Citation:

PANGAEA.912146

Name: Recalibrated age model and sea surface temperatures of sediment core MD07-3128
Published: 2020-02-14
License: https://creativecommons.org/licenses/by/4.0/
Keywords: AIM; Compilation; Marine Isotope Stage 3; MIS-3; Sea surface temperature; SST; SST Stack; Stack

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Keyword(s):

AIM; Compilation; Marine Isotope Stage 3; MIS-3; Sea surface temperature; SST; SST Stack; Stack

Related to:

Anderson, Harris J; Pedro, Joel B; Bostock, Helen C; Chase, Zanna; Noble, Taryn L (submitted): Expression of Millennial-Scale Antarctic Warming Events in the Southern Ocean. Quaternary Science Reviews

Further details:

Caniupán, Ana Magaly; Lamy, Frank; Lange, Carina Beatriz; Kaiser, Jérôme; Arz, Helge Wolfgang; Kilian, Rolf; Urrea, Oscar Baeza; Aracena, C; Hebbeln, Dierk; Kissel, Catherine; Laj, C; Mollenhauer, Gesine; Tiedemann, Ralf (2011): Millennial-scale sea surface temperature and Patagonian Ice Sheet changes off southernmost Chile (53°S) over the past ~60 kyr. Paleoceanography, 26, PA3221, https://doi.org/10.1029/2010PA002049

Jouzel, Jean; Masson-Delmotte, Valerie; Cattani, Olivier; Dreyfus, Gabrielle; Falourd, Sonia; Hoffmann, G; Minster, Bénédicte; Nouet, Julius; Barnola, Jean-Marc; Chappellaz, Jérôme A; Fischer, Hubertus; Gallet, J C; Johnsen, Sigfús Jóhann; Leuenberger, Markus Christian; Loulergue, Laetitia; Luethi, D; Oerter, Hans; Parrenin, Frédéric; Raisbeck, Grant M; Raynaud, Dominique; Schilt, Adrian; Schwander, Jakob; Selmo, Enricomaria; Souchez, Roland A; Spahni, Renato; Stauffer, Bernhard; Steffensen, Jørgen Peder; Stenni, Barbara; Stocker, Thomas F; Tison, Jean-Louis; Werner, Martin; Wolff, Eric William (2007): Orbital and millennial Antarctic climate variability over the past 800,000 years. Science, 317(5839), 793-797, https://doi.org/10.1126/science.1141038

Veres, Daniel; Bazin, Lucie; Landais, Amaëlle; Toyé Mahamadou Kele, H; Lemieux-Dudon, Bénédicte; Parrenin, Frédéric; Martinerie, Patricia; Blayo, Eric; Blunier, Thomas; Capron, Emilie; Chappellaz, Jérôme A; Rasmussen, Sune Olander; Severi, Mirko; Svensson, Anders M; Vinther, Bo Møllesøe; Wolff, Eric William (2013): The Antarctic ice core chronology (AICC2012): an optimized multi-parameter and multi-site dating approach for the last 120 thousand years. Climate of the Past, 9(4), 1733-1748, https://doi.org/10.5194/cp-9-1733-2013

Coverage:

Latitude: -52.659500 * Longitude: -75.566160

Date/Time Start: 2007-02-25T07:10:00 * Date/Time End: 2007-02-25T07:10:00

Minimum DEPTH, sediment/rock: 0.000 m * Maximum DEPTH, sediment/rock: 30.240 m

Event(s):

MD07-3128 * Latitude: -52.659500 * Longitude: -75.566160 * Date/Time: 2007-02-25T07:10:00 * Elevation: -1032.0 m * Recovery: 30.33 m * Location: South-East Pacific * Campaign: (IMAGES XV - Pachiderme) * Basis: * Method/Device: Calypso Corer II (CALYPSO2)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Anderson, Harris J		Geocode
2	Age model	Age model	ka	Anderson, Harris J		original age model
3	Age model	Age model	ka	Anderson, Harris J	Antarctic ice core chronology (AICC2012)	AICC2012-Tuned Age Model
4	Standard error	Std e	±	Anderson, Harris J	Antarctic ice core chronology (AICC2012)	AICC2012-tuned error
5	Age model	Age model	ka	Anderson, Harris J	Antarctic Isotope Maxima (AIM)	AIM-tuned age model
6	Standard error	Std e	±	Anderson, Harris J	Antarctic Isotope Maxima (AIM)	AIM-tuned error
7	Sea surface temperature	SST	°C	Anderson, Harris J	Calculated from UK'37 (Prahl et al., 1988)
8	Sea surface temperature	SST	°C	Anderson, Harris J	Calculated from UK'37 (Sikes and Sicre, 2002)

