Citation:

palo.20014

Name: Stable oxygen isotopes and ratios of magnesium and calcium measured on Neogloboquadrina pachyderma sinistralis of sediment core SO201-2-12
Published: 2013
License: https://creativecommons.org/licenses/by/3.0/

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Coverage:

Latitude: 53.992660 * Longitude: 162.375830

Date/Time Start: 2009-09-09T04:49:00 * Date/Time End: 2009-09-09T05:59:00

Minimum DEPTH, sediment/rock: 1.255 m * Maximum DEPTH, sediment/rock: 9.005 m

Event(s):

SO201-2-12KL * Latitude: 53.992660 * Longitude: 162.375830 * Date/Time Start: 2009-09-09T04:49:00 * Date/Time End: 2009-09-09T05:59:00 * Elevation: -2173.0 m * Recovery: 9.05 m * Location: Kronotsky Peninsula * Campaign: (KALMAR II) * Basis: * Method/Device: Piston corer (PC)

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, δ18O	N. pachyderma s δ18O	‰ PDB	Nürnberg, Dirk	Mass spectrometer, Finnigan, MAT 253	size fraction: 125-250 µm
4	Neogloboquadrina pachyderma, Magnesium/Calcium ratio	N. pachyderma Mg/Ca	mmol/mol	Nürnberg, Dirk	ICP-OES, VARIAN 720-ES	size fraction: 125-250 µm, sinistral
5	Sea surface temperature, July-September	SST (7-9)	°C	Nürnberg, Dirk	Calculated	calculated from Mg/Ca-ratio after Kozdon et al. (2009, doi:10.1029/2008GC002169)
6	δ18O, water	δ18O H2O	‰ SMOW	Nürnberg, Dirk	Calculated	calculated from d18O and Mg/Ca-temperature after Shackleton (1974)
7	δ18O, water	δ18O H2O	‰ SMOW	Nürnberg, Dirk	Calculated	Ice-volume corrected following sea-level reconstruction of Waelbroek et al. (2002, doi:10.1006/qres.2002.2319)

License:

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

Size:

704 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 δ18O [‰ PDB] (size fraction: 125-250 µm, Ma...)	4 N. pachyderma Mg/Ca [mmol/mol] (size fraction: 125-250 µm, si...)	5 SST (7-9) [°C] (calculated from Mg/Ca-ratio a...)	6 δ18O H2O [‰ SMOW] (calculated from d18O and Mg/C...)	7 δ18O H2O [‰ SMOW] (Ice-volume corrected followin...)
1.255	6.05	2.77
1.305	6.26	2.85	0.86	4.0	-0.07	-0.11
1.355	6.46	2.79	0.67	2.4	-0.54	-0.58
1.405	6.66	3.03	0.88	4.1	0.15	0.10
1.455	6.87	2.95	0.84	3.8	-0.02	-0.07
1.505	7.07	2.75
1.555	7.27	2.95	0.82	3.6	-0.06	-0.13
1.605	7.48	2.83	0.78	3.3	-0.27	-0.34
1.655	7.68	2.57	0.68	2.6	-0.72	-0.79
1.705	7.88	2.80	0.87	4.0	-0.10	-0.18
1.755	8.08	2.57	0.76	3.2	-0.55	-0.64
1.805	8.29	3.02
1.855	8.49	2.88	0.90	4.2	0.04	-0.09
1.905	8.69	3.04	0.85	3.9	0.10	-0.04
2.005	9.10	2.57	0.89	4.2	-0.29	-0.46
2.055	9.30	3.14	0.83	3.7	0.15	-0.04
2.155	9.60	3.12	0.96	4.7	0.41	0.19
2.205	9.69	3.04	0.83	3.7	0.04	-0.19
2.255	9.78	2.82	0.65	2.3	-0.54	-0.78
2.305	9.88	2.99	0.71	2.8	-0.24	-0.49
2.355	9.97	2.99	0.79	3.4	-0.08	-0.34
2.405	10.06	2.82	0.91	4.3	-0.01	-0.28
2.455	10.15	3.00	0.76	3.1	-0.14	-0.43
2.505	10.25	3.11	0.75	3.1	-0.05	-0.34
2.555	10.34	3.15	1.01	5.1	0.53	0.23
2.605	10.43	3.08	0.67	2.5	-0.24	-0.55
2.655	10.52	3.16	0.74	3.0	-0.01	-0.33
2.705	10.62	3.14	0.85	3.9	0.20	-0.14
2.755	10.71	3.23	0.83	3.7	0.24	-0.11
2.805	10.80	3.16	1.05	5.4	0.63	0.27
2.855	10.89	3.19	0.93	4.4	0.41	0.04
2.905	10.99	3.08	0.83	3.7	0.09	-0.29
2.955	11.08	3.14	0.75	3.1	-0.01	-0.40
3.005	11.10	2.83	0.89	4.2	-0.03	-0.42
3.055	11.13	3.02	0.90	4.2	0.17	-0.22
3.105	11.16	3.05	0.91	4.3	0.23	-0.17
3.155	11.18	3.16	0.99	4.9	0.50	0.10
3.205	11.21	3.01	1.00	5.0	0.37	-0.04
3.255	11.23	3.22	1.10	5.8	0.78	0.37
3.305	11.26	3.21	1.07	5.6	0.72	0.31
3.355	11.29	3.24	1.19	6.4	0.98	0.56
3.455	11.37	3.10	0.99	4.9	0.44	0.01
3.505	11.43	3.37	0.94	4.6	0.61	0.17
3.555	11.50	3.24	1.39	8.0	1.38	0.93
3.605	11.56	3.31	1.21	6.6	1.08	0.63
3.655	11.62	3.19	0.94	4.5	0.43	-0.03
3.705	11.68	3.18	1.06	5.5	0.66	0.19
3.755	11.74	3.22	0.90	4.2	0.37	-0.10
3.805	11.80	2.94	0.79	3.4	-0.13	-0.62
3.855	11.86	3.31	0.97	4.8	0.61	0.12
3.905	11.93	3.35	1.11	5.9	0.94	0.44
3.955	11.99	3.33	1.03	5.2	0.74	0.23
4.005	12.05	3.43	0.97	4.7	0.72	0.21
4.055	12.11	3.60	1.11	5.9	1.18	0.66
4.105	12.17	3.85	2.41
4.155	12.23	3.41	0.83	3.7	0.41	-0.12
4.205	12.29	3.48	1.10	5.8	1.04	0.50
4.255	12.36	3.32	0.87	4.0	0.41	-0.14
4.305	12.42	3.83
4.355	12.48	3.61	0.92	4.4	0.80	0.23
4.405	12.54		1.25	6.9
4.455	12.60	3.39	0.82	3.6	0.38	-0.20
4.505	12.66	3.19	0.97	4.8	0.49	-0.10
4.555	12.73	3.44	0.77	3.2	0.32	-0.28
4.605	12.79	3.35	0.71	2.8	0.12	-0.49
4.655	12.85	3.52	0.94	4.5	0.74	0.13
4.705	12.91	3.19	0.97	4.8	0.48	-0.14
4.755	12.97	3.27	0.79	3.4	0.20	-0.43
4.805	13.03	3.34	0.89	4.1	0.47	-0.16
4.855	13.09	3.40	0.85	3.9	0.47	-0.18
