Citation:

PANGAEA.912146

Name: Recalibrated age model and sea surface temperatures of sediment core E11-2
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:

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

Mashiotta, Tracy A; Lea, David W; Spero, Howard J (1999): Glacial–interglacial changes in Subantarctic sea surface temperature and d18O-water using foraminiferal Mg. Earth and Planetary Science Letters, 170(4), 417-432, https://doi.org/10.1016/S0012-821X(99)00116-8

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: -56.067000 * Longitude: -115.083000

Minimum DEPTH, sediment/rock: 0.110 m * Maximum DEPTH, sediment/rock: 11.435 m

Event(s):

E11-2 * Latitude: -56.067000 * Longitude: -115.083000 * Elevation: -3094.0 m * Location: Subantarctic Pacific Ocean * Method/Device: Core drilling (CDRILL)

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

License:

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

Size:

544 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]
0.110	8.11	8.11	0.11	8.11	0.12	4.4
0.275	10.18	9.96	1.24	9.98	1.24	4.2
0.385	11.56	11.20	1.99	11.22	1.99	5.5
0.495	12.94	12.43	2.30	12.47	2.29	5.2
0.585	14.05	13.46	2.36	13.50	2.34	4.9
0.705	15.53	14.83	2.28	14.87	2.23	4.5
0.805	16.73	15.97	1.92	16.00	1.86	3.7
0.915	18.00	17.22	1.46	17.22	1.42	2.7
1.025	18.99	18.35	1.16	18.33	1.09	1.9
1.105	19.55	19.01	1.17	18.94	1.10	2.8
1.215	20.20	19.90	1.51	19.77	1.37	1.7
1.315	20.74	20.72	1.91	20.54	1.56	3.7
1.425	21.32	21.63	2.41	21.36	1.68	2.1
1.505	21.74	22.28	2.79	21.99	1.72	2.5
1.615	22.33	23.18	3.33	22.86	1.78	2.6
1.705	22.83	23.91	3.78	23.59	1.84	4.1
1.805	23.40	24.75	4.32	24.46	1.88	2.9
1.905	24.00	25.56	4.85	25.35	1.97	3.2
2.015	24.69	26.47	5.42	26.25	2.14	2.8
2.125	25.40	27.37	5.98	27.14	2.21	2.4
2.225	25.89	28.19	6.47	28.02	2.23	2.5
2.315	26.57	28.92	6.86	28.83	2.34	2.6
2.415	27.38	29.74	7.29	29.74	2.45	3.9
2.515	28.08	30.55	7.64	30.64	2.42	3.2
2.625	28.87	31.45	7.98	31.62	2.44	3.0
2.725	29.61	32.26	8.19	32.51	2.57	1.4
2.825	30.36	33.07	8.32	33.36	2.65	3.1
2.915	31.09	33.81	8.49	34.09	2.67	3.0
3.025	32.07	34.70	8.62	34.97	2.60	3.2
3.125	33.06	35.51	8.70	35.81	2.43	3.0
3.215	34.16	36.24	8.75	36.59	2.28	3.1
3.325	35.69	37.14	8.77	37.57	2.17	3.2
3.425	37.00	37.97	8.76	38.42	2.10	3.3
3.515	37.90	38.70	8.76	39.09	1.92	2.9
3.615	38.48	39.53	8.69	39.79	1.75	3.3
3.715	38.98	40.35	8.60	40.47	1.81	2.8
3.815	39.50	41.18	8.47	41.13	1.83	3.1
3.905	39.99	41.91	8.39	41.72	1.60	2.5
4.015	40.60	42.82	8.22	42.41	1.31	2.8
4.115	41.17	43.64	7.95	43.11	1.36	2.9
4.215	41.77	44.45	7.63	44.09	1.49	1.9
4.315	42.40	45.27	7.25	45.22	1.48	3.2
4.415	43.04	46.09	6.90	46.25	1.46	3.5
4.505	43.64	46.82	6.47	47.02	1.52	2.8
4.605	44.34	47.66	5.97	47.84	1.69	2.7
4.705	45.17	48.48	5.49	48.65	2.00	2.7
4.805	46.20	49.30	5.01	49.46	2.31	3.5
4.925	47.58	50.28	4.40	50.43	2.55	2.9
5.025	48.76	51.09	3.92	51.23	2.60	2.2
5.125	49.92	51.91	3.42	52.03	2.58	4.4
5.225	51.04	52.72	2.97	52.82	2.47	3.9
5.315	52.01	53.46	2.56	53.54	2.28	3.7
5.415	52.95	54.28	2.16	54.34	1.98	4.2
5.515	53.81	55.11	1.81	55.14	1.67	2.7
5.615	54.46	55.92	1.58	55.94	1.48	3.4
5.715	55.03	56.72	1.41	56.72	1.37	3.0
5.815	55.56	57.43	1.39	57.44	1.38	3.1
5.915	56.12	58.11	1.56	58.13	1.52	4.6
6.115	57.76	59.46	2.15	59.49	2.08	4.0
6.215	58.92	60.13	2.50	60.17	2.42	4.3
6.315	59.93	60.80	2.84	60.84	2.77	3.9
6.415	60.22	61.48	3.09	61.52	3.03	4.2
6.515	61.07	62.16	3.24	62.18	3.19	3.3
6.715	62.89	63.51	3.40	63.52	3.33	3.8
6.815	63.76	64.18	3.39	64.20	3.34	3.4
6.915	64.58	64.86	3.37	64.88	3.32	3.3
7.015	65.37	65.54	3.30	65.56	3.23	3.8
7.115	66.13	66.21	3.15	66.23	3.13	2.6
7.215	66.88	66.88	2.97	66.90	2.92	2.8
7.325	67.67	67.62	2.63	67.64	2.59	4.1
7.415	68.27	68.22	2.30	68.24	2.30	3.1
7.515	68.89	68.89	1.97	68.92	1.97	4.0
7.615	69.48	69.58	1.68	69.59	1.69	3.9
7.715	70.07	70.24	1.46	70.25	1.47	4.9
7.905	71.22	71.45	1.18	71.46	1.19	3.7
8.025	72.01	72.17	1.18	72.19	1.19	4.2
8.125	72.71	72.80	1.12	72.80	1.11	4.6
8.215	73.35	73.40	1.05	73.40	1.04	3.8
8.315	74.05	74.04	0.92	74.03	0.90	3.7
8.425	74.76	74.72	0.47	74.72	0.46	3.9
8.525	75.35	75.35	0.08	75.35	0.08	4.4
8.625	75.90					3.4
8.725	76.41					4.4
8.815	76.86					3.6
8.925	77.45					4.3
9.025	78.06					5.0
9.125	78.78					5.3
9.225	79.62					5.3
9.325	80.59					4.9
9.425	81.65					5.3
9.525	82.77					6.0
9.625	83.91					4.8
9.725	85.02					3.8
9.825	86.08					3.9
9.925	87.11					3.4
10.025	88.14					3.3
10.125	89.16					3.3
10.225	90.18					4.2
10.325	91.22					4.9
10.425	92.29					4.2
10.525	93.41					4.2
10.625	94.65					3.9
10.725	96.03					4.4
10.825	97.52					4.3
10.925	99.12					4.6
11.025	100.81					4.2
11.125	102.58					3.6
11.235	104.59					3.7
11.325	106.32					4.6
11.435	108.45					4.5