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

1490 data points

Data

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

1 Depth sed [m]	2 Age model [ka] (original age model)	3 Age model [ka] (AICC2012-Tuned Age Model, Ant...)	4 Std e [±] (AICC2012-tuned error, Antarct...)	5 Age model [ka] (AIM-tuned age model, Antarcti...)	6 Std e [±] (AIM-tuned error, Antarctic Is...)	7 SST [°C] (Calculated from UK'37 (Prahl ...)	8 SST [°C] (Calculated from UK'37 (Sikes ...)
0.000	2.2					11.1	13.15
0.120	5.4	5.03	2.79	5.04	2.79	11.7	13.74
0.240	8.5	8.15	2.43	8.16	2.43	12.9	14.90
0.360	10.6	10.49	0.51	10.49	0.53	12.6	14.61
0.480	11.4	11.30	1.22	11.29	1.24	11.3	13.35
0.600	12.2	12.10	1.85	12.07	1.86	10.9	12.96
0.720	13.0	12.90	1.87	12.88	1.89	10.9	12.96
0.840	13.8	13.69	1.45	13.69	1.47	10.5	12.57
0.960	14.5	14.48	1.33	14.48	1.34	10.1	12.18
1.080	15.2	15.13	1.55	15.13	1.55	10.3	12.38
1.200	15.9	15.75	1.78	15.74	1.74	9.7	11.79
1.320	16.6	16.38	1.72	16.37	1.71	9.3	11.41
1.440	17.3	17.01	1.55	17.00	1.54	7.9	10.05
1.560	18.0	17.65	1.50	17.66	1.67	6.0	8.20
1.680	18.1	17.84	1.55	17.84	1.72	5.6	7.81
1.800	18.2	17.93	1.38	17.93	1.51	5.5	7.71
1.920	18.3	18.02	1.21	18.02	1.30	5.2	7.42
2.040	18.4	18.09	1.06	18.10	1.11	5.6	7.81
2.160	18.4	18.17	0.93	18.17	0.97	5.3	7.52
2.280	18.5	18.24	0.84	18.24	0.87	5.4	7.62
2.400	18.6	18.32	0.75	18.32	0.76	4.9	7.13
2.520	18.7	18.40	0.72	18.40	0.75	4.4	6.65
2.640	18.8	18.52	0.70	18.52	0.70	4.7	6.94
2.760	18.9	18.64	0.70	18.64	0.70	5.3	7.52
3.000	19.1	18.87	0.78	18.87	0.77	5.6	7.81
3.120	19.2	18.98	0.81	18.98	0.79	5.8	8.01
3.240	19.3	19.09	0.82	19.09	0.81	5.6	7.81
3.360	19.4	19.19	0.82	19.20	0.81	4.9	7.13
3.480	19.5	19.30	0.80	19.31	0.79	4.8	7.03
3.600	19.6	19.42	0.75	19.42	0.75	6.0	8.20
3.720	19.7	19.54	0.71	19.54	0.71	5.3	7.52
3.840	19.9	19.65	0.71	19.66	0.71	4.7	6.94
3.960	19.9	19.77	0.75	19.77	0.75	7.0	9.17
4.080	20.1	19.88	0.76	19.88	0.76	7.4	9.56
4.200	20.1	19.99	0.82	20.00	0.83	7.2	9.37
4.320	20.2	20.10	0.91	20.10	0.92	7.4	9.56
4.440	20.4	20.21	0.99	20.21	1.02	7.3	9.46
4.560	20.4	20.32	1.09	20.32	1.13	7.4	9.56
4.680	20.6	20.42	1.19	20.42	1.23	8.3	10.43
4.800	20.6	20.53	1.28	20.53	1.33	7.4	9.56
4.920	20.8	20.63	1.35	20.63	1.41	8.1	10.24
5.040	20.9	20.74	1.39	20.73	1.49	8.0	10.14
5.160	20.9	20.84	1.44	20.84	1.54	7.2	9.37
5.280	21.1	20.94	1.47	20.94	1.57	5.9	8.10
5.400	21.1	21.04	1.49	21.04	1.63	6.0	8.20
5.520	21.2	21.15	1.52	21.14	1.69	6.2	8.39
