Citation:

2012GL052100

Name: Paleotemperatures and paleosalinities (10-35 ka BP) from sediment core MD95-2002, Celtic Margin
Published: 2012
License: https://creativecommons.org/licenses/by/3.0/

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

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Related to:

Auffret, Gérard A; Zaragosi, Sebastien; Dennielou, Bernard; Cortijo, Elsa; Van Rooij, David; Grousset, Francis E; Pujol, Claude; Eynaud, Frédérique; Siegert, Martin J (2002): Terrigenous fluxes at the Celtic Margin during the last glacial cycle. Marine Geology, 188(1-2), 79-108, https://doi.org/10.1016/S0025-3227(02)00276-1

Eynaud, Frédérique; Zaragosi, Sebastien; Scourse, James D; Mojtahid, Meryem; Bourillet, Jean Francois; Hall, Ian R; Penaud, Aurélie; Locascio, M; Reijonen, A (2007): Deglacial laminated facies on the NW European continental margin: The hydrographic significance of British-Irish Ice Sheet deglaciation and Fleuve Manche paleoriver discharges. Geochemistry, Geophysics, Geosystems, 8(6), Q06019, https://doi.org/10.1029/2006GC001496

Zaragosi, Sebastien; Eynaud, Frédérique; Pujol, Claude; Auffret, Gérard A; Turon, Jean-Louis; Garlan, Thierry (2001): Initiation of the European deglaciation as recorded in the northwestern Bay of Biscay slope environments (Meriadzek Terrace and Trevelyan Escarpment): a multi-proxy approach. Earth and Planetary Science Letters, 188(3-4), 493-507, https://doi.org/10.1016/S0012-821X(01)00332-6

Other version:

Eynaud, Frédérique; Malaizé, Bruno; Zaragosi, Sebastien; de Vernal, Anne; Scourse, James D; Pujol, Claude; Cortijo, Elsa; Grousset, Francis E; Penaud, Aurélie; Toucanne, Samuel; Turon, Jean-Louis; Auffret, Gérard A (2012): Paleosalinities (10-35 ka BP) from the Celtic Margin (Bay of Biscay). hdl:10013/epic.41383.d001

Project(s):

Climate Change: Learning from the past climate (Past4Future)

Funding:

Seventh Framework Programme (FP7), grant/award no. 243908 : Climate Change: Learning from the past climate

Coverage:

Latitude: 47.452000 * Longitude: -8.533833

Date/Time Start: 1995-05-30T00:00:00 * Date/Time End: 1995-05-30T00:00:00

Minimum DEPTH, sediment/rock: 1.50 m * Maximum DEPTH, sediment/rock: 17.90 m

Event(s):

MD95-2002 (MD952002) * Latitude: 47.452000 * Longitude: -8.533833 * Date/Time: 1995-05-30T00:00:00 * Elevation: -2174.0 m * Recovery: 30 m * Location: Meriadzec * Campaign: (IMAGES I) * Basis: * Method/Device: Calypso Corer (CALYPSO) * Comment: XX Sections, OK

