Citation:

PANGAEA.927657

Name: Biomarkers of sediment core MD95-2040
Published: 2021-02-09
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Alkenones; GDGTs; Iberian margin; RI-OH; Sea surface temperature; TEX86; UK'37

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Keyword(s):

Alkenones; GDGTs; Iberian margin; RI-OH; Sea surface temperature; TEX86; UK'37

Related to:

Davtian, Nina; Bard, Edouard; Darfeuil, Sophie; Ménot, Guillemette; Rostek, Frauke (2021): The Novel Hydroxylated Tetraether Index RI‐OH′ as a Sea Surface Temperature Proxy for the 160‐45 ka BP Period Off the Iberian Margin. Paleoceanography and Paleoclimatology, 36(3), e2020PA004077, https://doi.org/10.1029/2020PA004077

Project(s):

International Marine Global Change Study (IMAGES)

Coverage:

Latitude: 40.581833 * Longitude: -9.861167

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

Minimum DEPTH, sediment/rock: 0.05 m * Maximum DEPTH, sediment/rock: 18.02 m

Event(s):

MD95-2040 (MD952040) * Latitude: 40.581833 * Longitude: -9.861167 * Date/Time: 1995-07-07T00:00:00 * Elevation: -2465.0 m * Recovery: 35 m * Location: Porto Seamount * Campaign: (IMAGES I) * Basis: * Method/Device: Calypso Corer (CALYPSO) * Comment: XXIV Sections, core bent; section IIb jamed in the bent part of the core, recuperated in 1/2 liner

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Davtian, Nina		Geocode
2	AGE	Age	ka BP	Davtian, Nina	Defined by synchronization to the Chinese speleothem record by Cheng et al. (2016)	Geocode
3	Marine isotope stage	MIS		Davtian, Nina
4	Comment	Comment		Davtian, Nina		Climatic event
5	Comment	Comment		Davtian, Nina		Data points for averaged values
6	Comment	Comment		Davtian, Nina		Data points for SST latitudinal gradients
7	Hydroxylated glycerol dialkyl glycerol tetraethers	OH-GDGTs	ng/g	Davtian, Nina
8	Hydroxylated acyclic glycerol dialkyl glycerol tetraether	OH-GDGT-0	ng/g	Davtian, Nina
9	Hydroxylated monocyclic glycerol dialkyl glycerol tetraether + hydroxylated dicyclic glycerol dialkyl glycerol tetraether	OH-GDGTs-1+2	ng/g	Davtian, Nina
10	Ring index of hydroxylated glycerol dialkyl glycerol tetraethers	RI OH-GDGTs		Davtian, Nina	Calculated according to Lü et al. (2015)
11	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from Ri OH-GDGTs, Fietz et al. (2020)
12	Ring index of hydroxylated glycerol dialkyl glycerol tetraethers	RI OH-GDGTs		Davtian, Nina	Calculated according to Lü et al. (2015)	without OH-GDGT-0
13	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from Ri OH-GDGTs, Lü et al. (2015)
14	Isoprenoid glycerol dialkyl glycerol tetraethers	iGDGTs	ng/g	Davtian, Nina
15	Tetraether index of 86 carbon atoms of isoprenoid glycerol dialkyl glycerol tetraether	TEX86 of iGDGTs	ng/g	Davtian, Nina
16	Tetraether index of 86 carbon atoms	TEX86		Davtian, Nina	Calculated according to Schouten et al. (2002)
17	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from TEXH86, Darfeuil et al. (2016)
18	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	2.5th percentile
19	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	16th percentile
20	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	50th percentile
21	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	84th percentile
22	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	97.5th percentile
23	Temperature, water, annual mean	WT (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	subT 2.5th percentile
24	Temperature, water, annual mean	WT (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	subT 16th percentile
25	Temperature, water, annual mean	WT (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	subT 50th percentile
26	Temperature, water, annual mean	WT (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	subT 84th percentile
27	Temperature, water, annual mean	WT (1-12)	°C	Davtian, Nina	SST, from TEXH86, BAYSPAR (BAYesian SPAtially-varying Regression) (Tierney and Tingley, 2014, 2015)	subT 97.5th percentile
28	Dicyclic glycerol dialkyl glycerol tetraether/Tricyclic glycerol dialkyl glycerol tetraether ratio	GDGT-2/GDGT-3		Davtian, Nina	Taylor et al. (2013)
29	Alkenone, C37:2+C37:3	C37:2 + C37:3	ng/g	Davtian, Nina
30	Alkenone, unsaturation index UK'37	UK'37		Davtian, Nina	Calculated from C37 alkenones (Prahl & Wakeham, 1987)
31	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from UK'37 (Conte et al., 2006)	linear
32	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from UK'37, BAYSPLINE (Tierney and Tingley, 2018)	2.5th percentile
33	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from UK'37, BAYSPLINE (Tierney and Tingley, 2018)	16th percentile
34	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from UK'37, BAYSPLINE (Tierney and Tingley, 2018)	50th percentile
35	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from UK'37, BAYSPLINE (Tierney and Tingley, 2018)	84th percentile
36	Sea surface temperature, annual mean	SST (1-12)	°C	Davtian, Nina	SST, from UK'37, BAYSPLINE (Tierney and Tingley, 2018)	97.5th percentile

