74	42.08915	79.09	541.89	4.00	3.89	2.55	0.30			3.69
25.76	42.15898	88.24	2209.60	4.00	4.37	1.69	0.27	0.66	3.42	3.54
25.78	42.22881	89.19	884.03	4.46	4.30	1.78	0.28	0.75	3.30	3.66
25.80	42.29864	95.10	1291.00					0.80	3.55	3.55
25.82	42.36847	88.39	1948.39	6.12	7.04	2.99	0.24	0.84	3.60	3.66
25.84	42.43831	82.57	985.32	6.30	6.47	3.35	0.18	0.91	3.88	3.56
25.86	42.50814	65.35	1380.65					0.93	3.60	3.71
25.88	42.57797	48.11	238.66	8.52	8.19	0.87	0.37	1.06	3.77	3.51	3.12
25.90	42.64780	42.15	447.63	8.79	8.36	0.80	0.32	0.71	3.48	3.47	2.94
25.92			71.84							3.12	2.86
25.94	42.78746	17.48	43.96	9.81	10.29	1.36	0.33	0.85	3.83	3.10	2.62
25.96	42.85729	14.68	153.16					0.96	3.63	2.98	2.99
25.98	42.92712	14.02	28.35	10.53	10.26	1.36	0.28	0.83	3.31	3.01	2.66
26.00	42.99695	2.61	71.04					1.08	3.67	2.68	2.97
26.02	43.06678	13.04	60.00	10.44	9.84	1.78	0.68	1.04	3.61	2.84	2.89
26.04	43.13661	3.67	76.57					0.87	3.26	2.71	3.02
26.06	43.20644	6.00	217.82	10.12	10.40	1.32	0.37	0.82	3.67	2.87	2.55
26.08	43.27627	1.82	47.15					0.84	3.45	3.15	2.62
26.10	43.34610	6.19	72.28	10.58	13.13	5.09	0.66	0.80	3.50	2.98	2.68
26.11	43.38102	15.97	224.40					0.85	3.57	3.53	2.84
26.14	43.48576	33.02	811.02	9.62	9.04	1.10	0.43	0.86	3.37	3.53	2.80
26.16	43.55559	26.17	409.00							3.63	2.75
26.18	43.62542	86.27	155.56	5.29	6.88	2.58	0.26			3.69
26.19	43.66034	56.38	369.48							3.39
26.21	43.73017	56.52	672.51	7.95	7.46	0.68	0.24	0.54	3.01	3.73	2.68
26.23	43.80000	83.65	852.89							3.46
26.24	43.83333	85.98	515.80	4.13	4.57	2.48	0.35	0.75	3.18	3.57
26.26	43.90000	93.33	861.38					0.54	3.36	3.67
26.28	43.96667	93.20	627.87	3.80	3.44	2.05	0.31			3.54
26.30	44.03333	92.45	980.90					0.55	3.30	3.78
26.32	44.10000	88.70	675.24	4.76	4.46	1.86	0.31	0.74	3.13	3.74
26.34	44.16667	90.00	934.40							3.71
26.36	44.23333	87.25	1247.49	5.26	5.13	2.22	0.32			3.81
26.38	44.30000	78.70	1222.06					0.72	3.36	3.60
26.40	44.36667	89.42	663.63	4.52	4.57	1.89	0.33	0.72	3.51	3.80
26.42	44.43333	93.20	1186.21	4.08	3.70	2.23	0.30			3.94
26.44	44.50000	87.74	1103.96							3.84
26.46	44.56667	89.62	2313.91					0.97	3.18	3.89
26.47	44.60000	69.49	2120.82	6.48	7.60	2.40	0.26	0.41	4.09	3.95
26.50	44.70000	41.96	1277.72					0.70	3.52	3.77	2.73
26.52	44.81826	44.00	1312.65	9.18	8.97	1.26	0.27	1.06	3.62	3.46	2.91
26.53										3.57	2.52
