Citation:

j.margeo.2014.07.006

Name: Mg/Ca ratios of Neogloboquadrina atlantica (s) and SST reconstruction of ODP Hole 162-982
Published: 2014
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Khélifi, Nabil (2010): Variations in Mediterranean Outflow Water and its salt discharge versus Pliocene changes in North Atlantic thermohaline circulation prior and during the onset of major Northern Hemisphere Glaciation, 3.7 - 2.6 Ma. Dissertation, University of Kiel, 155 pp, urn:nbn:de:gbv:8-diss-49253

Project(s):

Ocean Drilling Program (ODP)

Coverage:

Latitude: 57.512667 * Longitude: -15.854183

Date/Time Start: 1995-07-15T00:00:00 * Date/Time End: 1995-07-19T00:00:00

Minimum DEPTH, sediment/rock: 57.51 m * Maximum DEPTH, sediment/rock: 86.44 m

Event(s):

162-982 * Latitude: 57.512667 * Longitude: -15.854183 * Date/Time Start: 1995-07-15T00:00:00 * Date/Time End: 1995-07-19T00:00:00 * Elevation: -1134.2 m * Penetration: 1143.9 m * Recovery: 1008 m * Location: South Atlantic Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE) * Comment: 120 cores; 1123.9 m cored; 0 m drilled; 89.7% recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Khélifi, Nabil		Geocode
2	Depth, composite	Depth comp	mcd	Khélifi, Nabil	Intercore correlation
3	AGE	Age	ka BP	Khélifi, Nabil		Geocode
4	Neogloboquadrina atlantica, Magnesium/Calcium ratio	N. atlantica Mg/Ca	mmol/mol	Khélifi, Nabil		N. atlantica (s)
5	Sea surface temperature, annual mean	SST (1-12)	°C	Khélifi, Nabil	Calculated from Mg/Ca ratios (Mashiotta et al. 1999)
6	Sea surface temperature, annual mean	SST (1-12)	°C	Khélifi, Nabil	Calculated from Mg/Ca ratios (Anand et al., 2003)
7	Sea surface temperature, annual mean	SST (1-12)	°C	Khélifi, Nabil	Calculated from Mg/Ca ratios (Nürnberg et al. 1996)

License:

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

Size:

700 data points

Data

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

1 Depth sed [m]	2 Depth comp [mcd] (Intercore correlation)	3 Age [ka BP]	4 N. atlantica Mg/Ca [mmol/mol] (N. atlantica (s))	5 SST (1-12) [°C] (Calculated from Mg/Ca ratios ...)	6 SST (1-12) [°C] (Calculated from Mg/Ca ratios ...)	7 SST (1-12) [°C] (Calculated from Mg/Ca ratios ...)
57.51	57.51	2591.981	1.05	7.4	11.3	3.2
57.71	57.71	2594.577	1.62	11.5	16.1	9.2
57.91	57.91	2597.172	1.58	11.2	15.8	8.7
58.11	58.11	2599.768	1.61	11.4	16.1	9.1
58.31	58.31	2612.606	1.31	9.5	13.8	6.0
58.51	58.51	2619.596	1.49	10.7	15.2	7.8
58.97	58.97	2627.370	1.61	11.5	16.1	9.1
59.17	59.17	2630.505	1.42	10.3	14.7	7.1
59.37	59.37	2636.636	1.44	10.4	14.8	7.3
59.57	59.57	2643.598	1.25	9.1	13.3	5.4
59.77	59.77	2650.718	1.61	11.4	16.0	9.1
59.97	59.97	2657.769	1.31	9.5	13.7	5.9
60.17	60.17	2662.395	1.46	10.5	14.9	7.5
60.37	60.37	2676.809	1.56	11.1	15.7	8.5
60.57	60.57	2689.586	1.56	11.2	15.7	8.6
60.77	60.77	2699.438	1.50	10.7	15.2	7.9
60.97	60.97	2706.997	1.91	13.0	18.0	12.2
61.17	61.17	2728.987	1.35	9.8	14.1	6.4
61.37	61.37	2746.179	1.41	10.2	14.6	7.0
61.57	61.57	2754.380	1.41	10.2	14.6	7.0
61.77	61.77	2767.813	1.26	9.1	13.3	5.4
61.97	61.97	2779.319	1.36	9.9	14.2	6.5
62.17	62.17	2796.899	1.61	11.4	16.0	9.0
62.37	62.37	2804.981	1.47	10.6	15.0	7.6
62.57	62.57	2825.635	1.47	10.6	15.0	7.6
62.77	62.77	2829.437	1.54	11.0	15.5	8.3
62.97	62.97	2832.392	1.77	12.3	16.3	10.7
63.17	63.17	2844.156	1.42	10.2	14.6	7.1
63.37	63.37	2849.974	1.10	7.8	11.8	3.7
63.57	63.57	2855.740	1.31	9.5	13.8	6.0
63.77	63.77	2861.554	1.47	10.6	15.0	7.6
63.97	63.97	2867.647	1.56	11.1	15.7	8.5
64.17	64.17	2873.578	1.57	11.2	15.8	8.6
64.37	64.37	2878.180	1.42	10.2	14.6	7.1
64.57	64.57	2883.979	1.35	9.8	14.5	6.4
64.79	64.79	2900.358	1.53	11.0	15.5	8.3
64.99	64.99	2912.148	1.63	11.6	16.2	9.3
65.19	65.19	2920.789	1.37	9.9	14.2	6.6
65.39	65.39	2928.532	1.37	9.9	14.3	6.6
65.59	65.59	2944.092	1.26	9.1	13.3	5.4
65.79	65.79	2948.380	1.31	9.5	13.7	6.0
66.01	66.01	2952.094	1.42	10.2	14.6	7.1
66.19	66.19	2963.764	1.36	9.8	14.2	6.5
66.37	66.37	2973.941	1.20	8.7	12.8	4.8
66.59	66.59	2979.233	1.48	10.6	15.1	7.7
66.77	66.77	2984.297	1.46	10.5	15.0	7.5
66.97	66.97	2988.817	1.69	11.9	16.5	9.8
67.17	67.17	2993.035	1.70	11.9	16.6	9.9
67.38	67.38	2996.045	1.50	10.7	15.2	7.9
67.57	67.57	2999.445	1.92	13.1	16.4	12.2
67.77	67.77	3003.122	1.56	11.1	15.7	8.6
67.97	67.97	3007.630	1.48	10.6	15.1	7.7
68.17	68.17	3013.055	1.46	10.5	15.0	7.6
68.36	68.36	3018.337	1.65	11.7	16.3	9.5
69.65	73.09	3152.219	1.78	12.4	17.2	10.9
69.83	73.27	3161.427	1.93	13.1	18.1	12.4
70.03	73.47	3177.489	2.02	13.6	18.6	13.3
70.25	73.69	3188.501	1.86	12.8	17.7	11.7
70.43	73.87	3193.200	1.75	12.2	17.0	10.5
70.63	74.07	3197.463	1.97	13.3	18.3	12.8
70.85	74.29	3202.359	1.72	12.0	16.8	10.2
71.03	74.47	3208.609	1.85	12.7	17.6	11.6
71.23	74.67	3216.705	1.79	12.4	17.2	10.9
71.45	74.89	3222.420	1.75	12.2	17.0	10.5
71.63	75.07	3228.092	1.75	12.2	17.0	10.5
71.83	75.27	3235.403	1.84	12.7	17.5	11.4