License:

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

Size:

2996 data points

Data

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

1 Depth sed [m]	2 Age [ka BP] (Defined by synchronization to...)	3 MIS	4 Comment (Climatic event)	5 Comment (Data points for averaged values)	6 Comment (Data points for SST latitudin...)	7 OH-GDGTs [ng/g]	8 OH-GDGT-0 [ng/g]	9 OH-GDGTs-1+2 [ng/g]	10 RI OH-GDGTs (Calculated according to Lü et...)	11 SST (1-12) [°C] (SST, from Ri OH-GDGTs, Fietz ...)	12 RI OH-GDGTs (without OH-GDGT-0, Calculated...)	13 SST (1-12) [°C] (SST, from Ri OH-GDGTs, Lü et ...)	14 iGDGTs [ng/g]	15 TEX86 of iGDGTs [ng/g]	16 TEX86 (Calculated according to Schou...)	17 SST (1-12) [°C] (SST, from TEXH86, Darfeuil et...)	18 SST (1-12) [°C] (2.5th percentile, SST, from T...)	19 SST (1-12) [°C] (16th percentile, SST, from TE...)	20 SST (1-12) [°C] (50th percentile, SST, from TE...)	21 SST (1-12) [°C] (84th percentile, SST, from TE...)	22 SST (1-12) [°C] (97.5th percentile, SST, from ...)	23 WT (1-12) [°C] (subT 2.5th percentile, SST, f...)	24 WT (1-12) [°C] (subT 16th percentile, SST, fr...)	25 WT (1-12) [°C] (subT 50th percentile, SST, fr...)	26 WT (1-12) [°C] (subT 84th percentile, SST, fr...)	27 WT (1-12) [°C] (subT 97.5th percentile, SST, ...)	28 GDGT-2/GDGT-3 (Taylor et al. (2013))	29 C37:2 + C37:3 [ng/g]	30 UK'37 (Calculated from C37 alkenones...)	31 SST (1-12) [°C] (linear, SST, from UK'37 (Cont...)	32 SST (1-12) [°C] (2.5th percentile, SST, from U...)	33 SST (1-12) [°C] (16th percentile, SST, from UK...)	34 SST (1-12) [°C] (50th percentile, SST, from UK...)	35 SST (1-12) [°C] (84th percentile, SST, from UK...)	36 SST (1-12) [°C] (97.5th percentile, SST, from ...)
0.05	0.46	1	1-0 ka BP	1-0 ka BP	Last ka	27	15	13	0.655	16.21	1.395	15.83	962	186	0.618	18.69	12.97	15.67	18.23	20.90	23.60	11.45	13.92	16.32	18.86	21.10	8.472	481	0.662	18.44	15.17	16.56	17.99	19.43	20.83
0.08	0.77	1	1-0 ka BP	1-0 ka BP	Last ka	17	9	8	0.700	17.28	1.417	17.07	565	105	0.624	18.97	13.52	16.08	18.62	21.26	23.93	11.84	14.23	16.69	19.10	21.51	8.552
0.11	1.08	1	1-0 ka BP	1-0 ka BP	Last ka	20	10	10	0.667	16.50	1.392	15.68	811	161	0.610	18.30	12.66	15.30	17.84	20.61	23.30	11.14	13.58	16.02	18.52	21.01	8.350
0.14	1.38	1	1-0 ka BP	1-0 ka BP	Last ka	16	8	8	0.676	16.70	1.404	16.35	552	101	0.635	19.48	14.03	16.51	19.15	21.76	24.41	12.42	14.77	17.17	19.61	22.11	7.916	289	0.612	16.95	13.69	15.05	16.49	17.91	19.31
9.50	43.77	3				75	54	21	0.367	9.39	1.297	10.39	1354	183	0.484	11.44	5.78	8.61	11.36	13.88	16.42	4.78	7.28	9.75	12.19	14.73	8.192	384	0.432	11.57	8.33	9.71	11.14	12.55	13.96
9.62	44.75	3				163	111	52	0.420	10.64	1.322	11.79	2411	379	0.502	12.50	6.72	9.50	12.19	14.77	17.36	5.29	8.13	10.65	13.19	15.52	7.311	1379	0.508	13.84	10.55	11.95	13.36	14.81	16.19