5.640	21.4	21.25	1.53	21.24	1.76	6.5	8.69
5.760	21.4	21.35	1.55	21.34	1.82	7.6	9.75
5.880	21.6	21.45	1.58	21.44	1.86	6.4	8.59
6.000	21.6	21.55	1.61	21.55	1.90	5.8	8.01
6.240	21.9	21.76	1.59	21.75	1.93	5.4	7.62
6.360	21.9	21.86	1.56	21.85	1.94	6.4	8.59
6.480	22.1	21.96	1.51	21.96	1.96	6.2	8.39
6.600	22.1	22.07	1.46	22.06	1.99	5.1	7.33
6.720	22.2	22.17	1.41	22.16	2.04	5.7	7.91
7.080	22.6	22.53	1.33	22.61	2.73	7.5	9.66
7.200	22.8	22.69	1.33	22.79	2.87	7.4	9.56
7.440	23.2	23.02	1.43	23.16	2.73	7.3	9.46
7.560	23.4	23.18	1.51	23.35	2.71	6.6	8.78
7.680	23.6	23.35	1.61	23.52	2.69	7.3	9.46
7.800	23.8	23.51	1.71	23.70	2.67	7.3	9.46
8.160	24.3	24.00	1.93	24.19	2.65	8.3	10.43
8.280	24.5	24.17	1.97	24.33	2.64	7.7	9.85
8.400	24.7	24.33	2.00	24.47	2.62	7.4	9.56
8.520	24.9	24.50	2.03	24.62	2.61	6.9	9.07
8.640	25.1	24.66	2.06	24.76	2.61	8.3	10.43
8.880	25.5	25.00	2.13	25.06	2.60	8.4	10.53
9.240	26.1	25.49	2.29	25.52	2.62	7.7	9.85
9.360	26.3	25.65	2.37	25.67	2.67	7.8	9.95
9.600	26.6	25.90	2.48	25.88	2.77	7.4	9.56
9.840	26.6	25.96	2.41	25.94	2.71	7.5	9.66
9.960	26.7	25.98	2.38	25.96	2.69	7.5	9.66
10.080	26.7	26.01	2.36	25.98	2.66	7.6	9.75
10.200	26.7	26.04	2.35	26.01	2.65	7.8	9.95
10.320	26.8	26.06	2.36	26.03	2.64	7.5	9.66
10.440	26.8	26.09	2.37	26.05	2.64	7.4	9.56
10.800	26.9	26.16	2.39	26.12	2.64	6.9	9.07
10.920	26.9	26.19	2.39	26.14	2.64	8.2	10.34
11.040	27.0	26.21	2.38	26.17	2.65	7.6	9.75
11.160	27.0	26.23	2.37	26.19	2.65	7.4	9.56
11.280	27.1	26.25	2.37	26.21	2.65	8.9	11.02
11.400	27.1	26.28	2.36	26.23	2.64	7.9	10.05
11.760	27.2	26.34	2.33	26.29	2.64	9.0	11.11
11.880	27.2	26.36	2.32	26.31	2.64	7.0	9.17
12.000	27.3	26.38	2.31	26.32	2.64	6.9	9.07
12.360	27.4	26.45	2.26	26.39	2.66	7.2	9.37
12.480	27.4	26.47	2.24	26.41	2.66	7.3	9.46
12.600	27.4	26.50	2.22	26.43	2.68	7.3	9.46
12.720	27.5	26.52	2.18	26.46	2.69	7.4	9.56
12.840	27.5	26.55	2.15	26.48	2.68	6.8	8.98
12.960	27.6	26.57	2.12	26.50	2.69	5.8	8.01
13.080	27.6	26.60	2.10	26.53	2.69	6.3	8.49
13.200	27.6	26.63	2.08	26.55	2.71	7.0	9.17
13.320	27.7	26.65	2.06	26.58	2.72	8.4	10.53
13.440	27.7	26.68	2.05	26.60	2.74	8.7	10.82
13.560	27.7	26.71	2.07	26.63	2.76	8.0	10.14
13.680	27.8	26.74	2.09	26.66	2.78	7.6	9.75
13.800	27.8	26.77	2.13	26.69	2.79	6.1	8.30
13.920	27.8	26.80	2.17	26.71	2.80	6.0	8.20
14.040	28.0	26.92	2.10	26.92	2.85	5.1	7.33
14.160	28.1	27.09	2.00	27.13	3.39	7.1	9.27
14.280	28.3	27.26	1.93	27.31	3.77	7.3	9.46
