Citation:

PANGAEA.947019

Name: Source apportionment results for <5 μm size fraction sediments of core PS75/056-1
Published: 2022-08-11
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Dust provenance; Iron fluxes; Radiogenic isotopes; Rare earth elemets; Southern Hemisphere Westerly Winds; Southern Ocean

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

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Abstract:

This dataset contains the source apportionment results for the dust fraction (<5 µm size fraction) of sediment core PS75/056-1 from the South Pacific Subantarctic Zone (55.16°S, 114.78°W; 3581 m water depth) collected during R/V Polarstern expedition ANT-XXVI/2 (PS75 BIPOMAC) in 11/2009-01/2010 (Gersonde, 2011, doi:10.2312/BzPM_0632_2011). The original lithogenic dust provenance signal was extracted from a total of 108 samples (incl. 13 full replicates) between 0.03 and 9.93 m core depth covering the period from ~8,000 to ~260,000 years before present. The age model is from van der Does et al. (2021, doi:10.1016/j.quascirev.2021.106978). The source apportionment was calculated using PS75/056-1 dust fraction radiogenic isotope compositions (doi:10.1594/PANGAEA.947018) and the Bayesian mixing model MixSIAR (Longman et al, 2018, doi:10.1038/s41598-018-24474-0; Stock et al., 2018, doi:10.7717/peerj.5096). Mean values of dust grain size reported together with the source apportionment results were previously published by van der Does et al. (2021, doi:10.1016/j.quascirev.2021.106978)). Iron (Fe) and Fe(II) flux data for PS75/056-1 (Shoenfelt et al., 2018, doi:10.1073/pnas.1809755115) were interpolated linearly to obtain values for the depths sampled for dust provenance work. The source-specific fluxes were calculated based on the relative contributions of the individual dust source regions to the total Fe input.

Keyword(s):

Dust provenance; Iron fluxes; Radiogenic isotopes; Rare earth elemets; Southern Hemisphere Westerly Winds; Southern Ocean

Supplement to:

Struve, Torben; Longman, Jack; Zander, Martin; Lamy, Frank; Winckler, Gisela; Pahnke, Katharina (2022): Systematic changes in circumpolar dust transport to the Subantarctic Pacific Ocean over the last two glacial cycles. Proceedings of the National Academy of Sciences, 119(47), e2206085119, https://doi.org/10.1073/pnas.2206085119

Funding:

Deutsche Forschungsgemeinschaft, Bonn (DFG), grant/award no. 412785502 : Glacial - Interglacial Changes in Dust Supply to the Pacific Southern Ocean

Coverage:

Latitude: -55.162330 * Longitude: -114.788500

Date/Time Start: 2009-12-15T03:15:00 * Date/Time End: 2009-12-15T03:15:00

Minimum DEPTH, sediment/rock: 0.030 m * Maximum DEPTH, sediment/rock: 9.925 m

Event(s):

PS75/056-1 * Latitude: -55.162330 * Longitude: -114.788500 * Date/Time: 2009-12-15T03:15:00 * Elevation: -3581.0 m * Recovery: 10.21 m * Location: South Pacific Ocean * Campaign: (PS75 BIPOMAC) * Basis: * Method/Device: Gravity corer (Kiel type) (SL)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample ID	Sample ID		Struve, Torben		Model ID
2	Sample comment	Sample comment		Struve, Torben
3	Depth, top/min	Depth top	m	Struve, Torben
4	Depth, bottom/max	Depth bot	m	Struve, Torben
5	DEPTH, sediment/rock	Depth sed	m	Struve, Torben		Geocode
6	AGE	Age	ka BP	Struve, Torben	Adopted from van der Does et al. (2021)	Geocode
7	Dust, aeolian	Dust	%	Struve, Torben	Calculated	Darling Basin
8	Dust, aeolian	Dust	%	Struve, Torben	Calculated	Lake Eyre Basin
9	Dust, aeolian	Dust	%	Struve, Torben	Calculated	Lake Mungo
10	Dust, aeolian	Dust	%	Struve, Torben	Calculated	Murray Basin
11	Dust, aeolian	Dust	%	Struve, Torben	Calculated	New Zealand
12	Dust, aeolian	Dust	%	Struve, Torben	Calculated	Total (Australian domain)
13	Dust, aeolian	Dust	%	Struve, Torben	Calculated	South America >32°S
14	Dust, aeolian	Dust	%	Struve, Torben	Calculated	South America 24-32°S
15	Dust, aeolian	Dust	%	Struve, Torben	Calculated	South America 20-24°S
16	Dust, aeolian	Dust	%	Struve, Torben	Calculated	Total (South American domain)
17	Dust, aeolian	Dust	%	Struve, Torben	Calculated	Total (Southern Africa)
18	Grain size, mean	Grain size mean	µm	Struve, Torben	Adopted from van der Does et al. (2021)	Mean 2-10 µm
19	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	interpolated
20	Iron II, flux	Fe(ll) flux	mg/cm²/ka	Struve, Torben	interpolated
21	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	Calculated	Australia
22	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	Calculated	New Zealand
23	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	Calculated	Total (Australia + New Zealand)
24	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	Calculated	South America >32°S
25	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	Calculated	South America 20-32°S
26	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	Calculated	Total (South America south of 20°S)
27	Iron, flux	Fe flux	mg/cm²/ka	Struve, Torben	Calculated	Southern Africa
28	Comment	Comment		Struve, Torben