9.74	45.72	3	DO12	Glacial MIS		140	93	48	0.448	11.30	1.318	11.55	2084	290	0.521	13.61	7.73	10.45	13.14	15.75	18.44	6.69	9.18	11.61	14.08	16.39	6.434	755	0.537	14.71	11.45	12.84	14.28	15.69	17.06
9.86	46.70	3	DO12	Glacial MIS		74	47	26	0.470	11.81	1.314	11.35	1180	162	0.526	13.90	8.24	10.75	13.57	16.15	18.63	7.00	9.37	11.87	14.32	16.77	6.284	1365	0.540	14.80	11.54	12.92	14.35	15.77	17.14
9.98	47.53	3	H5	H	H	71	51	20	0.360	9.21	1.298	10.45	1075	136	0.521	13.60	7.97	10.51	13.11	15.81	18.46	6.72	9.08	11.59	14.01	16.35	7.729	184	0.462	12.47	9.24	10.60	12.03	13.45	14.85
10.04	47.84	3	H5	H	H	83	65	19	0.293	7.62	1.301	10.62	1356	188	0.494	12.04	6.27	9.08	11.84	14.48	17.00	5.20	7.77	10.26	12.75	15.17	9.692	149	0.410	10.92	7.69	9.06	10.48	11.92	13.29
10.10	48.15	3	H5	H	H	62	49	12	0.262	6.89	1.300	10.55	834	105	0.497	12.22	6.36	9.26	11.95	14.59	17.04	5.33	7.87	10.33	12.86	15.21	8.955	145	0.405	10.77	7.55	8.93	10.33	11.76	13.16
10.16	48.45	3	H5	H	H	100	80	20	0.264	6.93	1.292	10.11	1311	169	0.494	12.03	6.43	9.17	11.84	14.44	17.11	5.25	7.64	10.25	12.65	14.89	8.617	177	0.460	12.41	9.15	10.55	11.97	13.41	14.80
10.22	48.98	3	H5	H	H	719	510	209	0.375	9.57	1.291	10.04	9845	1275	0.482	11.34	5.73	8.44	11.16	13.80	16.37	4.63	7.11	9.68	12.13	14.46	5.815	757	0.484	13.13	9.88	11.26	12.70	14.11	15.50
10.34	50.16	3		Glacial MIS		1433	970	463	0.425	10.76	1.316	11.44	20970	3202	0.497	12.20	6.57	9.32	11.95	14.63	17.12	5.45	7.84	10.32	12.69	15.31	6.512	1402	0.484	13.13	9.89	11.26	12.68	14.12	15.50
10.47	51.44	3	DO14 & DO13	Glacial MIS	Non-MIS 5 DO	640	411	229	0.479	12.03	1.336	12.57	10551	1574	0.529	14.07	8.31	10.97	13.65	16.29	18.87	7.09	9.49	11.99	14.46	16.80	7.189	809	0.534	14.62	11.37	12.73	14.17	15.61	17.04
10.58	52.53	3	DO14 & DO13	Glacial MIS	Non-MIS 5 DO	462	292	171	0.489	12.28	1.326	11.97	8058	1168	0.534	14.37	8.60	11.35	13.92	16.48	19.07	7.45	9.81	12.28	14.75	17.29	6.990	759	0.531	14.53	11.22	12.66	14.09	15.52	16.93
10.70	53.72	3	GS15	Glacial MIS		502	311	192	0.516	12.92	1.352	13.46	9019	1397	0.542	14.80	8.82	11.63	14.31	17.04	19.64	7.81	10.07	12.53	15.08	17.40	7.776	783	0.515	14.05	10.82	12.17	13.60	15.02	16.42
10.82	54.90	3	DO15	Glacial MIS		449	297	153	0.454	11.44	1.335	12.49	7678	1135	0.536	14.46	8.66	11.25	13.96	16.69	19.24	7.36	9.83	12.34	14.75	17.07	7.815	415	0.508	13.84	10.58	11.98	13.40	14.82	16.21
10.94	56.09	3	GS16	Glacial MIS		610	427	183	0.394	10.03	1.316	11.46	10570	1517	0.485	11.52	5.75	8.67	11.40	14.02	16.65	4.82	7.35	9.82	12.17	14.46	7.644	663	0.481	13.04	9.80	11.16	12.58	14.00	15.36
11.06	57.27	3	DO16	Glacial MIS		491	310	181	0.494	12.40	1.340	12.75	8798	1258	0.529	14.07	8.12	10.90	13.55	16.16	18.85	7.05	9.55	12.01	14.45	16.84	6.586	918	0.527	14.41	11.16	12.52	13.94	15.38	16.78