14.400	28.4	27.42	1.86	27.48	3.68	6.9	9.07
14.520	28.6	27.59	1.83	27.63	3.43	6.7	8.88
14.640	28.8	27.76	1.82	27.79	3.21	7.7	9.85
14.760	28.9	27.92	1.83	27.94	3.04	7.0	9.17
14.880	29.1	28.09	1.85	28.08	2.88	7.1	9.27
15.000	29.2	28.25	1.91	28.22	2.76	7.3	9.46
15.240	29.6	28.55	2.13	28.49	2.70	6.9	9.07
15.480	29.9	28.86	2.29	28.77	2.72	6.5	8.69
15.600	30.1	29.02	2.33	28.92	2.84	6.8	8.98
15.840	30.4	29.34	2.40	29.23	2.92	9.3	11.41
15.960	30.5	29.50	2.46	29.42	2.30	7.9	10.05
16.200	31.1	30.11	2.35	30.19	2.12	7.8	9.95
16.320	31.3	30.45	2.34	30.58	2.56	7.3	9.46
16.440	31.6	30.79	2.39	30.96	2.95	6.8	8.98
16.560	31.9	31.13	2.50	31.36	3.43	6.7	8.88
16.680	32.2	31.47	2.67	31.78	3.96	6.3	8.49
16.800	32.5	31.80	2.77	32.17	4.26	6.8	8.98
17.040	33.1	32.46	2.87	32.81	4.06	5.8	8.01
17.280	33.6	33.10	2.77	33.32	3.40	5.8	8.01
17.400	33.9	33.42	2.60	33.56	3.16	5.9	8.10
17.640	34.5	34.07	2.07	34.04	2.73	6.0	8.20
17.760	34.8	34.40	1.86	34.30	2.58	6.9	9.07
17.880	35.1	34.74	1.75	34.56	2.51	6.6	8.78
18.000	35.5	35.14	1.70	34.85	2.55	6.6	8.78
18.120	36.0	35.66	1.89	35.17	2.69	6.7	8.88
18.240	36.5	36.12	2.16	35.44	3.05	5.9	8.10
18.360	37.1	36.59	2.33	35.84	3.30	7.2	9.37
18.480	37.6	37.11	2.69	36.61	3.31	6.7	8.88
18.600	37.9	37.43	2.84	37.15	3.50	5.8	8.01
18.720	38.1	37.68	2.85	37.38	3.35	6.1	8.30
18.840	38.3	37.93	2.88	37.59	3.29	6.1	8.30
19.080	38.7	38.41	3.08	37.99	3.52	6.9	9.07
19.200	38.9	38.65	3.21	38.19	3.69	7.8	9.95
19.440	39.3	39.12	3.57	38.69	3.60	7.8	9.95
19.680	39.7	39.60	3.94	39.22	3.45	5.7	7.91
19.800	39.9	39.84	4.18	39.48	3.58	5.8	8.01
19.920	40.1	40.07	4.40	39.76	3.77	6.1	8.30
20.040	40.4	40.30	4.63	40.06	4.09	6.6	8.78
20.160	40.5	40.53	4.84	40.31	4.30	7.0	9.17
20.280	40.8	40.76	5.09	40.53	4.16	6.4	8.59
20.520	41.2	41.22	5.60	40.94	3.67	6.3	8.49
20.640	41.3	41.45	5.88	41.14	3.46	5.8	8.01
21.000	41.8	42.13	6.61	41.70	3.01	6.3	8.49
21.120	42.0	42.36	6.87	41.86	2.84	6.8	8.98
21.240	42.1	42.60	7.10	42.03	2.66	6.5	8.69
21.360	42.3	42.83	7.34	42.22	2.46	5.5	7.71
21.480	42.5	43.06	7.58	42.40	2.30	5.7	7.91
21.720	42.8	43.52	7.98	42.80	2.21	6.4	8.59
21.840	43.0	43.75	8.19	43.00	2.23	6.6	8.78
21.960	43.1	43.98	8.31	43.19	2.18	6.6	8.78
22.200	43.5	44.44	8.50	43.54	2.04	6.3	8.49
22.320	43.6	44.66	8.62	43.72	2.05	6.0	8.20
22.440	43.8	44.89	8.68	43.90	2.10	5.5	7.71
22.560	43.9	45.11	8.77	44.08	2.16	5.9	8.10
22.680	44.1	45.34	8.81	44.24	2.23	6.2	8.39
22.800	44.3	45.57	8.85	44.40	2.28	6.3	8.49