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

2675 data points

Data

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

1 Sample ID (Model ID)	2 Sample comment	3 Depth top [m]	4 Depth bot [m]	5 Depth sed [m]	6 Age [ka BP] (Adopted from van der Does et ...)	7 Dust [%] (Darling Basin, Calculated)	8 Dust [%] (Lake Eyre Basin, Calculated)	9 Dust [%] (Lake Mungo, Calculated)	10 Dust [%] (Murray Basin, Calculated)	11 Dust [%] (New Zealand, Calculated)	12 Dust [%] (Total (Australian domain), Ca...)	13 Dust [%] (South America >32°S, Calculated)	14 Dust [%] (South America 24-32°S, Calcul...)	15 Dust [%] (South America 20-24°S, Calcul...)	16 Dust [%] (Total (South American domain)...)	17 Dust [%] (Total (Southern Africa), Calc...)	18 Grain size mean [µm] (Mean 2-10 µm, Adopted from va...)	19 Fe flux [mg/cm²/ka] (interpolated)	20 Fe(ll) flux [mg/cm²/ka] (interpolated)	21 Fe flux [mg/cm²/ka] (Australia, Calculated)	22 Fe flux [mg/cm²/ka] (New Zealand, Calculated)	23 Fe flux [mg/cm²/ka] (Total (Australia + New Zealan...)	24 Fe flux [mg/cm²/ka] (South America >32°S, Calculated)	25 Fe flux [mg/cm²/ka] (South America 20-32°S, Calcul...)	26 Fe flux [mg/cm²/ka] (Total (South America south of...)	27 Fe flux [mg/cm²/ka] (Southern Africa, Calculated)	28 Comment
Model1		0.025	0.035	0.030	7.92	5.5	12.5	8.4	2.9	8.5	37.7	8.7	4.4	46.0	59.2	3.1		2.36		0.69	0.20	0.89	0.21	1.19	1.40	0.07	De-/Interglacial
Model2		0.025	0.035	0.030	7.92	6.1	13.0	8.6	2.9	9.5	40.1	9.3	4.8	42.7	56.7	3.1		2.36		0.72	0.22	0.95	0.22	1.12	1.34	0.07	De-/Interglacial
Model3		0.070	0.080	0.075	8.94	7.5	15.4	9.9	3.1	10.5	46.3	11.6	5.2	34.1	50.9	2.8	4.34	2.56	0.39	0.92	0.27	1.18	0.30	1.01	1.30	0.07	De-/Interglacial
Model4		0.120	0.130	0.125	10.08	6.3	14.4	9.9	3.2	11.0	44.8	10.1	5.5	36.4	52.0	3.2	4.32	2.98	0.27	1.01	0.33	1.34	0.30	1.25	1.55	0.10	De-/Interglacial
Model5		0.170	0.180	0.175	11.21	6.1	13.4	8.7	3.0	9.1	40.3	9.6	4.8	42.2	56.6	3.0	4.31	3.33	0.26	1.04	0.30	1.34	0.32	1.57	1.89	0.10	De-/Interglacial
Model6		0.220	0.230	0.225	12.38	7.4	15.4	10.8	3.3	11.0	48.0	12.6	5.1	31.4	49.1	2.9	4.37	3.57	0.38	1.32	0.39	1.71	0.45	1.30	1.76	0.10	De-/Interglacial
Model7		0.270	0.280	0.275	13.03	8.2	19.0	11.4	4.1	13.4	56.1	14.3	6.3	20.6	41.2	2.7	4.45	4.04	0.53	1.73	0.54	2.27	0.58	1.09	1.67	0.11	De-/Interglacial
Model8		0.270	0.280	0.275	13.03	9.0	20.4	12.7	3.9	13.8	59.8	14.4	6.1	17.0	37.6	2.7	4.45	4.04	0.53	1.86	0.56	2.42	0.58	0.93	1.52	0.11	De-/Interglacial