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	AGE	Age	ka BP			Geocode
3	Size fraction > 0.150 mm	>150 µm	%	Eynaud, Frédérique		weight
4	Lithic grains	Lithic	#/g	Eynaud, Frédérique	Counting >150 µm fraction
5	Sea surface temperature, August	SST (8)	°C	Pujol, Claude	Transfer function (Imbrie & Kipp, 1971, in Turekian, Yale Univ Press)	mean, warmer month; derived from planktonic foraminifera assemblages
6	Globigerina bulloides, δ18O	G. bulloides δ18O	‰ PDB	Cortijo, Elsa
7	Neogloboquadrina pachyderma sinistral, δ18O	N. pachyderma s δ18O	‰ PDB	Cortijo, Elsa
8	Sea surface salinity	SSS		Malaizé, Bruno		planktonic foraminifera/d18O [psu]
9	δ18O anomaly	δ18O anomaly	‰	Malaizé, Bruno
10	Neogloboquadrina pachyderma sinistral	N. pachyderma s	%	Pujol, Claude
11	Dinoflagellate cyst, pre-quaternary (reworked)/modern (Quaternary)	Dinofl c pre-Quaternary/Quaternary		Eynaud, Frédérique
12	Pediastrum	Pediastrum	#/cm³	Eynaud, Frédérique		freshwater algae
13	Sea surface temperature, February	SST (2)	°C	Eynaud, Frédérique	Modern analog technique (MAT)	mean, coldest month; derived from dinocyst assemblages
14	Sea surface salinity, February	SSS (2)		Eynaud, Frédérique	Modern analog technique (MAT)	derived from dinocyst assemblages
15	Sea surface temperature, August	SST (8)	°C	Eynaud, Frédérique	Modern analog technique (MAT)	mean, warmer month; derived from dinocyst assemblages
16	Sea surface salinity, August	SSS (8)		Eynaud, Frédérique	Modern analog technique (MAT)	derived from dinocyst assemblages
17	Sea ice cover duration	SIC d	months/a	Eynaud, Frédérique

License:

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

Size:

1845 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 >150 µm [%] (weight)	4 Lithic [#/g] (Counting >150 µm fraction)	5 SST (8) [°C] (mean, warmer month; derived f...)	6 G. bulloides δ18O [‰ PDB]	7 N. pachyderma s δ18O [‰ PDB]	8 SSS (planktonic foraminifera/d18O ...)	9 δ18O anomaly [‰]	10 N. pachyderma s [%]	11 Dinofl c pre-Quaternary/Quaternary	12 Pediastrum [#/cm³] (freshwater algae)	13 SST (2) [°C] (mean, coldest month; derived ...)	14 SSS (2) (derived from dinocyst assembl...)	15 SST (8) [°C] (mean, warmer month; derived f...)	16 SSS (8) (derived from dinocyst assembl...)	17 SIC d [months/a]
1.50	10.289	1.0	0	15.6	1.09		34.5	-0.8	1.2	0.04	62	3.3	32.3	17.3	31.1	0.0
1.60	10.681	0.9	3	14.4	0.89		33.6	-1.3	5.4	0.04	89	2.9	32.0	17.2	31.3	0.0
1.70	11.054	0.6	0	13.4	1.33		33.9	-1.1	6.9	0.03	163	6.3	33.1	20.1	31.8	0.0
1.80	11.410	0.8	0	14.9	1.84		35.5	-0.3	8.8	0.08	142	1.7	31.9	16.4	31.4	0.0
1.90	11.749	0.7	7	15.0	1.36		34.6	-0.8	20.3	0.03	43	1.4	31.9	16.4	30.9	0.5
2.00	12.072	0.8	3	14.7	1.69		35.1	-0.6	25.6	0.02	170	1.7	32.2	15.8	31.2	0.6
2.10	12.379	0.6	15	7.1	2.35		32.8	-1.8	73.8	0.02	0	2.0	32.1	17.0	31.5	0.6
2.20	12.671	0.7	3	5.8	2.32		32.1	-2.2	77.8	0.04	0	0.6	31.8	15.6	31.2	0.5
2.30	12.949	0.6	10	6.1	2.39		32.4	-2.1	78.1	0.04	153	0.6	31.8	15.5	31.4	0.3
2.40	13.213	0.3	0	5.5	2.56		32.4	-2.1	82.0	0.02	184	0.2	31.8	14.8	30.6	0.6
2.50	13.463	0.4	6	5.8	2.26		32.0	-2.4	81.2	0.05	87	5.2	34.3	13.1	33.9	0.3
2.60	13.701	0.3	8	8.9	2.47		33.7	-1.4	55.8	0.02	105	-0.3	32.1	14.1	30.3	1.4
2.70	13.927	0.4	3	16.1	2.10		36.2	-0.1	13.4	0.02	60	1.2	32.3	13.9	30.9	1.3
2.80	14.141	0.6	0	17.3	2.13		36.7	0.2	7.8	0.01	115	1.9	32.6	14.7	31.9	0.6
2.90	14.343	0.5	6	19.3	1.76		36.9	0.3	1.6	0.01	0	4.3	34.2	11.3	33.8	0.4
3.00	14.536	0.5	7	16.1	1.66		35.4	-0.6	9.5	0.02	65	2.0	32.3	14.6	31.2	1.0
3.10	14.718	0.6	25	17.0	2.22		36.7	0.2	6.7	0.01	131	7.3	35.0	14.3	34.5	0.0
3.20	14.890	0.6	33	18.4	2.63		38.0	0.9	4.3	0.01	94	4.2	33.7	13.3	33.3	0.3
3.30	15.053	0.7	64	19.0	2.11		37.3	0.5	8.9	0.01	28	7.0	35.0	13.8	34.6	0.0
3.40	15.207	1.0	145	17.5	2.43		37.3	0.5	16.0	0.03	39	7.9	34.8	16.8	34.2	0.0
3.50	15.353									0.01	115	4.5	34.2	12.0	33.7	0.5
3.60	15.491	2.6	163	16.1	2.00	3.00	35.9	-0.3	30.0	0.02	0	2.2	32.9	13.7	32.3	0.4
3.70	15.621	1.8	124	16.3	1.99	3.19	36.0	-0.3	26.0	0.01	0	3.8	33.0	15.1	32.3	0.4