11.18	58.46	3	GS17	Glacial MIS		311	223	88	0.378	9.64	1.333	12.41	4793	665	0.529	14.10	8.35	11.04	13.71	16.29	18.90	6.78	9.55	12.01	14.42	16.91	7.444	458	0.489	13.28	10.07	11.40	12.80	14.24	15.62
11.30	59.64	3	DO17	Glacial MIS		344	241	104	0.396	10.07	1.319	11.62	5768	752	0.557	15.61	9.92	12.46	15.13	17.74	20.23	8.47	10.91	13.38	15.77	18.21	9.373	301	0.483	13.10	9.83	11.22	12.65	14.08	15.45
11.42	60.78	4	H6	H	H	257	203	54	0.275	7.21	1.307	10.95	3695	485	0.501	12.46	6.57	9.51	12.20	14.78	17.31	5.53	8.18	10.68	13.12	15.48	9.555	113	0.406	10.80	7.58	8.95	10.37	11.80	13.15
11.54	61.91	4	H6	H	H	218	175	43	0.256	6.75	1.296	10.31	2834	344	0.483	11.40	5.75	8.67	11.22	13.84	16.48	4.66	7.15	9.72	12.12	14.53	9.131	145	0.337	8.73	5.57	6.92	8.35	9.76	11.16
11.66	63.05	4	H6	H	H	386	313	73	0.249	6.58	1.321	11.72	5049	650	0.484	11.42	5.68	8.57	11.26	13.87	16.37	4.86	7.28	9.69	12.17	14.54	10.159	264	0.311	7.96	4.77	6.15	7.57	8.99	10.36
11.78	64.18	4	H6	H	H	313	238	76	0.316	8.16	1.304	10.78	4824	547	0.489	11.72	6.18	8.81	11.45	14.07	16.50	5.16	7.52	10.00	12.47	14.77	7.731	277	0.378	9.96	6.74	8.14	9.55	10.96	12.37
11.90	65.50	4	DO18	Glacial MIS		526	336	190	0.493	12.36	1.365	14.18	10059	1644	0.514	13.25	7.31	10.07	12.86	15.48	18.06	6.40	8.79	11.30	13.81	16.07	8.082	697	0.482	13.07	9.80	11.18	12.59	14.03	15.44
11.96	66.16	4	GS19	Glacial MIS	Non-MIS 5 GS	301	218	83	0.361	9.24	1.313	11.26	5006	564	0.494	12.04	6.34	9.06	11.79	14.40	16.82	5.33	7.72	10.18	12.67	14.95	7.179	370	0.374	9.84	6.64	8.01	9.44	10.86	12.26
12.02	66.82	4	GS19	Glacial MIS	Non-MIS 5 GS	181	122	59	0.429	10.84	1.320	11.67	3228	347	0.491	11.89	6.23	9.02	11.74	14.37	16.78	5.13	7.63	10.08	12.52	15.18	7.112	287	0.437	11.72	8.49	9.88	11.28	12.71	14.10
12.08	67.49	4	GS19	Glacial MIS	Non-MIS 5 GS	88	63	25	0.378	9.65	1.350	13.31	1571	183	0.524	13.77	7.94	10.70	13.39	16.00	18.48	6.93	9.26	11.73	14.13	16.67	6.159	138	0.394	10.44	7.24	8.60	10.00	11.41	12.81
12.14	68.15	4	GS19	Glacial MIS	Non-MIS 5 GS	392	278	114	0.381	9.71	1.309	11.05	6586	733	0.495	12.10	6.36	9.11	11.89	14.50	17.16	5.30	7.76	10.31	12.77	15.14	6.436	718	0.388	10.26	7.02	8.40	9.84	11.26	12.62
12.26	69.48	4	GS19	Glacial MIS	Non-MIS 5 GS	186	130	56	0.390	9.94	1.307	10.97	3313	367	0.494	12.06	6.30	9.17	11.78	14.51	16.98	5.34	7.75	10.26	12.73	15.24	6.602	356	0.465	12.56	9.34	10.70	12.12	13.56	14.92
12.38	70.80	4	GS19	Glacial MIS	Non-MIS 5 GS	378	265	113	0.389	9.90	1.303	10.70	6200	689	0.507	12.81	6.93	9.75	12.47	15.15	17.64	6.03	8.45	10.90	13.44	15.59	6.035	442	0.461	12.44	9.20	10.56	12.00	13.42	14.79
12.50	72.13	5a	DO19	MIS 5 DO		722	478	244	0.447	11.29	1.323	11.86	11789	1816	0.509	12.94	7.12	9.96	12.62	15.22	17.89	6.09	8.56	10.98	13.42	15.90	6.792	1225	0.512	13.96	10.72	12.09	13.52	14.94	16.34