Model9		0.320	0.330	0.325	13.74	9.2	19.7	12.6	4.1	13.9	59.5	14.3	6.6	16.9	37.8	2.7	4.50	4.85	0.74	2.21	0.67	2.88	0.69	1.14	1.83	0.13	De-/Interglacial
Model10		0.370	0.380	0.375	14.46	7.6	16.1	11.0	3.2	10.4	48.2	11.5	5.3	32.0	48.8	3.0	4.70	5.47	0.91	2.07	0.57	2.64	0.63	2.04	2.67	0.16	De-/Interglacial
Model11		0.420	0.430	0.425	15.43	7.3	15.5	10.8	3.3	10.6	47.5	10.9	5.3	33.2	49.4	3.0	4.67	5.82	1.03	2.15	0.62	2.76	0.63	2.24	2.87	0.18	De-/Interglacial
Model12		0.470	0.480	0.475	16.93	5.8	13.4	8.9	3.0	9.5	40.5	9.2	4.7	42.5	56.4	3.1	4.53	6.39	1.39	1.99	0.61	2.59	0.59	3.02	3.61	0.20	De-/Interglacial
Model13		0.520	0.530	0.525	17.72	6.3	14.8	9.5	3.4	10.9	44.9	10.7	5.4	35.9	52.0	3.1	4.66	7.32	2.10	2.49	0.80	3.28	0.79	3.02	3.81	0.22	Glacial
Model14		0.570	0.580	0.575	18.36	7.8	18.9	11.0	4.4	15.3	57.5	13.0	7.7	18.9	39.6	2.9	4.82	7.92		3.34	1.21	4.55	1.03	2.11	3.14	0.23	Glacial
Model15		0.620	0.630	0.625	19.01	7.5	17.1	11.2	4.0	14.5	54.3	12.1	6.8	23.7	42.7	3.0		8.04		3.20	1.16	4.37	0.97	2.46	3.43	0.24	Glacial
Model16		0.620	0.630	0.625	19.01	7.4	16.4	11.1	3.8	11.2	49.9	11.0	5.8	30.1	46.9	3.2		8.04		3.11	0.90	4.02	0.88	2.88	3.77	0.26	Glacial
Model17		0.620	0.630	0.625	19.01	7.6	17.9	11.7	4.3	14.0	55.6	12.0	7.1	22.1	41.2	3.2		8.04		3.34	1.13	4.47	0.96	2.35	3.31	0.26	Glacial
Model18		0.670	0.680	0.675	19.66	6.5	14.7	10.0	3.4	10.2	44.9	9.1	5.7	36.7	51.4	3.7	4.75	8.00		2.77	0.82	3.59	0.72	3.39	4.12	0.29	Glacial
Model19		0.720	0.730	0.725	21.61	6.5	15.2	10.3	3.4	10.8	46.2	9.9	5.7	34.7	50.3	3.5		7.73		2.74	0.84	3.57	0.76	3.12	3.89	0.27	Glacial
Model20		0.770	0.780	0.775	22.83	6.2	13.1	9.1	3.3	9.9	41.5	9.1	5.1	40.9	55.1	3.4	4.62	7.57		2.39	0.75	3.14	0.69	3.48	4.18	0.26	Glacial
Model21		0.820	0.830	0.825	23.91	5.9	12.7	8.9	3.0	8.7	39.2	8.1	5.1	44.1	57.3	3.5	4.60	7.61		2.32	0.66	2.98	0.62	3.74	4.36	0.27	Glacial
Model22		0.870	0.880	0.875	24.99	5.6	12.7	8.6	3.2	9.0	39.1	8.4	5.1	43.7	57.3	3.6	4.65	7.54		2.27	0.68	2.95	0.64	3.68	4.32	0.27	Glacial
Model23		0.920	0.930	0.925	26.06	5.2	12.7	8.2	3.1	9.2	38.3	8.4	5.0	44.8	58.3	3.4	4.71	7.33		2.13	0.68	2.81	0.62	3.66	4.27	0.25	Glacial
Model24		0.970	0.980	0.975	26.68	5.7	12.6	8.7	3.0	9.0	39.0	8.0	5.0	44.4	57.3	3.7	4.54	7.19		2.16	0.65	2.80	0.57	3.55	4.12	0.27	Glacial
Model25		1.020	1.030	1.025	27.25	5.8	14.2	9.4	3.3	9.3	42.0	8.3	5.1	40.8	54.2	3.8	4.58	7.15		2.34	0.66	3.01	0.60	3.28	3.87	0.27	Glacial