26.56	45.05478	4.79	604.02					0.95	3.56	3.36	2.81
26.58	45.17304	11.32	171.61	8.75	10.39	1.32	0.24			3.07	2.84
26.60	45.29130	3.67	32.59					1.10	3.62	3.06	2.50
26.62	45.40957	1.74	76.80	9.41	14.76	5.07	0.38			3.13	2.32
26.64	45.52783	3.81	72.50					0.71	3.45	3.08	2.83
26.66	45.64609	0.00	53.84	11.47	15.82	4.68	2.10			3.04	2.51
26.69	45.82348	1.79	90.73					0.63	3.44	2.79	2.59
26.70	45.88261	0.92	44.27	10.20	10.32	3.61	0.37			2.72	2.52
26.72	46.00087	8.82	18.81					0.91	3.34	2.47	2.55
26.74	46.11913	0.93	68.68	10.41	9.52	2.08	0.50	0.86	3.31	2.50	2.40
26.75	46.17826	0.99	52.70					0.65	3.44	2.83	2.51
26.78	46.35565	7.08	45.28	10.95	10.82	2.08	0.26	0.64	3.32	2.76	2.58
26.80	46.47391	5.31	112.17					0.56	3.56		2.21
26.82	46.59217	14.91	54.87	11.07	11.19	3.23	0.88			3.15	2.56
26.84	46.71043	8.82	242.19					0.73	3.25	3.45	2.60
26.86	46.82870	27.00	801.65	9.92	10.28	0.81	0.24			3.78	2.50
26.89	47.00609	50.00	1117.14					0.68	3.10	3.79	2.57
26.90	47.06522	50.45	1063.51	8.44	7.34	0.49	0.22			3.62	2.79
26.92	47.18348	18.66	1236.08	9.48	10.00	0.63	0.15	0.59	3.09	3.71	2.74
26.94	47.30174	27.78	713.36							3.81	2.57
26.96	47.42000	79.21	844.24	7.00	7.55	2.93	0.23			3.73
27.02	47.77700	85.71	523.36	3.35	3.53	2.80	0.25			3.66
27.04	47.89600	93.00	814.06							3.51
27.06	48.01500	99.01	768.66	4.09	3.95	2.55	0.31			3.13
27.08	48.13400	96.26	1118.70							3.17
27.10	48.25300	91.26	1509.45	3.23	4.01	2.98	0.23			3.04
27.12	48.37200	94.34	935.79							3.00
27.14	48.49100	87.61	681.54	4.91	4.67	2.08	0.33			3.51
27.16	48.61000	92.92	898.80							3.17
27.18	48.72900	93.58	1157.72	4.01	3.37	1.77	0.27			3.28
27.20	48.84800	91.26	1943.75							3.81
27.22	48.96700	85.00	1590.40	4.89	3.90	2.21	0.27			3.78
27.24	49.08600	92.11	1857.17					1.18	3.65	3.77	3.16
27.26	49.20500	31.37	494.28	8.64	8.23	1.25	0.50	1.08	3.93	3.53	3.06
27.28	49.32400	15.25	921.60	8.35	8.70	0.99	0.28	0.87	4.04	3.48	3.13
27.30	49.44300	31.13	566.46	8.84	8.81	0.93	0.33	0.91	3.94	3.57	2.88
27.32	49.56200	32.67	293.75							3.57	2.89
27.34	49.68100	46.55	798.38	9.03	8.18	1.26	0.47	0.82	3.75	3.70	3.17
27.36	49.80000	68.22	1193.44					1.06	3.50	3.78
27.37	49.89138	88.35	1450.14	5.41	5.33	1.89	0.33	1.10	3.68	3.66
27.40	50.16552	54.05	1268.69					1.11	3.66	3.79
27.42	50.34828	37.38	320.31	8.69	8.37	1.34	0.49	1.08	3.69	2.82	3.13