3.80	15.744	2.1	272	14.7	1.99	3.28	35.3	-0.7	39.0	0.03	65	5.2	33.6	16.3	33.0	0.3
3.90	15.860	1.4	247	5.9	2.23	2.95	31.8	-2.6	85.0	0.06	86	0.1	31.5	15.7	30.9	0.1
4.00	15.970	1.1	260	4.9	1.87	3.07	30.6	-3.3	97.0	0.07	46	0.1	31.5	15.9	30.8	0.1
4.10	16.073	1.4	507	4.2		2.87	31.4	-2.8	98.8	0.05	97	-0.2	31.8	12.9	30.9	2.3
4.20	16.171	2.5	888	4.4		3.24	32.2	-2.4	97.0	0.02	0	-0.2	31.9	12.6	30.5	2.6
4.30	16.264	3.8	565	4.6		3.03	31.9	-2.6	94.0	0.09	27	-0.2	31.3	14.1	30.4	1.4
4.40	16.351	5.0	1714	4.3		2.67	31.1	-3.0	97.2	0.04	11	-0.5	32.2	9.7	30.8	4.2
4.50	16.434	4.0	942	4.1		2.51	30.7	-3.2	100.0	0.06	22	-0.6	32.3	9.5	31.0	4.2
4.54	16.466			4.1		2.28	30.3	-3.5
4.55	16.473			4.2		2.99	31.6	-2.7
4.57	16.489			4.2		3.08	31.8	-2.6
4.59	16.504			4.3		2.76	31.3	-2.9
4.60	16.512	3.1	1002	4.3		3.21	32.1	-2.5	98.3	0.08	62	0.9	31.3	14.6	30.0	1.4
4.63	16.535			4.2		2.92	31.5	-2.8
4.65	16.549			4.3		3.49	32.6	-2.2
4.67	16.564			4.2		3.38	32.3	-2.3
4.70	16.586	2.3	914	4.2		3.41	32.4	-2.3	97.0	0.21	44	0.1	30.9	14.9	29.5	1.2
4.80	16.656	2.2	739	4.4		3.48	32.6	-2.2	96.0	0.11	17	0.3	31.2	16.3	30.1	0.1
4.90	16.722	2.6	830	4.2		3.54	32.6	-2.2	98.0	0.05	62	1.0	31.3	16.2	30.4	0.0
5.00	16.785	2.2	991	4.8		3.50	32.8	-2.1	96.0	0.25	46	0.1	30.9	14.8	29.5	1.4
5.10	16.845	2.1	823	4.3		3.37	32.4	-2.3	96.5	0.21	400	-0.1	31.8	13.0	30.0	1.8
5.20	16.902	1.8	804	4.4		3.44	32.5	-2.2	96.7	0.63	620	3.7	32.2	18.1	31.6	0.0
5.30	16.956	1.2	549	4.1		3.49	32.5	-2.3	100.0	0.62	675	0.8	31.4	14.5	30.3	1.4
5.40	17.008	1.8	705	4.2		3.22	32.0	-2.5	99.0	0.45	295	2.0	31.8	14.7	30.9	1.3
5.50	17.057	0.8	312	4.5		3.61	32.9	-2.0	95.0	0.73	1811	0.7	31.3	14.4	30.1	1.5
5.60	17.105	0.7	239	4.4		3.90	33.3	-1.8	97.0
5.70	17.150	1.1	405	4.2		3.88	33.2	-1.9	99.1
5.80	17.194	0.5	162	4.2		3.79	33.0	-2.0	99.2	1.25	181	0.4	31.0	16.5	29.7	0.0
5.90	17.237	0.9	372	4.1		3.73	32.9	-2.0	100.0
6.00	17.278	0.6	103	4.2		3.77	33.0	-2.0	97.8	0.64	310	1.1	31.2	16.9	30.1	0.0
6.10	17.318	0.4	157	4.4		3.86	33.2	-1.8	97.6
6.30	17.396	0.5	158	4.2		3.41	32.4	-2.3	98.0	0.54	1325	-0.1	31.1	14.6	29.9	1.3
6.40	17.433	0.3	115	4.2		3.70	32.9	-2.0	98.9
6.50	17.470	0.4	150	4.9		3.57	33.0	-2.0	95.3	0.64	334	1.4	32.1	14.2	30.7	0.9
6.60	17.507	0.3	183	4.2		3.44	32.4	-2.3	99.6
6.70	17.543	0.2	54	4.3		3.68	32.9	-2.0	97.0