Model26		1.070	1.080	1.075	27.82	6.4	14.1	9.4	3.3	9.9	43.0	9.1	5.2	39.2	53.4	3.5	4.59	7.25	1.74	2.40	0.72	3.12	0.66	3.22	3.87	0.25	Glacial
Model27		1.120	1.130	1.125	28.39	5.3	11.3	8.5	2.8	7.5	35.5	8.0	4.5	48.3	60.8	3.7	4.59	7.56		2.12	0.57	2.69	0.60	3.99	4.60	0.28	Glacial
Model28		1.370	1.380	1.375	31.25	5.6	10.6	8.7	2.9	7.4	35.1	7.4	4.5	49.1	61.1	3.8	4.51	6.36	2.37	1.76	0.47	2.23	0.47	3.41	3.88	0.24	Glacial
Model29		1.470	1.480	1.475	32.16	7.4	16.0	11.9	3.6	11.1	50.1	10.3	5.3	31.1	46.7	3.2	4.55	7.57		2.95	0.84	3.79	0.78	2.76	3.54	0.24	Glacial
Model30		1.470	1.480	1.475	32.16	7.7	15.3	11.3	3.4	9.6	47.3	10.3	5.2	33.8	49.4	3.2	4.55	7.57		2.86	0.73	3.58	0.78	2.96	3.74	0.25	Glacial
Model31		1.570	1.580	1.575	32.99	6.7	12.2	9.8	2.9	7.8	39.4	8.5	4.5	43.8	56.8	3.8	4.53	5.62		1.77	0.44	2.21	0.48	2.71	3.19	0.21	Glacial
Model32		1.720	1.730	1.725	34.25	6.3	13.1	9.6	3.1	8.3	40.4	8.0	4.8	42.8	55.6	4.0	4.59	5.99	1.29	1.93	0.50	2.42	0.48	2.85	3.33	0.24	Glacial
Model33		1.870	1.880	1.875	35.51	6.3	13.6	9.6	3.1	8.9	41.5	9.1	4.9	40.8	54.8	3.7	4.59	6.56		2.14	0.58	2.72	0.59	3.00	3.59	0.24	Glacial
Model34		1.920	1.930	1.925	35.93	7.2	16.5	11.7	3.4	10.5	49.4	10.3	5.5	31.5	47.3	3.3	4.59	7.08		2.75	0.75	3.50	0.73	2.62	3.35	0.24	Glacial
Model35		2.220	2.230	2.225	40.22	5.3	12.0	9.1	3.0	9.4	38.8	8.3	5.2	43.7	57.2	3.9	4.59	6.22	0.90	1.83	0.58	2.42	0.52	3.04	3.56	0.25	Glacial
Model36		2.320	2.330	2.325	42.81	5.9	13.4	9.9	3.1	9.4	41.8	8.5	5.4	40.3	54.1	4.0	4.59	6.55		2.12	0.61	2.74	0.55	2.99	3.55	0.27	Glacial
Model37		2.470	2.480	2.475	46.70	4.2	10.4	9.1	3.1	8.4	35.3	6.4	5.6	46.8	58.8	6.0	4.60	5.99	2.13	1.61	0.50	2.11	0.39	3.14	3.52	0.36	Glacial
Model38		2.620	2.630	2.625	50.59	4.8	11.8	12.2	3.4	10.4	42.5	7.0	7.2	35.3	49.5	8.0	4.64	7.01		2.25	0.73	2.98	0.49	2.98	3.47	0.56	Glacial
Model39		2.620	2.630	2.625	50.59																						?
Model40		2.770	2.780	2.775	56.34	4.6	11.2	8.7	3.0	8.8	36.3	7.1	5.2	46.9	59.3	4.4	4.53	8.45		2.33	0.74	3.07	0.60	4.41	5.01	0.37	Glacial
Model41		2.920	2.930	2.925	60.26	4.7	11.2	8.2	3.1	8.8	35.8	6.9	5.4	47.3	59.6	4.5	4.48	4.64	1.05	1.26	0.41	1.66	0.32	2.45	2.77	0.21	Glacial
Model42		3.070	3.080	3.075	62.38	5.6	13.5	10.2	3.2	9.2	41.7	8.4	5.3	40.6	54.3	4.0	4.60	5.73	1.00	1.86	0.53	2.39	0.48	2.63	3.11	0.23	Glacial
Model43		3.220	3.230	3.225	64.51	4.9	11.2	9.0	3.2	8.1	36.4	6.7	5.3	46.9	58.9	4.7	4.59	6.60	2.60	1.87	0.53	2.40	0.44	3.45	3.89	0.31	Glacial