22.920	44.4	45.79	8.89	44.55	2.30	6.6	8.78
23.040	44.6	46.02	8.92	44.70	2.30	6.5	8.69
23.160	44.7	46.24	8.93	44.86	2.31	6.0	8.20
23.280	44.9	46.48	8.93	45.02	2.29	5.3	7.52
23.400	45.1	46.71	8.93	45.19	2.24	6.3	8.49
23.520	45.2	46.94	8.97	45.35	2.19	6.7	8.88
23.640	45.4	47.17	8.99	45.53	2.18	6.3	8.49
23.880	45.7	47.64	8.95	45.89	2.25	7.1	9.27
24.000	45.9	47.87	8.91	46.07	2.35	7.6	9.75
24.120	46.0	48.11	8.84	46.28	2.43	8.0	10.14
24.240	46.2	48.33	8.83	46.55	2.49	6.7	8.88
24.360	46.4	48.56	8.76	46.85	2.51	7.1	9.27
24.480	46.5	48.79	8.72	47.14	2.60	6.2	8.39
24.600	46.7	49.03	8.64	47.43	2.74	5.7	7.91
24.720	46.9	49.26	8.58	47.71	2.94	5.5	7.71
24.840	47.0	49.49	8.48	48.00	3.16	6.2	8.39
24.960	47.2	49.72	8.40	48.29	3.42	5.7	7.91
25.080	47.3	49.95	8.26	48.58	3.70	5.5	7.71
25.320	47.7	50.43	7.95	49.14	4.25	5.4	7.62
25.440	47.8	50.66	7.72	49.42	4.48	5.5	7.71
25.680	48.1	51.13	7.31	49.99	4.81	5.6	7.81
25.800	48.3	51.37	7.10	50.27	4.90	5.8	8.01
25.920	48.5	51.60	6.86	50.54	4.98	5.2	7.42
26.040	48.6	51.84	6.59	50.82	5.04	5.9	8.10
26.160	48.8	52.07	6.32	51.10	5.07	5.2	7.42
26.280	49.0	52.30	6.06	51.38	5.07	6.3	8.49
26.400	49.1	52.53	5.79	51.67	5.04	5.5	7.71
26.640	49.4	53.01	5.24	52.22	4.97	5.4	7.62
26.880	49.8	53.47	4.70	52.78	4.77	5.3	7.52
27.000	49.9	53.69	4.44	53.06	4.69	5.1	7.33
27.120	50.3	53.93	4.16	53.33	4.54	5.3	7.52
27.240	50.7	54.15	3.90	53.61	4.36	7.2	9.37
27.480	51.4	54.62	3.44	54.16	3.82	6.9	9.07
27.600	51.8	54.85	3.21	54.44	3.54	6.7	8.88
27.720	52.2	55.08	2.99	54.72	3.25	7.8	9.95
27.840	52.5	55.32	2.79	55.01	2.97	7.1	9.27
27.960	52.9	55.55	2.59	55.29	2.72	7.6	9.75
28.080	53.3	55.79	2.41	55.58	2.50	7.0	9.17
28.200	53.7	56.02	2.30	55.86	2.33	7.3	9.46
28.320	54.0	56.26	2.21	56.15	2.24	7.9	10.05
28.440	54.4	56.50	2.17	56.45	2.20	8.8	10.92
28.560	54.8	56.74	2.13	56.73	2.15	7.4	9.56
28.680	55.2	56.98	2.02	56.97	2.04	7.7	9.85
28.800	55.5	57.21	1.90	57.21	1.92	8.5	10.63
28.920	55.9	57.45	1.85	57.45	1.84	9.2	11.31
29.040	56.3	57.69	1.84	57.68	1.84	8.3	10.43
29.160	56.7	57.91	1.83	57.91	1.81	9.1	11.21
29.280	57.0	58.13	1.78	58.13	1.75	8.7	10.82
29.400	57.4	58.34	1.69	58.34	1.67	8.8	10.92
29.520	57.8	58.55	1.56	58.55	1.53	8.9	11.02
29.640	58.2	58.77	1.35	58.77	1.31	8.5	10.63
29.760	58.5	58.99	1.04	58.99	1.02	9.1	11.21
29.880	58.9	59.21	0.70	59.21	0.69	8.8	10.92
30.000	59.3	59.43	0.36	59.43	0.35	8.2	10.34
30.120	59.7	59.65	0.03	59.65	0.03	8.3	10.43
30.240	60.0					6.4	8.59