12.62	73.51	5a	GS20	MIS 5 GS		394	266	128	0.442	11.16	1.356	13.68	7523	1153	0.539	14.64	8.58	11.60	14.19	16.77	19.47	7.37	9.96	12.40	14.84	17.43	8.647	548	0.526	14.38	11.14	12.51	13.94	15.38	16.77
12.74	75.33	5a	DO20	MIS 5 DO		438	264	174	0.538	13.43	1.352	13.44	9678	1557	0.548	15.13	9.30	12.01	14.65	17.20	19.90	8.08	10.35	12.92	15.38	18.05	8.544	1359	0.577	15.90	12.61	14.02	15.45	16.88	18.29
12.86	77.16	5a	GS21	MIS 5 GS		87	65	23	0.345	8.87	1.321	11.75	1406	188	0.545	14.95	9.01	11.78	14.42	17.07	19.60	7.93	10.29	12.78	15.17	17.51	9.753	520	0.497	13.51	10.24	11.64	13.07	14.49	15.86
12.98	79.14	5a	DO21	MIS 5 DO	MIS 5 DO	166	104	62	0.493	12.36	1.316	11.42	3457	496	0.534	14.35	8.53	11.21	13.90	16.54	18.96	7.34	9.68	12.26	14.68	17.14	7.181	899	0.562	15.46	12.20	13.57	15.00	16.42	17.82
13.10	81.12	5a	DO21	MIS 5 DO	MIS 5 DO	95	57	38	0.536	13.39	1.337	12.60	1865	280	0.538	14.58	8.77	11.48	14.08	16.65	19.19	7.40	9.90	12.43	14.92	17.36	6.694	1407	0.587	16.20	12.93	14.33	15.77	17.17	18.57
13.22	83.10	5a	DO21	MIS 5 DO	MIS 5 DO	33	25	7	0.299	7.78	1.316	11.47	531	70	0.556	15.56	9.61	12.32	15.01	17.68	20.10	8.40	10.89	13.40	15.90	18.20	9.814	1053	0.635	17.64	14.30	15.73	17.17	18.62	20.00
13.34	85.08	5b	DO21	MIS 5 DO	MIS 5 DO	20	12	8	0.527	13.17	1.348	13.23	460	71	0.593	17.47	11.69	14.30	16.90	19.49	22.21	10.26	12.79	15.20	17.62	20.01	6.887	181	0.569	15.67	12.40	13.79	15.21	16.65	18.03
13.46	87.06	5b	GS22	MIS 5 GS	MIS 5 GS	39	31	9	0.286	7.47	1.320	11.68	697	97	0.534	14.38	8.54	11.20	13.92	16.55	18.96	7.29	9.72	12.17	14.75	17.16	11.840	130	0.386	10.20	6.99	8.35	9.76	11.18	12.55
13.52	88.05	5b	GS22	MIS 5 GS	MIS 5 GS	52	29	23	0.609	15.11	1.372	14.53	1286	203	0.535	14.42	8.57	11.32	13.98	16.56	19.10	7.37	9.78	12.21	14.77	17.31	5.990	270	0.436	11.69	8.40	9.84	11.24	12.68	14.07
13.58	89.23	5b	DO23 & DO22	MIS 5 DO	MIS 5 DO	133	81	52	0.534	13.33	1.369	14.39	2838	498	0.534	14.37	8.53	11.29	14.00	16.58	19.17	7.17	9.83	12.26	14.71	17.17	8.104	1819	0.575	15.84	12.53	13.94	15.39	16.81	18.22
13.64	90.49	5b	DO23 & DO22	MIS 5 DO	MIS 5 DO	87	52	35	0.554	13.82	1.388	15.46	1919	302	0.554	15.45	9.74	12.39	15.00	17.71	20.13	8.27	10.73	13.23	15.61	18.12	8.424	851	0.597	16.50	13.24	14.63	16.04	17.47	18.88
13.70	91.75	5b	DO23 & DO22	MIS 5 DO	MIS 5 DO	60	36	25	0.550	13.72	1.352	13.47	1329	195	0.565	16.02	10.15	12.82	15.49	18.11	20.90	8.96	11.30	13.79	16.16	18.73	8.158	385	0.607	16.80	13.53	14.91	16.35	17.80	19.19
13.82	94.27	5c	DO23 & DO22	MIS 5 DO	MIS 5 DO	62	37	25	0.533	13.32	1.335	12.47	1326	195	0.549	15.21	9.25	12.00	14.70	17.34	20.03	8.21	10.64	13.01	15.57	17.86	7.708	673	0.601	16.62	13.33	14.73	16.17	17.62	19.01
13.94	96.79	5c	DO23 & DO22	MIS 5 DO	MIS 5 DO	24	14	9	0.540	13.48	1.355	13.63	538	79	0.568	16.19	10.09	13.07	15.60	18.25	20.83	9.19	11.49	13.88	16.31	18.79	8.058	701	0.619	17.16	13.87	15.25	16.70	18.14	19.55