Model44		3.370	3.380	3.375	66.63	5.5	12.6	9.3	3.3	8.7	39.3	7.6	5.3	43.8	56.7	4.0	4.56	6.23	2.09	1.91	0.54	2.45	0.47	3.06	3.53	0.25	Glacial
Model45		3.520	3.530	3.525	68.76	6.1	12.4	9.2	3.1	8.6	39.4	8.4	5.0	43.5	57.0	3.6	4.51	4.51	2.02	1.39	0.39	1.77	0.38	2.19	2.57	0.16	Glacial
Model46		3.620	3.630	3.625	70.17	4.4	8.8	6.4	2.6	6.7	28.9	6.2	4.2	56.6	67.0	4.1	4.50	3.72		0.83	0.25	1.08	0.23	2.26	2.50	0.15	Glacial
Model47		3.720	3.730	3.725	71.60	5.5	10.4	7.3	2.7	7.2	33.1	7.1	4.3	51.7	63.0	3.9	4.45	3.05	0.81	0.79	0.22	1.01	0.22	1.71	1.92	0.12	Glacial
Model48		3.820	3.830	3.825	73.07	4.4	8.9	6.5	2.5	6.7	29.1	6.4	4.4	56.2	67.0	3.9	4.46	3.16		0.71	0.21	0.92	0.20	1.92	2.12	0.12	Glacial
Model49		3.820	3.830	3.825	73.07	4.6	9.8	7.2	2.5	6.9	31.0	6.6	4.4	54.1	65.2	3.8	4.46	3.16		0.76	0.22	0.98	0.21	1.85	2.06	0.12	Glacial
Model109		3.970	3.980	3.975	75.27	4.5	9.6	6.4	2.6	6.7	29.8	6.7	4.3	55.6	66.6	3.7	4.45	2.86	0.61	0.65	0.19	0.84	0.19	1.69	1.88	0.10	Glacial
Model110		4.170	4.180	4.175	78.19	5.4	9.9	7.5	2.7	6.6	32.0	7.2	4.3	52.5	64.0	4.0	4.43	3.29	0.18	0.72	0.19	0.90	0.20	1.60	1.81	0.11	Glacial
Model52		4.170	4.180	4.175	78.19	5.1	9.7	7.6	2.7	6.9	32.0	6.8	4.3	53.0	64.1	3.9	4.43	3.29		0.82	0.23	1.05	0.22	1.89	2.11	0.13	Glacial
Model111		4.320	4.330	4.325	80.39	5.0	9.3	6.9	2.5	7.0	30.8	7.1	4.4	53.8	65.4	3.9		3.29		0.67	0.20	0.87	0.20	1.64	1.84	0.11	Glacial
Model54		4.470	4.480	4.475	82.59	4.8	8.7	6.7	2.5	6.7	29.4	7.1	4.2	55.3	66.6	4.0	4.44	2.44		0.55	0.16	0.72	0.17	1.45	1.62	0.10	Glacial
Model55		4.470	4.480	4.475	82.59	4.2	8.4	6.5	2.5	6.5	28.1	6.1	4.2	57.6	68.0	3.9	4.44	2.44		0.53	0.16	0.69	0.15	1.51	1.66	0.10	Glacial
Model56		4.620	4.630	4.625	84.79	4.2	8.6	6.3	2.4	6.5	28.0	6.5	4.2	57.4	68.1	3.9	4.47	2.54	0.22	0.55	0.17	0.71	0.16	1.57	1.73	0.10	Glacial
Model57		4.770	4.780	4.775	86.98	8.5	17.9	11.9	3.4	12.1	53.8	13.6	5.8	24.1	43.5	2.7	4.56	3.07		1.28	0.37	1.65	0.42	0.92	1.34	0.08	Glacial
Model58		4.770	4.780	4.775	86.98	8.2	19.2	11.7	3.6	15.0	57.8	14.6	6.7	18.2	39.5	2.7	4.56	3.07		1.31	0.46	1.78	0.45	0.77	1.21	0.08	Glacial
Model59		4.920	4.930	4.925	89.12	5.4	9.9	8.2	2.6	7.5	33.5	8.3	4.4	50.3	63.0	3.5	4.53	3.14	0.35	0.82	0.23	1.05	0.26	1.72	1.98	0.11	Glacial
Model60		5.070	5.080	5.075	91.23	3.8	8.5	6.3	2.5	6.8	27.9	6.0	4.4	56.9	67.3	4.8	4.53	2.72		0.58	0.18	0.76	0.16	1.67	1.83	0.13	Glacial
Model61		5.220	5.230	5.225	93.33	3.9	9.0	6.4	2.4	7.2	28.9	6.3	4.5	56.2	67.1	4.1	4.48	2.23		0.48	0.16	0.64	0.14	1.35	1.49	0.09	Glacial
