Citation:

2016PA003029

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

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Related to:

Vázquez Riveiros, Natalia; Waelbroeck, Claire; Skinner, Luke C; Duplessy, Jean-Claude; McManus, Jerry F; Kandiano, Evgenia S; Bauch, Henning A (2013): The “MIS 11 paradox” and ocean circulation: Role of millennial scale events. Earth and Planetary Science Letters, 371-372, 258-268, https://doi.org/10.1016/j.epsl.2013.03.036

Vázquez Riveiros, Natalia; Waelbroeck, Claire; Skinner, Luke C; Roche, Didier M; Duplessy, Jean-Claude; Michel, Elisabeth (2010): Response of South Atlantic deep waters to deglacial warming during Terminations V and I. Earth and Planetary Science Letters, 298(3-4), 323-333, https://doi.org/10.1016/j.epsl.2010.08.003

Coverage:

Latitude: -44.150000 * Longitude: -14.220000

Minimum DEPTH, sediment/rock: 42.64 m * Maximum DEPTH, sediment/rock: 48.24 m

Event(s):

MD07-3077 * Latitude: -44.150000 * Longitude: -14.220000 * Campaign: (IMAGES XV - Pachiderme) * Basis: * Method/Device: Calypso Corer II (CALYPSO2)

Comment:

Stable isotopes data, in particular C. kullenbergi data from MIS 12 and C. wuellerstorfi data from MIS 11 were in part previously published in Vázquez-Riveiros et al., (2010) and Vázquez-Riveiros et al., (2013).

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Gottschalk, Julia		Geocode
2	Depth, corrected	Depth corr	m	Gottschalk, Julia
3	AGE	Age	ka BP	Gottschalk, Julia		Geocode
4	Cibicidoides wuellerstorfi, δ18O	C. wuellerstorfi δ18O	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 150 µm
5	Cibicidoides wuellerstorfi, δ13C	C. wuellerstorfi δ13C	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 150 µm
6	Cibicidoides wuellerstorfi, δ18O	C. wuellerstorfi δ18O	‰ PDB	Gottschalk, Julia	adjusted for vital effect	equilibrium +0.64 per mil
7	Cibicidoides cf. wuellerstorfi, δ18O	C. cf. wuellerstorfi δ18O	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 150 µm
8	Cibicidoides cf. wuellerstorfi, δ13C	C. cf. wuellerstorfi δ13C	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 150 µm
9	Cibicidoides cf. wuellerstorfi, δ18O	C. cf. wuellerstorfi δ18O	‰ PDB	Gottschalk, Julia	adjusted for vital effect	equilibrium +0.64 per mil
10	Cibicidoides kullenbergi, δ18O	C. kullenbergi δ18O	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 212 µm
11	Cibicidoides kullenbergi, δ13C	C. kullenbergi δ13C	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 212 µm
12	Cibicidoides kullenbergi, δ18O	C. kullenbergi δ18O	‰ PDB	Gottschalk, Julia	adjusted for vital effect	equilibrium +0.64 per mil
13	Cibicidoides pachyderma, δ18O	C. pachyderma δ18O	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 212 µm
14	Cibicidoides pachyderma, δ13C	C. pachyderma δ13C	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	> 212 µm
15	Cibicidoides pachyderma, δ18O	C. pachyderma δ18O	‰ PDB	Gottschalk, Julia	adjusted for vital effect	equilibrium +0.64 per mil
16	Uvigerina spp., δ18O	Uvigerina spp. δ18O	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	250-300 µm
17	Uvigerina spp., δ13C	Uvigerina spp. δ13C	‰ PDB	Gottschalk, Julia	Isotope ratio mass spectrometry	250-300 µm

License:

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

Size:

953 data points

Data

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

1 Depth sed [m]	2 Depth corr [m]	3 Age [ka BP]	4 C. wuellerstorfi δ18O [‰ PDB] (> 150 µm, Isotope ratio mass ...)	5 C. wuellerstorfi δ13C [‰ PDB] (> 150 µm, Isotope ratio mass ...)	6 C. wuellerstorfi δ18O [‰ PDB] (equilibrium +0.64 per mil, ad...)	7 C. cf. wuellerstorfi δ18O [‰ PDB] (> 150 µm, Isotope ratio mass ...)	8 C. cf. wuellerstorfi δ13C [‰ PDB] (> 150 µm, Isotope ratio mass ...)	9 C. cf. wuellerstorfi δ18O [‰ PDB] (equilibrium +0.64 per mil, ad...)	10 C. kullenbergi δ18O [‰ PDB] (> 212 µm, Isotope ratio mass ...)	11 C. kullenbergi δ13C [‰ PDB] (> 212 µm, Isotope ratio mass ...)	12 C. kullenbergi δ18O [‰ PDB] (equilibrium +0.64 per mil, ad...)	13 C. pachyderma δ18O [‰ PDB] (> 212 µm, Isotope ratio mass ...)	14 C. pachyderma δ13C [‰ PDB] (> 212 µm, Isotope ratio mass ...)	15 C. pachyderma δ18O [‰ PDB] (equilibrium +0.64 per mil, ad...)	16 Uvigerina spp. δ18O [‰ PDB] (250-300 µm, Isotope ratio mas...)	17 Uvigerina spp. δ13C [‰ PDB] (250-300 µm, Isotope ratio mas...)
42.64	42.23	371.154							3.51	-1.17	4.15
42.72	42.31	372.066	3.71	-0.92	4.35
42.76	42.35	372.522							3.54	-0.75	4.18
42.80	42.39	372.978							3.68	-0.80	4.32
42.84	42.43	373.434	3.69	-0.54	4.33				3.77	-1.05	4.41
42.84	42.43	373.434							3.82	-0.99	4.46
42.88	42.47	373.889							3.63	-1.26	4.27
42.92	42.51	374.345							3.76	-0.97	4.40
42.96	42.55	374.801							3.79	-1.05	4.43
43.00	42.59	375.257							3.80	-0.97	4.44
43.04	42.63	375.713	3.54	-0.74	4.18				3.71	-0.57	4.35
43.08	42.67	376.341	3.68	-0.16	4.32				3.80	-0.03	4.44
43.12	42.71	376.969	3.72	0.02	4.36
43.12	42.71	376.969	3.76	-0.15	4.40
43.16	42.75	377.597	3.73	-0.84	4.37
43.16	42.75	377.597	3.67	-0.35	4.31
43.20	42.79	378.226				3.57	0.22	4.21
43.24	42.83	378.854				3.63	0.22	4.27
43.28	42.87	379.482	3.35	-0.46	3.99
43.28	42.87	379.482	3.27	-0.46	3.91
43.32	42.91	380.110	3.50	0.28	4.14
43.36	42.95	380.738							3.46	0.10	4.10
43.40	42.99	381.366				3.58	-0.18	4.22
43.44	43.03	381.994	3.49	-0.24	4.13	3.42	-0.20	4.06
43.48	43.07	382.623				3.30	0.01	3.94
43.52	43.11	383.251	3.51	-0.32	4.15
43.60	43.19	384.507							3.41	-0.11	4.05
43.64	43.23	385.135							3.51	0.00	4.15
43.68	43.27	385.763	3.49	-0.33	4.13
43.68	43.27	385.763	3.40	0.08	4.04
43.72	43.31	386.391	3.46	0.13	4.10
43.76	43.35	387.020	3.54	-0.55	4.18
43.80	43.39	387.648				3.31	-0.08	3.95
43.92	43.51	389.532				3.58	0.44	4.22
43.96	43.55	389.863							3.51	-0.10	4.15				4.06	-1.57
43.96	43.55	389.863													3.96	-1.32
44.00	43.59	390.195	3.45	-0.44	4.09
44.12	43.71	391.189							3.46	-0.23	4.10				4.00	-1.26
44.20	43.79	391.852							3.36	-0.12	4.00
44.24	43.83	392.183	3.33	0.04	3.97
44.28	43.87	392.515	3.34	-0.45	3.98				3.36	-0.12	4.00
44.32	43.91	392.846	3.32	-0.24	3.96				3.33	-0.11	3.97				3.99	-1.44
44.32	43.91	392.846													3.76	-1.33
44.44	44.03	393.841	3.45	-0.26	4.09
44.48	44.07	394.172	3.34	-0.26	3.98
44.52	44.11	394.503	3.50	-0.29	4.14	3.33	0.24	3.97	3.38	-0.67	4.02
44.56	44.15	394.835							3.41	-0.34	4.05				4.07	-1.00
44.56	44.15	394.835													3.96	-1.04
44.68	44.27	395.829	3.34	-0.06	3.98				3.41	-0.58	4.05