6.80	17.579	0.5	194	4.5		3.53	32.7	-2.1	96.0	1.27	1015	1.5	33.0	10.7	31.9	1.4
6.90	17.615	0.4	157	4.6		3.50	32.7	-2.1	94.0
7.00	17.651	0.7	180	4.3		3.55	32.7	-2.2	96.7	0.23	328	-0.2	32.0	14.3	30.1	1.1
7.10	17.688	0.6	244	4.3		3.51	32.6	-2.2	95.3
7.20	17.724	0.9	240	4.3		3.92	33.3	-1.8	98.0
7.30	17.761	0.5	115	4.2		3.53	32.5	-2.2	98.6	0.36	406	-0.6	32.4	9.8	30.6	3.9
7.40	17.798	0.4	157	4.7		3.72	33.1	-1.9	98.3
7.50	17.835	0.5	13	4.1		3.66	32.7	-2.1	98.6	0.49	300	2.7	32.3	16.8	31.8	0.0
7.60	17.873	0.4	165	4.3		3.82	33.1	-1.9	97.7
7.70	17.912	0.7	272	4.3		3.75	33.0	-2.0	98.4
7.80	17.951	0.5	223	4.2		3.74	32.9	-2.0	98.2
7.90	17.992	0.3	108	4.4		3.72	33.0	-2.0	94.5
8.00	18.032	1.1	400	4.6		3.50	32.7	-2.1	94.0	1.42	104	0.1	31.5	15.7	30.9	0.1
8.10	18.074	0.4	194	4.8		3.70	33.2	-1.9	90.5
8.20	18.117	0.5	249	4.5		3.56	32.8	-2.1	96.7
8.30	18.160	0.4	145	4.2		3.91	33.2	-1.9	99.1
8.40	18.205	0.7	234	5.0		3.78	33.4	-1.8	91.1
8.50	18.250	1.1	351	6.1		3.77	33.9	-1.5	81.4	0.52	57	3.0	32.5	16.4	31.8	0.3
8.70	18.344	0.6		4.2	3.19	3.79	32.6	-2.2	98.0
8.80	18.393	0.9		7.1	3.11	3.58	33.8	-1.5	60.0
8.90	18.443	0.2	15	8.3	2.66	3.31	33.6	-1.7	35.3
9.00	18.494	0.4	1	9.5	3.18	3.35	35.0	-0.9	26.6	0.01	40	5.5	35.1	10.3	35.0	0.2
9.10	18.546	0.2	1	15.8	2.93		37.4	0.4	4.0
9.20	18.600	0.1	1	15.9	2.88		37.3	0.4	11.0
9.30	18.654	0.0	2	13.6	2.91		36.4	-0.1	7.0
9.40	18.710	0.1	1	11.1	3.03		35.5	-0.6	23.8
9.50	18.768	0.1	5	8.4	2.98		34.2	-1.3	34.0	0.30	85	3.7	33.1	15.5	32.1	0.3
9.60	18.826	0.3	1	8.6	3.10		34.5	-1.2	35.1
9.70	18.886	0.1	5						87.6
9.80	18.947	0.2	12	7.2	3.15		34.0	-1.5	50.4
9.90	19.010	0.1	4	6.4	3.21		33.7	-1.6	68.4
10.00	19.074	0.1							24.0	0.18	675	3.0	32.1	17.0	31.2	0.0
10.10	19.139	0.1	1	9.9	3.21		35.3	-0.7	31.3
10.20	19.206	0.1	1	8.2	3.28		34.6	-1.1	35.7
10.30	19.274	0.1	16	7.3		3.45	33.9	-1.5	58.1
10.40	19.344	0.1	4	10.3	2.94		35.0	-0.9	18.6
10.50	19.415	0.3	3	7.9	2.79		33.6	-1.6	54.0	0.09	465	4.6	33.5	13.8	33.0	0.0
10.60	19.488	0.1	3	8.4	3.13		34.5	-1.2	46.4
10.70	19.562	0.1	0	8.0	2.98		34.0	-1.4	40.9
10.80	19.638	0.1	0	11.6	3.16		36.0	-0.3	23.3
10.90	19.715	0.0	0	11.5	3.18	2.81	36.0	-0.3	33.4
11.00	19.794	0.1	0	11.0		2.72	34.3	-1.3	30.7	0.02	270	6.2	35.0	11.9	34.7	0.0
11.10	19.875	0.1	0	7.7	3.07		34.1	-1.4	49.2
11.20	19.957	0.1	4	8.7	3.22		34.8	-1.0	48.4
11.30	20.041	0.1	2	9.4	3.22		35.1	-0.8	31.0