14.06	99.31	5c	DO23 & DO22	MIS 5 DO	MIS 5 DO	17	10	8	0.620	15.37	1.381	15.04	348	50	0.572	16.39	10.70	13.27	15.83	18.50	21.05	9.16	11.67	14.10	16.62	19.15	7.277	575	0.619	17.16	13.86	15.27	16.71	18.15	19.54
14.18	101.83	5c	DO23 & DO22	MIS 5 DO	MIS 5 DO	63	36	27	0.588	14.63	1.362	13.99	1503	243	0.581	16.88	11.02	13.72	16.38	19.05	21.71	9.67	12.10	14.65	17.03	19.32	6.523	677	0.619	17.16	13.88	15.29	16.71	18.15	19.59
14.30	104.36	5d	GS24	MIS 5 GS		44	26	18	0.552	13.76	1.358	13.78	1094	177	0.537	14.51	8.56	11.42	14.00	16.63	19.26	7.42	9.89	12.38	14.82	17.29	6.493	390	0.592	16.35	13.07	14.46	15.89	17.33	18.73
14.42	106.56	5d	DO24	MIS 5 DO	MIS 5 DO	163	94	69	0.583	14.50	1.369	14.36	3517	607	0.538	14.56	8.75	11.49	14.03	16.62	19.32	7.41	9.98	12.45	14.85	17.25	6.242	1704	0.652	18.15	14.84	16.25	17.70	19.15	20.53
14.54	107.89	5d	DO24	MIS 5 DO	MIS 5 DO	134	80	54	0.551	13.76	1.364	14.10	2732	468	0.565	16.03	10.38	12.94	15.53	18.12	20.62	8.91	11.40	13.79	16.14	18.71	7.657	1799	0.610	16.89	13.62	15.00	16.44	17.88	19.28
14.60	108.55	5d	GS25	MIS 5 GS	MIS 5 GS	57	39	18	0.414	10.49	1.344	13.02	1283	193	0.578	16.73	11.00	13.57	16.27	18.87	21.40	9.70	11.93	14.43	16.86	19.28	9.543	490	0.515	14.05	10.82	12.17	13.60	15.02	16.43
14.66	110.35	5d	GS25	MIS 5 GS	MIS 5 GS	106	80	26	0.329	8.49	1.331	12.26	1633	222	0.542	14.82	9.00	11.69	14.32	16.92	19.62	7.50	10.25	12.62	15.00	17.48	9.299	424	0.448	12.05	8.79	10.18	11.61	13.04	14.42
14.72	112.16	5d	DO25	MIS 5 DO	MIS 5 DO	208	134	75	0.484	12.14	1.350	13.35	4380	664	0.517	13.39	7.93	10.41	13.03	15.68	18.25	6.34	8.89	11.39	13.82	16.16	8.336	2060	0.561	15.43	12.15	13.53	14.96	16.40	17.80
14.78	113.96	5d	DO25	MIS 5 DO	MIS 5 DO	167	102	65	0.535	13.35	1.366	14.23	3866	705	0.532	14.26	8.46	11.15	13.78	16.33	18.88	7.14	9.74	12.13	14.55	16.88	8.266	1516	0.613	16.98	13.70	15.09	16.51	17.96	19.37
14.84	115.76	5d	DO25	MIS 5 DO	MIS 5 DO	74	44	30	0.545	13.60	1.348	13.25	1706	289	0.557	15.61	9.75	12.44	15.10	17.76	20.33	8.57	10.96	13.40	15.84	18.13	8.843	1474	0.605	16.74	13.46	14.84	16.27	17.72	19.10
14.90	117.57	5d	DO25	MIS 5 DO	MIS 5 DO	126	71	54	0.585	14.55	1.353	13.49	3380	644	0.570	16.28	10.45	13.11	15.77	18.39	21.01	9.06	11.55	14.03	16.47	18.96	8.814	1477	0.613	16.98	13.70	15.09	16.51	17.96	19.40
14.96	119.37	5d	DO25	MIS 5 DO	MIS 5 DO	29	18	11	0.523	13.08	1.334	12.46	992	151	0.550	15.24	9.29	12.13	14.79	17.47	20.24	8.11	10.58	12.97	15.47	17.81	7.962	1317	0.611	16.92	13.63	15.04	16.45	17.91	19.34
15.02	121.18	5e	MIS 5e	MIS 5e	MIS 5e	27	15	11	0.567	14.13	1.354	13.54	827	127	0.552	15.36	9.50	12.25	14.83	17.50	20.20	8.17	10.74	13.10	15.60	18.13	7.161	1037	0.631	17.52	14.21	15.61	17.06	18.49	19.86
15.08	122.98	5e	MIS 5e	MIS 5e	MIS 5e	8	4	3	0.540	13.49	1.327	12.05	457	77	0.560	15.79	10.19	12.70	15.29	17.89	20.59	8.72	11.07	13.58	15.99	18.60	7.451	1037	0.637	17.70	14.39	15.80	17.23	18.68	20.11