27.45	50.62241	31.30	162.60					1.20	3.70	3.11	2.92
27.46	50.71379	12.28	102.81	8.65	8.72	1.18	0.23	0.97	3.64	2.98	3.09
27.49	50.98793	22.73	95.71					1.16	3.62	3.13	3.21
27.50	51.07931	15.04	43.96	9.38	9.11	1.15	0.49	0.97	3.84	3.17	2.88
27.52	51.26207	5.04	40.25					1.00	3.68	2.84	2.96
27.54	51.44483	6.50	61.90	9.13	9.54	0.43	0.21	1.05	3.67	2.92	2.56
27.56	51.62759	13.27	62.14					0.98	3.60	2.77	2.79
27.57	51.71897	0.00	25.35	10.75	9.53	1.24	1.08	0.82	3.63	2.65	2.87
27.60	51.99310	2.94	12.84					0.60	3.66	2.79	2.70
27.62	52.17586	0.96	32.55	10.99	15.77	4.68	1.35	0.92	3.55	2.67	2.76
27.64	52.35862	0.00	6.65					0.96	3.40	3.04	2.81
27.66	52.54138	2.54	6.58	11.46	15.80	4.68	2.16	0.82	3.44	2.63	2.77
27.68	52.72414	3.88	25.42					0.92	3.58	2.04	2.77
27.70	52.90690	0.77	12.60	11.55	15.86	4.83	1.66	0.70	3.38	2.88	2.70
27.72	53.08966	0.95	20.15					0.87	3.39	2.61	2.90
27.74	53.27241	9.76	72.58	10.90	9.83	1.78	0.91	0.92	3.58	2.89	2.70
27.76	53.45517	7.92	54.78					0.58	3.58	3.18	2.85
27.78	53.63793	7.76	343.09	9.99	9.84	0.84	0.30			3.17	2.70
27.80	53.82069	30.33	247.41							3.13	2.52
27.82	54.00345	8.87	210.95	10.29	9.84	1.78	0.87	0.21	3.65	3.08	2.68
27.84	54.18621	1.85	249.85					0.15	3.51	3.28	2.70
27.85	54.27759	9.43	588.89	9.27	9.89	1.19	0.28			3.31	2.70
27.88	54.55172	30.91	791.85							3.13	2.59
27.90	54.73448	19.63	462.39	9.79	9.25	1.52	0.67	0.49	3.22	3.13	2.69
27.92	54.91724	33.33	784.08					0.49	3.07	3.30	2.52
27.94	55.10000	69.23	249.46	6.58	7.50	2.44	0.28			3.30
27.97	55.24609	93.33	668.66					0.51	3.24	3.23
27.98	55.29478	95.05	398.38	3.81	3.83	2.58	0.29			3.32
28.00	55.39217	97.09	813.06					0.51	3.22	3.26
28.01	55.44087	7.41	842.11	9.25	9.41	0.51	0.38			3.51	2.57
28.02	55.48957	3.77	522.85					0.56	3.31	3.57	2.49
28.03	55.53826	13.76	268.05	9.33	10.83	4.32	0.47	0.64	3.36	3.30	2.63
28.04	55.58696	72.28	445.59							3.44
28.06	55.68435	87.18	865.52	4.23	3.77	2.35	0.29			3.49
28.07	55.73304	31.15	611.86	8.49	7.73	0.68	0.38	0.73	3.38	3.21	2.67
28.10	55.87913	57.66	981.01	8.33	7.40	0.69	0.27	0.84	3.46	3.56	2.74
28.12	55.97652	76.64	1053.23							3.61
28.14	56.07391	69.15	1338.04	5.90	7.06	2.66	0.26	0.66	3.30	3.78
28.16	56.17130	56.07	1143.09							3.35
28.18	56.26870	40.95	1680.32	8.20	7.40	0.69	0.33			3.46
28.20	56.36609	8.96	649.46	10.08	12.86	5.30	0.74				2.77