44.72	44.31	396.160	3.29	-0.17	3.93				3.25	-0.44	3.89
44.72	44.31	396.160							3.21	-0.23	3.85
44.76	44.35	396.492	3.28	-0.33	3.92				3.20	-0.38	3.84
44.80	44.39	396.823	3.06	-0.30	3.70				3.27	-0.02	3.91				3.77	-0.92
44.80	44.39	396.823	3.24	0.23	3.88										3.86	-0.94
44.84	44.43	397.155	3.19	0.42	3.83				3.18	0.20	3.82
44.88	44.47	397.486	3.15	0.30	3.79				3.16	0.25	3.80
44.92	44.51	397.818	3.07	0.39	3.71				3.17	0.31	3.81
44.92	44.51	397.818	3.16	0.42	3.80
44.96	44.55	398.149	3.11	0.38	3.75				3.11	0.28	3.75
45.00	44.59	398.480	3.02	0.72	3.66				3.10	0.28	3.74				3.60	-0.69
45.00	44.59	398.480	3.07	0.48	3.71
45.04	44.63	398.812	3.02	0.51	3.66				3.09	0.01	3.73
45.04	44.63	398.812	3.11	0.25	3.75
45.12	44.71	399.475	3.10	0.45	3.74				3.08	0.25	3.72				3.68	-0.77
45.16	44.75	399.806	2.98	0.62	3.62
45.24	44.83	400.469	2.93	0.44	3.57
45.24	44.83	400.469	2.87	0.72	3.51
45.24	44.83	400.469	2.90	0.78	3.54
45.24	44.83	400.469	3.02	0.30	3.66
45.28	44.87	400.800	2.96	0.55	3.60
45.32	44.91	401.132	2.84	0.76	3.48							2.91	0.65	3.55
45.32	44.91	401.132	2.84	0.79	3.48
45.36	44.95	401.463	2.76	0.83	3.40
45.40	44.99	401.795	2.80	0.74	3.44
45.44	45.03	402.126	2.79	0.85	3.43				2.84	0.70	3.48				3.31	-0.44
45.44	45.03	402.126													3.32	-0.26
45.48	45.07	402.458	2.81	0.68	3.45
45.52	45.11	402.789	2.67	0.75	3.31							2.74	0.47	3.38
45.52	45.11	402.789	2.81	0.89	3.45
45.56	45.15	403.120	2.77	0.87	3.41				2.79	0.59	3.43
45.56	45.15	403.120
45.60	45.19	403.452	2.80	0.69	3.44							2.90	0.57	3.54
45.60	45.19	403.452
45.64	45.23	403.783	2.76	0.52	3.40				2.84	0.30	3.48				3.74	-0.47
45.64	45.23	403.783	2.76	0.63	3.40										3.23	-0.15
45.68	45.27	404.115							2.82	0.48	3.46
45.68	45.27	404.115							2.81	0.33	3.45
45.68	45.27	404.115	2.79	0.31	3.43
45.72	45.31	404.446	2.72	0.58	3.36				2.75	0.50	3.39
45.76	45.35	404.952	2.64	0.61	3.28
45.80	45.39	405.458	2.82	0.74	3.46				2.79	0.51	3.43				3.11	-0.50
45.80	45.39	405.458	2.85	0.57	3.49										3.17	-0.13
45.84	45.43	405.964	2.70	0.68	3.34
45.88	45.47	406.470	2.67	0.42	3.31
45.88	45.47	406.470	2.73	0.59	3.37
45.92	45.51	406.977	2.78	0.64	3.42				2.78	0.74	3.42
45.96	45.55	407.483							2.70	0.49	3.34	2.65	0.47	3.29
45.96	45.55	407.483							2.72	0.43	3.36
46.00	45.59	407.989							2.67	0.76	3.31	2.65	0.52	3.29
46.04	45.63	408.495	2.69	0.41	3.33				2.72	0.39	3.36				3.25	0.38
46.04	45.63	408.495													3.17	-0.20
46.08	45.67	409.001	2.81	0.25	3.45
46.12	45.71	409.507	2.66	0.56	3.30				2.69	0.52	3.33
46.16	45.75	410.013	2.75	0.52	3.39
46.20	45.79	410.519	2.69	0.34	3.33							2.75	0.27	3.39
46.20	45.79	410.519	2.64	0.31	3.28
46.20	45.79	410.519	2.69	0.60	3.33
46.24	45.83	411.025	2.70	0.53	3.34
46.28	45.87	411.531	2.69	0.58	3.33				2.75	0.46	3.39				3.12	-0.53
46.28	45.87	411.531													3.15	-0.23
46.32	45.91	412.037	2.92	0.25	3.56				2.77	0.47	3.41
46.32	45.91	412.037	2.66	0.54	3.30
46.36	45.95	412.544	2.79	0.51	3.43
46.36	45.95	412.544	2.84	0.17	3.48
46.40	45.99	413.050	2.72	0.25	3.36				2.77	0.53	3.41
46.40	45.99	413.050	2.66	0.48	3.30
46.44	46.03	413.556	2.82	0.22	3.46				2.75	0.30	3.39				3.17	-0.86