15.14	124.78	5e	MIS 5e	MIS 5e	MIS 5e	11	6	5	0.592	14.72	1.368	14.31	606	112	0.593	17.50	11.65	14.37	17.02	19.66	22.33	10.32	12.79	15.15	17.59	20.05	8.682	698	0.679	18.95	15.68	17.07	18.50	19.95	21.34
15.20	126.59	5e	MIS 5e	MIS 5e	MIS 5e	13	7	6	0.624	15.47	1.384	15.22	417	83	0.630	19.25	13.57	16.25	18.87	21.60	24.18	12.26	14.58	17.06	19.45	22.02	8.244	446	0.726	20.36	17.06	18.47	19.91	21.37	22.78
15.26	128.39	5e	MIS 5e	MIS 5e	MIS 5e	6	3	3	0.645	15.98	1.402	16.23	355	70	0.600	17.82	12.38	14.72	17.34	19.95	22.66	10.72	13.09	15.49	17.95	20.31	8.784	363	0.723	20.27	17.01	18.38	19.82	21.29	22.71
15.32	129.55	5e	MIS 5e	MIS 5e	MIS 5e	163	95	68	0.572	14.23	1.373	14.64	3760	663	0.588	17.23	11.44	14.10	16.75	19.37	22.04	10.11	12.52	14.93	17.37	19.81	7.754	1387	0.702	19.64	16.34	17.74	19.19	20.62	22.05
15.38	130.42	6	Primary productivity peak			170	117	54	0.429	10.85	1.364	14.10	3219	518	0.580	16.83	11.11	13.71	16.31	18.94	21.43	9.64	12.06	14.48	16.97	19.38	7.292
15.44	131.29	6	Primary productivity peak			349	272	78	0.295	7.67	1.326	11.99	4701	799	0.528	14.04	8.16	10.91	13.67	16.34	18.84	6.96	9.42	11.96	14.34	16.76	7.998	793	0.585	16.14	12.88	14.25	15.68	17.14	18.54
15.50	132.17	6	H11 & primary productivity peak	H	H	137	108	29	0.275	7.19	1.305	10.86	2067	293	0.497	12.23	6.52	9.28	12.00	14.66	17.08	5.37	7.92	10.42	12.92	15.22	9.748	288	0.418	11.15	7.90	9.30	10.73	12.15	13.54
15.62	133.91	6	H11	H	H	35	25	9	0.354	9.07	1.337	12.62	723	98	0.536	14.49	8.73	11.37	13.96	16.59	19.27	7.44	9.92	12.34	14.81	17.20	8.565	207	0.401	10.65	7.44	8.81	10.22	11.63	13.01
15.74	135.59	6	DOII-1	Glacial MIS	Non-MIS 5 DO	145	102	43	0.393	10.00	1.330	12.25	2478	330	0.493	11.97	6.12	8.91	11.74	14.41	16.93	5.15	7.74	10.22	12.74	15.14	7.571	828	0.508	13.84	10.61	11.96	13.39	14.83	16.23
15.86	136.62	6	DOII-1	Glacial MIS	Non-MIS 5 DO	354	237	117	0.440	11.12	1.334	12.42	5957	820	0.491	11.88	6.21	8.92	11.69	14.32	16.90	5.26	7.59	10.07	12.52	14.84	6.291	1598	0.502	13.66	10.41	11.80	13.22	14.65	16.04
15.98	137.66	6	DOII-1	Glacial MIS	Non-MIS 5 DO	291	186	104	0.478	12.01	1.334	12.42	5175	704	0.508	12.85	7.10	9.83	12.53	15.27	17.85	5.88	8.41	10.85	13.34	15.78	6.408	1294	0.522	14.26	11.02	12.40	13.80	15.24	16.62
16.10	138.69	6	DOII-1	Glacial MIS	Non-MIS 5 DO	132	94	37	0.378	9.65	1.331	12.25	2122	224	0.470	10.59	5.11	7.78	10.61	13.24	15.74	4.17	6.61	9.15	11.54	14.04	6.697	657	0.454	12.23	9.02	10.37	11.79	13.22	14.61
16.22	139.73	6	DOII-1	Glacial MIS	Non-MIS 5 DO	310	211	99	0.416	10.54	1.304	10.75	4733	500	0.474	10.82	5.24	8.05	10.82	13.40	15.90	4.22	6.80	9.23	11.63	14.09	5.514	1088	0.513	13.99	10.74	12.11	13.55	15.00	16.40
16.34	140.77	6	DOII-1	Glacial MIS	Non-MIS 5 DO	219	149	70	0.426	10.78	1.338	12.65	3321	329	0.477	10.99	5.35	8.18	10.89	13.58	16.24	4.46	6.93	9.43	11.87	14.25	4.879	1272	0.478	12.95	9.70	11.09	12.50	13.91	15.32