Model62		5.420	5.430	5.425	96.13	4.4	9.3	6.9	2.5	6.4	29.6	7.0	4.3	55.2	66.5	3.9	4.35	2.62	0.27	0.61	0.17	0.77	0.18	1.56	1.74	0.10	Glacial
Model63		5.420	5.430	5.425	96.13	4.5	9.0	6.5	2.5	6.6	29.1	6.5	4.2	56.4	67.1	3.8	4.35	2.62		0.59	0.17	0.76	0.17	1.58	1.76	0.10	Glacial
Model64		5.570	5.580	5.575	98.23	5.4	11.1	8.1	2.6	7.5	34.8	8.5	4.2	49.2	61.9	3.3	4.46	3.19		0.87	0.24	1.11	0.27	1.70	1.97	0.11	Glacial
Model65		5.720	5.730	5.725	100.33	3.7	8.1	6.2	2.5	6.3	26.8	5.9	4.2	58.8	68.9	4.2	4.43	3.23	0.66	0.66	0.20	0.87	0.19	2.04	2.23	0.14	Glacial
Model66		5.920	5.930	5.925	103.13	4.8	10.4	6.9	2.6	7.5	32.2	7.5	4.3	52.6	64.4	3.4	4.46	2.74		0.68	0.20	0.88	0.21	1.56	1.77	0.09	Glacial
Model67		6.120	6.130	6.125	108.22	6.2	12.4	9.0	2.8	8.7	39.1	8.7	4.9	43.9	57.5	3.3	4.47	3.25	0.34	0.99	0.28	1.27	0.28	1.59	1.87	0.11	Glacial
Model68		6.270	6.280	6.275	114.85	3.8	9.4	6.2	2.6	8.1	30.1	6.6	4.7	55.1	66.3	3.6	4.36	2.23	0.42	0.49	0.18	0.67	0.15	1.33	1.48	0.08	Glacial
Model69		6.370	6.380	6.375	119.27	4.2	9.3	6.7	2.5	7.2	29.8	6.6	4.4	55.6	66.6	3.6	4.28	1.93	0.20	0.44	0.14	0.58	0.13	1.16	1.29	0.07	Glacial
Model70		6.470	6.480	6.475	121.92	3.9	8.5	5.8	2.4	6.8	27.5	6.2	4.3	58.1	68.6	3.9	4.41	2.10	0.12	0.43	0.14	0.58	0.13	1.31	1.44	0.08	Glacial
Model71		6.570	6.580	6.575	123.97	5.7	12.0	8.5	2.8	8.0	37.0	8.9	4.7	46.2	59.8	3.2	4.37	2.85		0.83	0.23	1.06	0.25	1.45	1.70	0.09	De-/Interglacial
Model72		6.570	6.580	6.575	123.97	5.7	12.5	8.3	2.9	8.0	37.3	7.8	4.5	46.8	59.1	3.5	4.37	2.85		0.84	0.23	1.06	0.22	1.46	1.69	0.10	De-/Interglacial
Model73		6.670	6.680	6.675	124.99	6.6	14.6	11.0	3.1	10.4	45.7	10.9	4.9	35.5	51.4	3.0	4.29	3.66	0.41	1.29	0.38	1.67	0.40	1.48	1.88	0.11	De-/Interglacial
Model74		6.770	6.780	6.775	128.05	8.8	19.5	12.9	3.9	12.9	58.0	14.0	6.1	19.3	39.4	2.7	4.41	4.98	0.20	2.24	0.64	2.89	0.70	1.26	1.96	0.13	De-/Interglacial
Model75		6.820	6.830	6.825	129.07	8.7	17.0	12.2	3.5	11.0	52.4	12.8	5.6	26.4	44.8	2.8	4.47	5.15		2.13	0.57	2.70	0.66	1.65	2.31	0.14	De-/Interglacial
Model76		6.870	6.880	6.875	130.09	8.2	15.2	11.1	3.2	9.8	47.6	11.1	5.0	33.3	49.4	3.0	4.55	4.75		1.79	0.47	2.26	0.53	1.82	2.35	0.14	De-/Interglacial
Model77		6.920	6.930	6.925	131.12	7.9	16.0	11.3	3.3	9.8	48.3	10.7	5.1	32.8	48.5	3.2	4.62	4.53		1.74	0.44	2.19	0.48	1.72	2.20	0.14	De-/Interglacial
Model78		6.970	6.980	6.975	132.14	6.9	16.2	10.4	3.5	11.6	48.6	10.7	5.7	32.0	48.3	3.1	4.65	5.01	0.83	1.86	0.58	2.44	0.53	1.89	2.42	0.15	De-/Interglacial
