Citation:

97PA01748

Name: (Table 3) Calculated sea surface temperature and paleoproductivity of sediment core D11957P
Published: 1997
License: https://creativecommons.org/licenses/by/3.0/

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Coverage:

Latitude: 39.050000 * Longitude: -12.583333

Date/Time Start: 1989-11-15T00:00:00 * Date/Time End: 1989-11-15T00:00:00

Minimum DEPTH, sediment/rock: 0.030 m * Maximum DEPTH, sediment/rock: 6.295 m

Event(s):

D11957P * Latitude: 39.050000 * Longitude: -12.583333 * Date/Time: 1989-11-15T00:00:00 * Elevation: -3585.0 m * Recovery: 6.35 m * Campaign: * Basis: Discovery (1962) * Method/Device: Piston corer (PC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Factor 1	PC1		Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982	tropical/subtropical assemblage (planktonic foraminifera)
3	Factor 2	PC2		Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982	transitional assemblage (planktonic foraminifera)
4	Factor 3	PC3		Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982	polar assemblage (planktonic foraminifera)
5	Factor 4	PC4		Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982	gyre margin assemblage (planktonic foraminifera)
6	Factor 5	PC5		Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982	subpolar assemblage (planktonic foraminifera)
7	Factor 6	PC6		Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982	upwelling assemblage (planktonic foraminifera)
8	Sea surface temperature, summer	SST sum	°C	Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982
9	Sea surface temperature, summer	SST sum	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28	weighted distance
10	Sea surface temperature, summer	SST sum	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28	unweighted distance
11	Sea surface temperature, winter	SST win	°C	Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982
12	Sea surface temperature, winter	SST win	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28	weighted distance
13	Sea surface temperature, winter	SST win	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28	unweighted distance
14	Communality	Commun		Lebreiro, Susana Martin	Transfer function FA20, Molfino et al., 1982
15	Sea surface temperature, winter min	SST win min	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
16	Sea surface temperature, winter max	SST win max	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
17	Sea surface temperature, winter, standard deviation	SST win std dev	±	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
18	Sea surface temperature, summer min	SST sum min	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
19	Sea surface temperature, summer max	SST sum max	°C	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
20	Sea surface temperature, summer, standard deviation	SST sum std dev	±	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
21	Similarity index	Similarity		Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
22	Paleoproductivity as carbon	PP C	g/m²/a	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28	weighted distance
23	Paleoproductivity as carbon	PP C	g/m²/a	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28	unweighted distance
24	Paleoproductivity, minimum as carbon	PP C min	g/m²/a	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
25	Paleoproductivity, maximum as carbon	PP C max	g/m²/a	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28
26	Paleoproductivity, as carbon, standard deviation	PP C std dev	±	Lebreiro, Susana Martin	Modern analog technique (MAT), SIMMAX28

License:

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

Size:

1850 data points

Data

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

1 Depth sed [m]	2 PC1 (tropical/subtropical assembla...)	3 PC2 (transitional assemblage (plan...)	4 PC3 (polar assemblage (planktonic ...)	5 PC4 (gyre margin assemblage (plank...)	6 PC5 (subpolar assemblage (plankton...)	7 PC6 (upwelling assemblage (plankto...)	8 SST sum [°C] (Transfer function FA20, Molfi...)	9 SST sum [°C] (weighted distance, Modern ana...)	10 SST sum [°C] (unweighted distance, Modern a...)	11 SST win [°C] (Transfer function FA20, Molfi...)	12 SST win [°C] (weighted distance, Modern ana...)	13 SST win [°C] (unweighted distance, Modern a...)	14 Commun (Transfer function FA20, Molfi...)	15 SST win min [°C] (Modern analog technique (MAT)...)	16 SST win max [°C] (Modern analog technique (MAT)...)	17 SST win std dev [±] (Modern analog technique (MAT)...)	18 SST sum min [°C] (Modern analog technique (MAT)...)	19 SST sum max [°C] (Modern analog technique (MAT)...)	20 SST sum std dev [±] (Modern analog technique (MAT)...)	21 Similarity (Modern analog technique (MAT)...)	22 PP C [g/m²/a] (weighted distance, Modern ana...)	23 PP C [g/m²/a] (unweighted distance, Modern a...)	24 PP C min [g/m²/a] (Modern analog technique (MAT)...)	25 PP C max [g/m²/a] (Modern analog technique (MAT)...)	26 PP C std dev [±] (Modern analog technique (MAT)...)
0.030	0.3133	0.67790	0.03430	0.01380	-0.57200	0.09290	22.0	19.7	20.2	16.0	14.6	15.3	0.89500	13.0	19.0	2.1	18.2	21.7	1.4	0.931	169.9	173.9	140.6	272.5	37.5
0.180	0.4153	0.79800	0.05570	0.01390	-0.36780	0.00660	22.0	22.0	21.7	16.0	18.0	17.5	0.94790	13.4	19.7	1.8	20.0	23.7	1.1	0.930	159.4	150.1	79.0	232.1	48.5
0.300	0.1528	0.72680	0.11720	0.01720	-0.54570	-0.01860	20.0	19.1	19.7	14.0	14.7	15.8	0.86380	11.7	19.5	2.5	16.4	22.2	2.1	0.939	166.4	164.9	79.0	272.5	55.8
0.350	0.2716	0.54240	0.31980	0.01410	-0.67330	0.07800	19.0	19.1	19.3	15.0	13.7	14.1	0.92990	7.9	19.0	3.2	13.2	22.1	2.7	0.943	222.5	219.7	111.0	424.8	92.0
0.390	0.1774	0.35510	0.27430	0.00810	-0.72740	0.26270	17.0	15.0	13.4	12.0	10.1	9.1	0.83110	6.2	14.0	3.1	9.4	19.0	3.9	0.893	315.3	314.8	292.5	339.2	23.4
0.480	-0.0001	0.12370	0.72170	0.03220	-0.57380	0.30400	9.0	8.9	8.9	6.0	4.3	4.3	0.95880	2.2	6.2	1.3	7.3	10.3	1.1	0.922	330.8	330.8	224.3	423.9	69.2
0.640	0.1127	0.42600	0.21200	0.00140	-0.82430	0.01550	16.0	16.2	15.5	11.0	11.4	11.2	0.91880	9.6	12.0	0.9	12.8	18.3	1.7	0.963	274.0	244.1	179.0	424.8	69.6
0.820	-0.0113	0.47890	0.15340	0.08040	-0.64640	0.41290	15.0	20.6	21.2	10.0	14.8	15.5	0.84780	13.6	17.9	1.8	19.0	24.0	2.0	0.951	445.2	749.6	166.3	1607.1	656.3
0.850	0.0827	0.28660	0.19160	0.00970	-0.87170	0.01040	14.0	14.0	13.7	9.0	10.3	10.1	0.88570	7.5	11.6	1.1	10.9	16.5	1.5	0.985	237.4	243.2	196.0	322.8	41.7
0.875	0.0286	0.49180	0.23400	0.07030	-0.75560	0.26070	15.0	18.9	17.8	10.0	13.6	13.4	0.94120	9.6	16.1	2.2	12.8	21.8	2.9	0.971	236.9	231.4	108.1	419.8	86.2