4.905	13.16	3.34	1.05	5.4	0.80	0.15
4.955	13.22	3.44	0.84	3.8	0.48	-0.18
5.005	13.28	3.46	1.12	5.9	1.07	0.40
5.055	13.34	3.28	1.13	6.0	0.90	0.23
5.105	13.40	3.60	1.05	5.4	1.06	0.38
5.155	13.47	3.37	1.50	8.8	1.72	1.03
5.205	13.51	3.64	1.23	6.8	1.46	0.76
5.255	13.56	3.46	1.31	7.4	1.44	0.74
5.305	13.60	3.58	0.98	4.8	0.90	0.20
5.355	13.65	3.11	1.13	6.0	0.73	0.02
5.405	13.70	3.04	1.39	8.0	1.18	0.46
5.455	13.74	3.24	1.16	6.2	0.92	0.20
5.555	13.83	3.52	1.07	5.5	1.02	0.28
5.605	13.87	2.99	1.29	7.3	0.93	0.20
5.655	13.91	3.32	1.17	6.3	1.02	0.27
5.705	13.95	3.45	1.18	6.4	1.16	0.41
5.755	13.99	3.27	1.40	8.0	1.42	0.66
5.805	14.03	3.40	1.37	7.9	1.50	0.74
5.855	14.09	3.50	1.27	7.1	1.40	0.64
5.905	14.16	3.62	1.08	5.6	1.14	0.37
5.955	14.22	3.40	1.78	11.0	2.27	1.49
6.005	14.29	3.53	1.73	10.6	2.32	1.54
6.055	14.36	3.27	1.37	7.9	1.37	0.58
6.155	14.49	3.10	1.40	8.0	1.25	0.45
6.205	14.56	3.42	1.46	8.6	1.70	0.89
6.255	14.63	3.06	1.51	8.9	1.42	0.61
6.305	14.70	3.38	1.61	9.7	1.94	1.12
6.355	14.77	3.18	1.32	7.5	1.18	0.36
6.405	14.87	3.17	1.26	7.0	1.06	0.23
6.455	14.97	3.46	1.19	6.4	1.19	0.35
6.505	15.06	3.49	1.13	6.0	1.12	0.27
6.555	15.16	3.86	0.75	3.1	0.70	-0.16
6.605	15.26		1.31	7.4
6.655	15.35	3.84	0.78	3.3	0.75	-0.13
6.705	15.44	3.74	0.82	3.6	0.72	-0.17
6.755	15.53	3.48	0.81	3.5	0.44	-0.45
6.805	15.63	3.57	1.03	5.2	0.99	0.09
6.855	15.72	3.69	0.78	3.3	0.60	-0.30
6.905	15.81	3.73	0.80	3.5	0.69	-0.22
7.005	16.02	3.66	0.77	3.2	0.54	-0.38
7.055	16.15	3.88	0.77	3.2	0.76	-0.16
7.105	16.24	3.98	0.90	4.3	1.14	0.21
7.205	16.41	4.03	0.75	3.1	0.87	-0.07
7.255	16.50	3.74	0.65	2.3	0.38	-0.57
7.305	16.64	3.85	0.71	2.8	0.61	-0.34
7.355	16.80	3.95	0.69	2.6	0.66	-0.29
7.405	16.95	3.62	0.71	2.8	0.39	-0.58
7.455	17.11	3.66	0.91	4.3	0.83	-0.14
7.505	17.21	3.69	0.67	2.5	0.37	-0.61
7.555	17.32	4.02	0.85	3.8	1.07	0.09
7.605	17.42	3.84	0.73	2.9	0.63	-0.35
7.655	17.52	3.97	0.64	2.2	0.58	-0.41
7.705	17.63	3.66	0.97	4.8	0.96	-0.03
7.755	17.73	3.97	0.69	2.6	0.70	-0.29
7.805	17.83	4.01	0.88	4.1	1.12	0.13
7.855	17.94	3.91	0.88	4.1	1.02	0.02
7.905	18.04	3.96	1.01	5.1	1.34	0.34
7.955	18.14	3.84	0.86	4.0	0.92	-0.08
8.005	18.25	3.73	1.07	5.6	1.23	0.22
8.105	18.45	3.85	1.30	7.3	1.82	0.80
8.155	18.55	3.69	1.01	5.1	1.07	0.05
8.205	18.66	3.65	1.08	5.7	1.18	0.16
8.255	18.72	3.88
8.305	18.78	3.91	0.92	4.4	1.11	0.08
8.355	18.83	3.69	1.16	6.3	1.38	0.36
8.405	18.89	3.77
8.455	18.95	3.86	0.93	4.5	1.07	0.05
8.505	19.01	3.81	0.76	3.2	0.68	-0.35
8.555	19.07	3.86	0.94	4.5	1.10	0.07
8.605	19.13	3.85	0.86	3.9	0.92	-0.11
8.655	19.21	3.93	0.99	4.9	1.26	0.23
8.705	19.30		1.04	5.3
8.755	19.40	3.54	0.91	4.3	0.72	-0.32
8.805	19.49	3.74	1.57	9.4	2.23	1.19
8.855	19.59	3.87	1.13	6.0	1.49	0.45
8.905	19.69	3.96	0.76	3.2	0.84	-0.20
8.955	19.78	3.94	1.14	6.1	1.58	0.54
9.005	19.88	3.58	1.17	6.3	1.27	0.23