Model79		7.020	7.030	7.025	133.16	6.8	15.3	10.0	3.3	10.4	45.9	10.0	5.4	35.5	50.9	3.2	4.66	5.87		2.08	0.61	2.69	0.59	2.40	2.99	0.19	De-/Interglacial
Model80		7.070	7.080	7.075	134.18	8.9	21.7	11.4	4.9	16.1	63.0	14.0	7.5	12.9	34.4	2.6	4.67	7.66	1.50	3.59	1.23	4.83	1.07	1.56	2.63	0.20	De-/Interglacial
Model81		7.070	7.080	7.075	134.18	8.8	21.5	11.2	4.9	16.2	62.6	13.9	7.7	13.0	34.5	2.8	4.67	7.66		3.55	1.24	4.80	1.07	1.58	2.65	0.22	De-/Interglacial
Model82		7.120	7.130	7.125	135.55	6.2	14.1	9.9	3.2	9.9	43.4	9.2	5.2	38.8	53.2	3.4	4.67	7.49		2.51	0.74	3.25	0.69	3.30	3.99	0.25	Glacial
Model83		7.170	7.180	7.175	137.69	6.9	15.4	10.4	3.6	10.5	46.9	9.5	6.0	34.4	49.9	3.3	4.67	6.66	2.08	2.42	0.70	3.12	0.63	2.69	3.32	0.22	Glacial
Model84		7.220	7.230	7.225	139.83	6.5	14.7	10.4	3.6	10.8	46.0	10.0	5.7	34.8	50.6	3.4	4.71	6.69		2.36	0.72	3.08	0.67	2.71	3.38	0.23	Glacial
Model85		7.270	7.280	7.275	141.97	7.1	16.6	11.7	4.2	12.2	51.9	10.2	6.7	27.7	44.6	3.5	4.57	7.58		3.01	0.93	3.94	0.77	2.61	3.38	0.26	Glacial
Model86		7.320	7.330	7.325	144.11	7.1	16.4	12.0	4.2	11.8	51.5	10.1	6.5	28.1	44.8	3.7	4.60	7.86		3.12	0.93	4.05	0.80	2.72	3.52	0.29	Glacial
Model87		7.370	7.380	7.375	146.25	7.3	15.6	11.8	3.9	11.3	49.8	10.7	5.9	30.2	46.8	3.3	4.59	7.40		2.85	0.84	3.69	0.79	2.68	3.47	0.25	Glacial
Model88		7.520	7.530	7.525	152.66	6.8	14.1	10.7	3.2	9.2	44.0	9.2	5.2	37.9	52.3	3.7	4.60	6.83		2.37	0.63	3.01	0.63	2.94	3.58	0.25	Glacial
Model89		7.670	7.680	7.675	160.18	6.4	14.4	11.0	3.5	10.5	45.8	9.2	5.8	35.4	50.4	3.8	4.72	7.13		2.52	0.75	3.27	0.66	2.94	3.59	0.27	Glacial
Model90		7.770	7.780	7.775	166.13	5.5	13.7	10.5	3.8	10.6	44.2	8.5	6.2	37.2	51.8	4.0	4.68	6.76		2.27	0.72	2.99	0.57	2.93	3.50	0.27	Glacial
Model91		7.870	7.880	7.875	172.08	4.2	10.5	8.9	3.0	9.3	35.8	7.1	6.2	46.1	59.5	4.7	4.60	7.16		1.90	0.67	2.57	0.51	3.75	4.26	0.34	Glacial
Model92		7.970	7.980	7.975	176.29	7.1	14.2	10.6	2.9	9.1	43.9	9.4	5.0	38.3	52.7	3.4	4.57	6.95		2.42	0.63	3.05	0.66	3.01	3.67	0.23	Glacial
Model93		8.070	8.080	8.075	179.76	7.4	17.8	12.4	3.6	12.4	53.7	11.3	5.9	26.1	43.3	3.1	4.55	7.72		3.18	0.96	4.14	0.87	2.47	3.34	0.24	Glacial
Model94		8.170	8.180	8.175	183.22	5.0	11.0	7.7	3.0	8.0	34.7	7.4	4.5	49.8	61.7	3.6	4.61	6.40		1.71	0.51	2.22	0.47	3.48	3.95	0.23	Glacial
Model95		8.320	8.330	8.325	188.61	3.1	7.3	5.9	2.2	6.3	24.8	5.3	4.7	60.4	70.4	4.8	4.57	6.05		1.12	0.38	1.50	0.32	3.94	4.26	0.29	Glacial