0.965	0.0699	0.36660	0.17880	0.01000	0.87150	0.04190	15.0	13.6	13.4	10.0	10.2	10.0	0.93270	7.5	11.9	1.2	10.9	15.9	1.5	0.967	243.9	245.9	206.7	310.0	28.7
1.085	0.1041	0.49670	0.27110	0.02340	-0.79530	0.04550	17.0	18.1	17.7	11.0	12.7	12.5	0.96610	9.6	16.1	2.0	12.8	21.8	3.1	0.960	253.4	243.1	164.1	424.8	98.2
1.165	0.0749	0.60510	0.10690	0.05820	-0.69950	0.18800	18.0	19.9	19.5	12.0	14.6	15.3	0.91130	12.1	19.0	2.2	16.1	22.1	2.0	0.958	217.8	204.4	98.6	419.8	99.8
1.195	0.0399	0.07120	0.58240	0.01820	-0.68990	0.26120	11.0	9.6	9.6	7.0	5.9	5.8	0.89040	4.6	6.8	0.7	7.7	10.8	1.0	0.938	348.7	349.5	292.5	421.3	42.5
1.265	-0.0124	0.46180	0.30350	0.07450	-0.67360	0.34600	13.0	20.6	20.6	8.0	15.0	15.6	0.88460	13.6	17.9	1.7	16.7	24.0	2.2	0.941	433.6	625.7	108.1	1607.1	626.8
1.295	0.0408	0.37570	0.20960	0.04060	-0.81550	0.23720	14.0	17.9	17.0	9.0	12.9	12.4	0.90970	9.6	16.1	2.1	12.8	21.8	3.1	0.971	221.3	234.4	170.1	419.8	74.4
1.475	0.0905	0.63510	0.13550	0.01860	-0.60890	-0.06050	19.0	19.3	19.1	12.0	14.0	14.7	0.80470	11.7	19.5	2.5	15.9	22.2	2.2	0.937	155.2	187.5	121.1	325.8	69.7
1.655	0.1864	0.58880	0.11200	0.01680	-0.71800	-0.02590	20.0	19.1	18.6	14.0	13.8	13.6	0.91040	11.7	19.5	2.3	15.9	22.2	2.1	0.940	160.7	181.6	134.9	246.7	32.4
1.765	0.2579	0.38470	0.13990	0.01670	-0.77880	0.00430	19.0	18.4	16.3	14.0	13.2	11.8	0.84090	9.6	14.9	1.7	12.8	21.4	2.8	0.936	168.5	209.3	140.8	246.7	34.3
1.835	0.2362	0.40740	0.14300	0.01430	-0.80920	-0.11070	18.0	19.2	18.5	14.0	13.4	12.5	0.90940	11.0	15.7	1.6	15.0	21.5	2.0	0.959	206.9	265.2	140.8	363.4	62.9
1.945	0.1348	0.39790	0.45190	0.02260	-0.66970	0.20380	16.0	18.8	17.3	12.0	13.2	12.2	0.87120	6.2	16.1	3.2	8.6	21.8	4.3	0.942	313.8	282.8	166.3	424.8	94.7
2.115	0.0344	0.31430	0.64480	0.01760	-0.59260	0.12580	12.0	15.4	13.9	9.0	10.2	9.0	0.88310	3.5	13.9	3.4	7.3	20.4	5.1	0.921	347.7	317.1	178.5	424.8	78.7
2.165	-0.0003	0.61530	0.20580	0.04780	-0.63940	0.09650	16.0	19.4	19.0	10.0	13.9	14.5	0.84140	7.9	19.0	3.1	13.2	21.8	2.7	0.962	232.1	221.3	98.6	419.8	99.6
2.245	0.0451	0.60560	0.05330	0.01370	-0.69600	-0.14600	19.0	19.2	18.7	12.0	13.3	13.2	0.87760	11.3	16.1	1.8	15.9	20.5	1.3	0.968	222.7	258.3	81.7	372.3	87.2
2.325	0.1123	0.72380	0.05910	0.01360	-0.60910	-0.16210	20.0	19.6	19.7	14.0	14.8	15.6	0.93740	11.5	19.5	2.8	16.4	22.5	2.2	0.965	240.1	212.9	77.0	490.4	129.2
2.375	0.1449	0.61730	0.08200	0.01020	-0.72050	-0.18630	19.0	19.4	18.8	14.0	13.8	13.8	0.96270	11.0	19.3	2.7	15.0	22.5	2.2	0.975	198.5	264.9	81.7	490.4	112.7
2.465	0.1666	0.74410	0.04910	0.02010	-0.60740	-0.04590	21.0	19.1	19.8	15.0	13.8	14.9	0.95540	11.7	19.5	2.4	16.4	22.2	2.0	0.958	166.9	185.1	121.1	325.8	66.1
2.495	0.3938	0.79300	0.03120	0.02790	-0.38940	-0.13510	22.0	21.9	21.2	17.0	17.5	16.8	0.95550	13.4	19.7	2.0	16.4	23.7	2.0	0.940	154.7	144.5	71.2	232.1	50.0