46.44	46.03	413.556													3.27	-0.51
46.48	46.07	414.062	2.76	0.58	3.40				2.77	0.37	3.41
46.52	46.11	414.568	2.81	0.30	3.45				2.73	0.26	3.37
46.56	46.15	415.074	2.67	0.12	3.31							2.86	0.34	3.50
46.56	46.15	415.074	2.82	0.17	3.46
46.60	46.19	415.580	2.69	-0.14	3.33
46.60	46.19	415.580	2.72	0.14	3.36
46.64	46.23	416.086							2.97	0.22	3.61				3.41	-0.59
46.64	46.23	416.086													3.31	-0.45
46.68	46.27	416.592	2.83	0.31	3.47							2.91	0.35	3.55
46.72	46.31	417.098	2.95	0.47	3.59				3.14	0.29	3.78
46.76	46.35	417.605	3.03	0.37	3.67				3.31	-0.11	3.95	3.03	0.26	3.67
46.76	46.35	417.605	2.94	0.05	3.58
46.80	46.39	418.111	3.19	0.33	3.83							3.10	0.24	3.74
46.84	46.43	418.617	3.18	0.42	3.82				3.11	0.46	3.75	3.24	0.05	3.88	3.62	-0.43
46.84	46.43	418.617													3.62	-0.43
46.88	46.47	419.123	3.05	0.44	3.69							3.15	0.19	3.79
46.92	46.51	419.629	3.24	0.32	3.88
46.96	46.55	420.135	3.20	0.23	3.84
46.96	46.55	420.135	3.25	0.12	3.89
47.00	46.59	420.641	3.17	0.22	3.81				3.05	0.05	3.69	3.14	0.23	3.78	3.70	-0.91
47.00	46.59	420.641													3.74	-0.64
47.04	46.63	421.147	3.28	0.29	3.92				3.22	-0.03	3.86	3.22	0.05	3.86
47.08	46.67	421.653	3.32	0.36	3.96				3.26	0.25	3.90
47.12	46.71	422.159	3.43	0.03	4.07							3.33	-0.03	3.97
47.16	46.75	422.665	3.47	-0.18	4.11
47.20	46.79	423.152	3.42	0.14	4.06				3.34	-0.46	3.98				4.08	-0.82
47.20	46.79	423.152													4.04	-1.22
47.24	46.83	423.579	3.68	-0.14	4.32
47.32	46.91	424.433	3.89	0.09	4.53				3.82	-0.48	4.46
47.36	46.95	424.860							4.10	-1.18	4.74
47.36	46.95	424.860							3.99	-0.70	4.63
47.36	46.95	424.860							3.85	-0.56	4.49
47.40	46.99	425.287	4.09	-0.32	4.73				4.14	-0.66	4.78
47.44	47.03	425.714										4.12	-0.79	4.76
47.48	47.07	426.141							4.13	-0.92	4.77				4.76	-1.42
47.48	47.07	426.141													4.68	-1.37
47.52	47.11	426.569							4.18	-0.91	4.82
47.52	47.11	426.569							4.22	-0.74	4.86
47.56	47.15	426.996							4.23	-1.10	4.87
47.60	47.19	427.423				4.17	-0.08	4.81	4.13	-1.03	4.77
47.60	47.19	427.423							4.17	-1.13	4.81
47.64	47.23	427.850							4.29	-1.02	4.93				4.89	-1.47
47.64	47.23	427.850							4.28	-0.93	4.92				4.87	-1.67
47.68	47.27	428.277				4.22	-0.33	4.86	4.31	-0.76	4.95
47.72	47.31	428.704							4.38	-1.39	5.02
47.80	47.39	429.775							4.43	-1.42	5.07
47.80	47.39	429.775							4.49	-1.03	5.13
47.84	47.43	430.419				4.46	-0.37	5.10	4.44	-1.10	5.08				5.24	-1.76
47.84	47.43	430.419				4.52	-0.21	5.16							5.21	-1.64
47.88	47.47	431.063				4.48	-0.44	5.12	4.49	-1.28	5.13
47.92	47.51	431.707				4.56	-0.50	5.20	4.54	-1.14	5.18
47.96	47.55	432.350				4.48	-0.40	5.12	4.49	-1.28	5.13
48.00	47.59	432.994							4.52	-1.24	5.16
48.00	47.59	432.994							4.58	-1.24	5.22
48.04	47.63	433.638	4.53	-1.18	5.17				4.56	-1.34	5.20				5.25	-1.83
48.04	47.63	433.638							4.62	-1.01	5.26				5.24	-1.80
48.08	47.67	434.505							4.44	-1.26	5.08
48.08	47.67	434.505							4.52	-1.24	5.16
48.12	47.71	436.043							4.56	-1.34	5.20
48.16	47.75	437.580				4.48	-0.37	5.12
48.20	47.79	439.118							4.50	-1.32	5.14
48.24	47.83	440.655							4.44	-1.22	5.08				5.22	-1.85
48.24	47.83	440.655													5.23	-1.68