Model96		8.470	8.480	8.475	195.33	4.6	7.3	27.9	3.1	7.2	50.1	7.0	6.1	24.4	37.6	12.4	4.42	4.52		1.94	0.32	2.26	0.32	1.38	1.70	0.56	Glacial
Model97		8.570	8.580	8.575	199.81	3.9	6.4	13.6	2.6	6.1	32.5	5.5	4.9	41.3	51.8	15.6	4.41	4.68		1.24	0.28	1.52	0.26	2.17	2.42	0.73	Glacial
Model98		8.720	8.730	8.725	206.52	3.5	7.8	5.9	2.5	6.7	26.3	5.8	4.8	58.6	69.2	4.5	4.37	3.76		0.74	0.25	0.99	0.22	2.38	2.60	0.17	Glacial
Model99		8.920	8.930	8.925	215.48	6.7	14.0	9.5	2.9	9.7	42.8	9.6	5.0	39.6	54.1	3.1	4.50	5.20		1.72	0.50	2.22	0.50	2.31	2.81	0.16	Glacial
Model100		9.020	9.030	9.025	219.96	4.7	11.0	7.5	2.8	7.3	33.3	6.8	4.6	51.5	63.0	3.7	4.65	6.89		1.79	0.50	2.29	0.47	3.87	4.34	0.26	Glacial
Model101		9.120	9.130	9.125	225.99	5.5	13.6	8.5	3.2	9.7	40.5	8.5	5.4	42.2	56.1	3.4	4.56	5.54		1.71	0.53	2.24	0.47	2.64	3.11	0.19	Glacial
Model102		9.220	9.230	9.225	232.09	3.3	8.0	6.2	2.3	6.9	26.7	5.8	4.4	58.9	69.2	4.1	4.46	4.43		0.88	0.31	1.18	0.26	2.81	3.07	0.18	Glacial
Model103		9.320	9.330	9.325	236.38	7.6	15.9	12.2	3.1	10.8	49.5	12.0	5.1	30.4	47.5	3.0	4.25	5.24		2.03	0.56	2.59	0.63	1.86	2.49	0.16	De-/Interglacial
Model104		9.470	9.480	9.475	242.16	8.0	18.8	12.5	3.6	12.9	55.8	13.5	6.1	21.8	41.4	2.8	4.43	9.09		3.90	1.17	5.07	1.23	2.53	3.76	0.26	De-/Interglacial
Model105		9.570	9.580	9.575	246.02	7.1	15.3	11.2	3.1	10.4	47.1	11.0	5.2	33.7	49.9	3.0	4.54	7.52		2.76	0.79	3.55	0.83	2.93	3.75	0.22	De-/Interglacial
Model106		9.670	9.680	9.675	249.88	7.1	16.1	11.4	3.5	11.0	49.1	10.0	5.9	31.9	47.8	3.1	4.56	8.98		3.42	0.98	4.41	0.90	3.39	4.30	0.28	Glacial
Model107		9.770	9.780	9.775	253.74	6.1	15.9	10.7	3.7	12.0	48.5	10.7	6.4	30.9	48.0	3.5	4.56	8.33		3.03	1.00	4.04	0.89	3.11	4.00	0.30	Glacial
Model108		9.920	9.930	9.925	259.52	4.8	10.1	7.5	2.7	7.5	32.6	6.9	4.9	51.7	63.6	3.8	4.48	6.86		1.72	0.51	2.24	0.48	3.88	4.36	0.26	Glacial
Model50	Model output for samples M12, M13 and M14 without blank correction of the Pb isotope ratios	3.970	3.980	3.975	75.27	5.0	9.9	7.4	2.7	7.3	32.3	7.2	4.4	52.6	64.2	3.6	4.45	2.86	0.61	0.72	0.21	0.92	0.21	1.63	1.84	0.10
Model51	Model output for samples M12, M13 and M14 without blank correction of the Pb isotope ratios	4.170	4.180	4.175	78.19	5.7	11.3	8.2	2.7	7.5	35.4	7.8	4.4	48.8	61.0	3.6	4.43	3.29	0.18	0.92	0.25	1.17	0.26	1.75	2.01	0.12
Model53	Model output for samples M12, M13 and M14 without blank correction of the Pb isotope ratios	4.320	4.330	4.325	80.39	4.0	8.3	6.2	2.5	6.5	27.5	6.2	4.2	58.1	68.6	4.0		3.29		0.69	0.21	0.90	0.20	2.05	2.25	0.13