16.46	141.80	6	DOII-1	Glacial MIS	Non-MIS 5 DO	174	121	53	0.399	10.14	1.312	11.21	2828	362	0.490	11.80	6.12	9.06	11.62	14.24	16.79	5.25	7.59	10.11	12.52	14.88	6.639	828	0.482	13.07	9.80	11.19	12.61	14.03	15.45
16.58	142.84	6	DOII-1	Glacial MIS	Non-MIS 5 DO	64	43	20	0.438	11.06	1.367	14.30	1106	132	0.503	12.60	6.97	9.74	12.28	14.89	17.56	5.71	8.28	10.72	13.22	15.62	7.996	426	0.481	13.04	9.79	11.16	12.58	14.03	15.44
16.70	143.87	6	DOII-1	Glacial MIS	Non-MIS 5 DO	87	57	30	0.459	11.57	1.330	12.20	2012	295	0.500	12.40	6.48	9.41	12.12	14.73	17.24	5.71	8.06	10.53	12.99	15.27	6.993	588	0.496	13.48	10.23	11.62	13.05	14.47	15.83
16.82	144.91	6	GSII-2	Glacial MIS	Non-MIS 5 GS	41	31	11	0.340	8.73	1.314	11.34	910	130	0.521	13.62	7.62	10.50	13.26	15.84	18.51	6.69	9.09	11.54	14.00	16.48	10.262	157	0.313	8.02	4.83	6.20	7.60	9.03	10.41
16.94	145.94	6	GSII-2	Glacial MIS	Non-MIS 5 GS	37	27	10	0.362	9.26	1.322	11.77	793	104	0.496	12.19	6.34	9.16	11.88	14.57	17.29	5.23	7.81	10.29	12.80	15.18	8.137	239	0.408	10.86	7.67	9.02	10.43	11.86	13.26
17.06	146.98	6	GSII-2	Glacial MIS	Non-MIS 5 GS	35	25	10	0.379	9.68	1.347	13.18	874	123	0.512	13.13	7.21	9.93	12.71	15.34	18.03	6.30	8.64	11.16	13.63	16.05	9.401	195	0.357	9.33	6.16	7.50	8.92	10.33	11.70
17.18	148.02	6	DOII-2	Glacial MIS	Non-MIS 5 DO	37	27	10	0.344	8.84	1.324	11.89	708	101	0.521	13.65	7.98	10.52	13.19	15.83	18.51	6.75	9.23	11.64	14.11	16.60	9.843	345	0.510	13.90	10.62	12.02	13.45	14.88	16.25
17.30	149.05	6	DOII-2	Glacial MIS	Non-MIS 5 DO	105	67	37	0.477	12.00	1.336	12.54	2296	333	0.496	12.14	6.39	9.29	11.95	14.49	17.13	5.34	7.85	10.34	12.81	15.20	6.273
17.42	150.09	6		Glacial MIS		34	25	9	0.354	9.08	1.309	11.06	608	77	0.514	13.22	7.49	10.26	12.88	15.50	18.18	6.03	8.72	11.13	13.59	16.08	8.450	287	0.367	9.63	6.42	7.80	9.22	10.64	12.01
17.54	151.12	6		Glacial MIS		31	21	10	0.415	10.52	1.328	12.13	641	83	0.523	13.74	7.91	10.61	13.24	15.89	18.61	6.58	9.16	11.77	14.22	16.75	7.015	285	0.436	11.69	8.43	9.84	11.26	12.68	14.06
17.66	151.99	6		Glacial MIS		15	12	3	0.300	7.79	1.315	11.37	300	35	0.492	11.95	6.28	9.10	11.78	14.36	16.80	5.29	7.62	10.13	12.59	15.09	7.717	91	0.387	10.23	7.02	8.40	9.81	11.24	12.62
17.78	152.75	6	GSII-3	H	H	47	36	11	0.309	8.01	1.313	11.30	774	99	0.482	11.30	5.79	8.56	11.21	13.84	16.43	4.55	7.10	9.61	12.18	14.48	11.377	137	0.247	6.05	2.90	4.30	5.69	7.12	8.50
17.90	153.51	6	GSII-3	H	H	10	7	3	0.348	8.92	1.315	11.37	204	24	0.501	12.47	6.68	9.49	12.18	14.80	17.36	5.64	8.16	10.60	13.04	15.47	7.763	90	0.276	6.91	3.76	5.13	6.54	7.95	9.33
18.02	154.26	6	GSII-3	H	H	59	46	13	0.289	7.53	1.305	10.84	1192	150	0.476	10.97	5.26	8.18	10.89	13.47	15.98	4.55	6.97	9.37	11.84	14.11	9.261	113	0.251	6.16	3.01	4.40	5.81	7.23	8.61