11.40	20.127	0.2	1	8.2		3.01	33.6	-1.7	42.8
11.50	20.214	0.1	1	15.7	2.88		37.3	0.4	7.1	0.17	170	0.6	31.9	15.5	31.3	0.3
11.60	20.304	0.2	1	11.0	2.34		34.3	-1.3	24.7
11.70	20.395	0.1	1	9.9	2.99		34.9	-0.9	23.7
11.80	20.489	0.2	0	11.9	2.79		35.5	-0.6	13.4
11.90	20.584	0.2	1	14.6	2.91		36.8	0.1	7.4
12.00	20.681	0.9	0	14.1	2.96		36.7	0.1	5.3	0.05	101	5.1	34.4	12.4	33.9	0.4
12.10	20.781	0.4	6	14.1	3.20		37.1	0.3	13.7
12.20	20.883	0.4	0	15.1	3.16		37.5	0.5	9.8
12.40	21.093	0.3	1	10.4	3.04		35.2	-0.7	15.0
12.50	21.202	0.2	1	11.8	2.54		35.0	-0.9	14.4	0.00	0	4.3	34.4	11.6	34.2	0.2
12.60	21.314	0.3	9	10.0	2.63		34.4	-1.2	25.9
12.70	21.428	0.2	0	16.6	3.00		37.9	0.8	4.1
12.80	21.545	0.4	1	15.2	2.75		36.8	0.2	7.0
12.90	21.664	0.2	2	13.6	2.90		36.4	0.0	11.4
13.00	21.787	0.2	4	15.8	2.82		37.2	0.4	7.6	0.01	0	0.3	32.2	13.6	31.1	1.7
13.10	21.913	0.3	1	14.5	3.01		37.0	0.3	9.8
13.20	22.041	0.3	74	9.6	3.00		34.9	-0.9	31.6
13.30	22.174	0.3	78	7.7	3.06		34.1	-1.3	52.1
13.40	22.309	0.5	14	13.8	3.02		36.7	0.1	9.8
13.50	22.449	0.5	3	10.4	3.23		35.6	-0.5	18.5	0.00	14	1.8	32.6	15.3	31.8	0.6
13.60	22.592	0.2	0	11.5	2.77		35.3	-0.6	9.7
13.70	22.739	0.3	3	10.9	2.72		35.0	-0.8	13.1
13.80	22.890	0.4	0	13.9	2.87		36.5	0.0	0.0
13.90	23.045	0.3	0	15.4	2.83		37.1	0.4	0.7
14.00	23.205	0.1	0	12.4	2.64		35.5	-0.5	3.0	0.02	40	1.7	32.5	15.8	31.8	0.2
14.10	23.369	0.2	1	12.6	2.81		35.9	-0.3	2.0	0.02	36	4.0	34.3	10.2	33.9	2.4
14.20	23.539	1.8	595	6.2	3.39	3.58	34.1	-1.3	74.0	0.10	0	0.4	31.1	16.4	30.0	0.0
14.30	23.713	2.4	851	4.3		3.83	33.3	-1.7	97.0	0.13	14	0.2	31.3	16.1	30.3	0.6
14.40	23.893	2.1		4.2	2.89	3.13	32.2	-2.3	98.0	0.10	28	0.1	31.4	14.2	29.9	1.2
14.50	24.078	1.1	623	4.2		3.17	32.0	-2.4	99.5	0.05	70	0.1	33.6	2.0	32.3	9.4
14.53	24.134			4.4		2.94	31.7	-2.6
14.54	24.153			4.9		2.75	31.7	-2.6
14.56	24.191			4.9		2.64	31.5	-2.7
14.57	24.211			4.7		2.60	31.3	-2.8
14.58	24.230			4.5		2.88	31.7	-2.6
14.59	24.249			5.0	2.69	2.77	32.3	-2.3
14.60	24.268	3.2	1007	5.7	2.89	2.69	32.9	-1.9	71.4	0.08	23	0.7	31.5	16.0	30.8	0.0
14.62	24.307			12.0	2.94	2.89	35.9	-0.2
14.64	24.346			10.6	3.12	3.01	35.6	-0.4
14.65	24.366			11.4	2.99		35.7	-0.3
14.70	24.465	1.2	109	12.9	3.11		36.6	0.2	10.0	0.02	172	1.2	31.4	16.8	30.5	0.0
14.80	24.668	0.8	155	7.0	3.30	3.67	34.3	-1.1	15.0	0.05	59	-0.1	31.8	15.0	30.2	1.3