2.575	0.3581	0.55830	0.04130	0.05600	-0.64580	0.03420	21.0	19.3	19.8	16.0	14.7	15.5	0.86290	11.7	19.5	3.0	16.9	22.2	2.0	0.914	167.3	155.4	71.2	190.3	34.3
2.675	0.3457	0.76660	0.06540	0.01440	-0.48610	0.08690	21.0	22.0	21.5	16.0	17.5	17.2	0.95540	13.4	19.5	1.6	20.0	23.7	1.1	0.934	131.1	138.0	71.2	272.5	57.1
2.715	0.1723	0.23840	0.26820	0.01900	-0.79780	0.32870	16.0	15.0	13.6	11.0	10.1	9.3	0.90340	6.2	14.0	3.0	9.4	19.1	3.8	0.926	282.3	285.6	186.0	399.9	65.7
2.825	0.3711	0.50360	0.14170	0.02280	-0.64990	0.08230	21.0	20.0	20.6	16.0	15.1	15.9	0.84110	11.7	19.5	2.9	16.9	23.7	2.2	0.893	143.5	149.9	111.0	179.0	35.1
2.865	0.4105	0.61110	0.04450	0.03280	-0.52020	-0.10100	22.0	20.1	20.7	17.0	15.5	16.5	0.82580	11.7	20.1	2.8	16.4	23.8	2.6	0.908	143.9	131.3	71.2	169.1	36.2
3.205	0.2776	0.66100	0.07820	0.00150	-0.61880	0.14650	21.0	19.7	20.1	15.0	14.1	14.5	0.92440	11.7	17.5	2.0	16.9	23.7	2.0	0.931	159.9	168.2	103.3	272.5	46.0
3.245	0.2273	0.81940	0.03630	0.02630	-0.44330	0.01370	22.0	20.2	20.5	16.0	15.1	16.0	0.92190	13.1	19.5	2.2	16.4	23.7	2.0	0.937	152.9	158.8	79.0	232.1	47.7
3.415	0.3151	0.54750	0.04350	0.00010	-0.74360	-0.10540	20.0	19.6	19.6	16.0	14.1	14.3	0.96490	11.6	19.5	2.6	15.9	22.2	2.3	0.958	183.3	218.5	134.9	363.4	77.6
3.475	0.3378	0.65590	0.04920	0.01910	-0.60320	-0.03390	21.0	19.7	20.4	16.0	14.3	15.2	0.91220	11.7	19.5	2.6	16.9	23.7	2.1	0.935	149.6	137.6	71.2	179.0	33.8
3.625	0.4166	0.73090	0.07440	0.01000	-0.47550	-0.12660	22.0	20.9	21.2	17.0	16.1	16.7	0.95550	13.1	20.1	2.6	16.4	23.8	2.2	0.938	162.5	155.3	71.2	279.3	55.7
3.815	0.6153	0.57050	0.12710	0.04480	-0.41160	-0.05590	22.0	22.4	21.8	18.0	18.0	17.5	0.89480	13.4	20.2	1.8	19.4	23.7	1.3	0.906	127.9	103.7	67.7	169.1	43.6
3.880	0.4125	0.52860	0.10150	0.01260	-0.63350	0.11240	22.0	20.7	21.4	16.0	15.4	16.2	0.87400	13.2	19.4	2.5	18.8	23.7	1.3	0.937	190.2	180.1	103.3	279.5	57.5
3.965	0.0328	0.30810	0.13300	0.02910	-0.85330	0.13920	14.0	17.8	16.6	9.0	12.6	12.0	0.86200	10.2	16.1	1.7	13.4	21.8	2.6	0.977	240.0	248.1	164.1	419.8	73.2
4.010	0.0390	0.19310	0.04480	0.04190	-0.70890	-0.31280	14.0	16.1	15.0	11.0	11.1	10.5	0.64300	6.9	11.9	2.0	10.9	17.9	2.8	0.989	251.0	265.9	228.4	324.6	41.2
4.065	0.1036	0.30720	0.04090	0.02440	-0.76250	-0.33710	16.0	17.4	16.8	13.0	11.6	11.2	0.80240	6.9	12.6	1.6	10.9	20.3	2.7	0.992	250.0	256.4	214.5	324.6	38.7
4.135	0.0424	0.27920	0.04510	0.01540	-0.88110	-0.26120	14.0	16.6	16.0	10.0	11.4	11.2	0.92650	8.8	11.9	1.0	11.4	18.8	2.1	0.990	240.2	243.3	194.7	303.6	33.9
4.175	0.0823	0.41830	0.06240	0.01210	-0.79280	-0.23570	17.0	18.7	18.5	12.0	12.2	12.2	0.86990	11.0	15.7	1.4	15.0	21.5	1.9	0.993	288.7	285.5	194.7	363.4	47.1
4.315	0.1160	0.28630	0.09920	0.02760	-0.80080	-0.16820	16.0	15.8	14.8	11.0	11.3	10.8	0.77560	8.8	15.7	2.0	11.4	21.5	3.1	0.981	285.1	293.0	194.7	413.5	65.2
4.485	0.0523	0.37850	0.12360	0.03880	-0.57810	-0.35930	17.0	18.5	18.7	12.0	11.9	11.7	0.62610	7.4	16.0	2.2	16.9	20.3	1.3	0.980	247.0	247.6	213.0	315.1	36.2