72.05	75.49	3239.419	2.92	17.0	17.8	22.6
72.23	75.67	3245.450	1.83	12.6	17.5	11.4
72.43	75.87	3268.507	1.85	12.7	17.6	11.5
72.65	76.09	3283.670	1.73	12.1	16.9	10.3
72.83	76.27	3292.462	1.55	11.0	15.6	8.4
73.03	76.47	3297.162	1.62	11.5	16.1	9.2
73.25	76.69	3299.546	1.76	12.3	17.0	10.6
73.43	76.87	3301.496	2.05	13.7	18.7	13.6
73.63	77.07	3307.012	2.32	14.8	20.1	16.4
74.03	77.47	3325.039	2.15	14.1	19.3	14.7
74.23	77.67	3334.076	2.07	13.8	18.8	13.8
74.45	77.89	3340.125	1.96	13.3	18.2	12.7
74.63	78.07	3342.120	1.84	12.7	17.7	11.4
74.83	78.27	3345.675	1.75	12.2	17.0	10.6
75.05	78.49	3350.659	2.29	14.7	20.0	16.1
75.23	78.67	3355.997	2.06	13.7	18.8	13.7
75.43	78.87	3361.891	1.89	12.9	17.8	11.9
75.65	79.09	3367.396	1.92	13.1	18.0	12.3
75.83	79.27	3371.233	1.82	12.6	17.4	11.2
76.03	79.47	3374.337	1.95	13.2	18.2	12.6
76.23	79.67	3377.441	2.48	15.5	18.5	18.0
76.43	79.87	3385.777	1.89	12.9	17.8	11.9
76.63	80.07	3395.104	1.91	13.0	17.9	12.2
76.83	80.27	3403.370	1.63	11.5	16.2	9.3
77.03	80.47	3419.402	1.61	11.4	16.1	9.1
77.23	80.67	3426.143	1.51	10.9	15.9	8.1
77.43	80.87	3430.137	1.52	10.9	15.4	8.1
77.63	81.07	3434.130	1.45	10.4	14.8	7.4
77.83	81.27	3438.124	1.93	13.1	18.1	12.4
78.03	81.47	3446.699	2.20	14.3	19.5	15.1
78.23	81.67	3452.069	1.83	12.6	17.5	11.3
78.70	81.77	3453.336	1.65	11.7	16.3	9.5
78.43	81.87	3454.604	1.90	13.0	17.9	12.1
78.63	82.07	3460.440	1.80	12.5	17.3	11.0
78.80	82.13	3463.269	1.72	12.0	16.8	10.2
78.90	82.23	3467.566	1.95	13.2	18.2	12.6
79.10	82.54	3485.053	1.86	12.8	17.7	11.7
79.30	82.74	3504.666	1.82	12.6	17.5	11.2
79.50	82.94	3522.001	1.58	11.2	15.8	8.7
79.70	83.14	3530.140	3.14	17.7	17.3	24.8
79.90	83.38	3531.825	1.89	12.9	17.8	12.0
80.04	83.48	3532.763	2.06	13.7	18.8	13.7
80.24	83.68	3534.706	2.00	13.5	18.4	13.1
80.44	83.88	3535.839	1.80	12.5	17.3	11.0
80.64	84.08	3540.240	1.86	12.8	17.7	11.7
80.84	84.28	3545.903	1.44	10.4	14.8	7.3
81.04	84.48	3551.733	1.42	10.2	14.6	7.1
81.24	84.68	3562.237	1.75	12.2	17.0	10.5
81.44	84.88	3567.120	1.61	11.4	16.8	9.0
81.64	85.08	3570.001	2.02	13.6	18.6	13.3
81.84	85.28	3572.882	1.67	11.8	16.5	9.7
82.04	85.48	3576.004	1.64	11.6	16.3	9.4
82.24	85.68	3579.592	1.71	12.0	16.7	10.1
82.44	85.88	3588.424	1.62	11.5	16.1	9.2
82.64	86.08	3595.045	1.62	11.5	16.1	9.2
82.84	86.28	3597.970	1.59	11.3	15.9	8.8
83.04	86.48	3607.065	1.71	12.0	16.7	10.1
83.24	86.68	3617.374	1.80	12.5	17.3	11.0
83.44	86.88	3624.624	1.77	12.3	17.1	10.7
83.64	87.08	3627.586	1.74	12.2	16.9	10.4
83.84	87.28	3631.737	1.50	10.8	15.2	7.9
84.04	87.48	3638.347	1.47	10.6	15.3	7.6
84.24	87.68	3643.875	1.62	11.5	16.1	9.2
84.44	87.88	3648.407	1.70	11.9	16.6	10.0
84.64	88.08	3655.705	1.74	12.1	16.9	10.4
84.84	88.28	3662.907	1.62	11.5	16.1	9.2
85.04	88.48	3667.479	1.58	11.3	15.8	8.8
85.24	88.68	3670.137	1.90	13.0	17.9	12.1
85.44	88.88	3672.460	1.72	12.1	16.8	10.2
85.64	89.08	3675.839	1.76	12.3	17.0	10.6
85.84	89.28	3689.917	1.77	12.3	17.1	10.7
86.04	89.48	3691.487	1.83	12.6	17.5	11.3
86.24	89.68	3697.273	1.65	11.6	16.3	9.4
86.44	89.88	3702.027	1.97	13.3	18.3	12.8