14.90	24.878	0.4	26	9.4	3.12	3.32	35.1	-0.6	30.0	0.10	244	0.0	30.7	14.3	28.2	1.3
15.00	25.094	0.9	246	5.4	3.43	3.67	33.9	-1.4	80.0	0.04	16	-0.2	32.0	13.3	31.0	1.8
15.10	25.317	1.4	377	5.0		3.87	33.7	-1.4	86.0	0.13	45	-0.4	31.6	11.7	29.8	2.9
15.20	25.548	1.6	0	4.5		3.68	33.2	-1.7	93.0	0.13	119	-0.2	31.8	12.4	30.4	2.8
15.30	25.786	0.7	152	4.7		3.81	33.5	-1.5	95.0	0.18	76	1.1	31.4	16.7	30.5	0.3
15.40	26.032	0.5	83	7.1	2.84	3.70	33.6	-1.5	72.0	0.04	30	1.1	31.4	16.8	30.4	0.0
15.50	26.287	0.3	6	9.4	2.91	3.12	34.8	-0.8	30.0	0.02	0	2.4	33.2	13.9	32.5	0.6
15.60	26.550	0.2		9.8	3.18		35.5	-0.4	21.0	0.02	72	0.6	31.7	16.0	31.0	0.5
15.70	26.822	0.3		10.8	2.89		35.4	-0.5	19.0	0.00	0	0.6	31.9	16.0	31.1	0.7
15.80	27.104	0.2		10.9	3.08		35.8	-0.3	18.0	0.00	0	7.5	35.2	12.6	35.2	0.0
15.90	27.395	0.3		12.8	2.84		36.2	0.0	14.0
16.00	27.696								66.0
16.10	28.008	0.6		6.0	3.22		33.8	-1.3	68.0
16.20	28.330	0.5		6.4	3.35		34.2	-1.1	60.0
16.30	28.664	0.2		13.8	2.63		36.2	0.0	25.0
16.40	29.010	0.5		6.0	3.15	3.49	33.7	-1.4	67.0
16.50	29.368	0.6		5.7	3.27	3.45	33.8	-1.4	78.2	0.11	57	-0.1	31.7	13.4	30.0	1.7
16.60	29.738	0.7		4.4	3.20		33.0	-1.8	96.0
16.64	29.890			4.6		3.50	32.9	-1.8
16.70	30.121	0.7		4.3		3.47	32.7	-1.9	97.0	0.03	85	0.2	31.3	15.9	29.9	0.3
16.76	30.358			4.6		3.44	32.9	-1.9
16.80	30.519	0.6		4.4		3.32	32.5	-2.1	96.0	0.06	82	-0.3	32.1	11.4	30.4	2.5
16.86	30.764			4.2		3.28	32.3	-2.2
16.90	30.930	0.6		4.1		3.19	32.2	-2.3	100.0	0.09	86	0.4	31.0	16.6	29.7	0.0
16.94	31.098			4.3		3.19	32.3	-2.2
17.00	31.356	0.5		4.1		3.18	32.1	-2.3	100.0	0.08	22	-0.8	32.6	8.5	31.1	5.0
17.06	31.618			4.3		3.17	32.2	-2.2
17.10	31.797	0.3		4.3		3.06	32.0	-2.3	95.0	0.06	53	-0.4	32.0	10.8	30.6	3.5
17.14	31.977			4.2		2.93	31.7	-2.5
17.20	32.253	1.0		4.4		2.94	31.9	-2.4	95.0	0.04	73	-0.1	31.8	12.9	30.1	2.0
17.26	32.535			4.2		3.10	32.1	-2.3		0.05	547	-1.8	33.8	0.3	32.0	10.4
17.30	32.726	0.5		4.2		3.23	32.3	-2.2	98.0	0.04	141	-0.3	32.1	11.7	30.4	2.4
17.36	33.018			4.8	3.29	3.53	33.4	-1.6
17.40	33.216	0.4		5.6	3.24	3.45	33.7	-1.4	79.0	0.02	118	1.5	32.3	14.5	31.1	1.1
17.50	33.723	0.2		10.2	3.29	3.08	35.9	-0.1	22.0	0.01	49	5.9	34.5	13.2	33.9	0.4
17.60	34.248	0.7		7.1	3.04		34.1	-1.1	51.0
17.70	34.792	0.2		6.0	3.27		34.0	-1.2	63.0
17.80	35.355	1.5		8.5	2.95		34.6	-0.8	33.0
17.90	35.938	0.5		11.2	2.86		35.6	-0.3	16.0