4.535	0.0903	0.46590	0.07960	0.00710	-0.80570	-0.16950	17.0	19.2	18.3	12.0	13.2	12.1	0.90940	11.0	14.4	1.1	15.0	20.5	1.8	0.970	206.9	263.3	140.8	325.0	57.6
4.685	0.1837	0.30120	0.10860	0.02290	-0.84930	-0.23130	17.0	18.5	17.8	13.0	12.1	11.8	0.91160	8.8	15.7	2.0	11.9	21.5	3.3	0.969	293.6	298.1	238.9	363.4	36.1
4.745	0.3327	0.41350	0.05620	0.02810	-0.76180	-0.26400	19.0	19.4	19.1	16.0	13.4	12.6	0.93570	11.3	15.7	1.6	16.9	21.5	1.4	0.971	214.4	275.4	140.8	363.4	60.6
4.825	0.3036	0.63350	0.06240	0.00940	-0.65250	-0.18220	21.0	20.1	20.9	16.0	14.6	15.8	0.95640	11.5	20.1	3.1	18.4	23.8	1.7	0.957	190.0	258.7	134.9	490.4	109.3
4.865	0.1671	0.51300	0.06800	0.01890	-0.77160	-0.20340	19.0	19.3	18.5	14.0	13.4	12.5	0.93280	11.0	15.7	1.6	15.0	21.5	2.0	0.973	208.7	268.7	140.8	363.4	64.0
4.935	0.1182	0.57490	0.06580	0.04310	-0.72100	0.04990	19.0	18.8	19.0	13.0	13.2	13.9	0.87300	11.7	17.0	1.9	15.9	21.8	2.0	0.967	218.6	243.3	164.1	419.8	83.4
5.015	0.0311	0.44080	0.08560	0.03680	-0.84630	0.01060	16.0	17.5	16.6	10.0	12.0	11.7	0.92030	10.7	12.8	0.6	14.3	18.9	1.5	0.964	294.7	263.8	164.1	424.8	79.9
5.035	0.0804	0.56880	0.06760	0.04880	-0.72210	0.02840	19.0	18.9	19.1	13.0	13.3	14.3	0.85920	11.7	17.0	1.9	16.7	21.8	1.9	0.964	216.8	229.5	108.1	419.8	93.7
5.055	0.0523	0.51030	0.08260	0.04710	-0.78670	0.04620	17.0	18.8	19.3	11.0	13.1	13.9	0.89330	11.7	17.0	1.9	16.9	21.8	1.7	0.959	244.0	261.1	164.1	424.8	101.3
5.115	0.1241	0.55700	0.06070	0.11140	-0.78400	-0.05660	20.0	18.9	18.3	13.0	13.4	13.1	0.95960	11.7	15.9	1.5	15.9	21.4	1.8	0.964	199.0	228.3	140.8	372.3	76.1
5.205	0.0993	0.75590	0.03260	0.04720	-0.52680	-0.19190	21.0	19.4	19.6	15.0	14.8	15.7	0.89890	11.7	19.5	2.5	16.4	22.5	2.1	0.966	187.6	178.5	71.2	490.4	131.0
5.245	0.2319	0.71480	0.07420	0.05520	-0.56460	-0.15320	22.0	19.6	19.4	16.0	14.3	15.3	0.91550	11.7	19.5	2.3	16.4	22.2	2.0	0.956	145.6	163.1	71.2	325.8	78.1
5.285	0.3023	0.81090	0.02310	0.00530	-0.32930	-0.13860	22.0	21.7	21.2	17.0	17.0	16.6	0.87710	13.4	19.5	1.8	16.4	23.7	2.0	0.927	136.5	131.3	71.2	232.1	47.4
5.315	0.2883	0.73590	0.03130	0.00470	-0.48270	-0.10110	22.0	20.8	20.9	17.0	15.7	16.2	0.86890	13.1	19.5	2.1	16.4	23.7	2.0	0.939	136.6	144.5	71.2	272.5	51.4
5.345	0.3823	0.78490	0.02760	0.04070	-0.38550	-0.14800	22.0	21.9	21.2	17.0	17.5	16.8	0.93510	13.4	19.7	2.0	16.4	23.7	2.0	0.936	154.6	144.5	71.2	232.1	50.0
5.375	0.4236	0.73580	0.03390	0.04200	-0.40820	-0.16380	22.0	22.2	21.5	17.0	17.9	17.1	0.91720	13.4	20.1	2.3	16.4	23.8	2.1	0.932	170.5	149.2	71.2	279.3	60.3
5.475	0.2117	0.83850	0.01670	0.01210	-0.34090	-0.17120	22.0	21.7	20.9	16.0	17.4	16.6	0.89390	13.8	19.5	1.4	16.4	23.7	1.9	0.928	129.5	123.0	71.2	232.1	49.6
5.535	0.1774	0.86700	0.02930	0.03000	-0.30750	-0.25550	22.0	21.5	20.7	16.0	17.4	16.5	0.94470	13.8	19.5	1.5	16.4	23.7	1.9	0.947	150.1	154.3	77.0	263.0	59.6
5.595	0.0931	0.89520	0.01520	0.03670	-0.27940	-0.23170	21.0	21.1	20.5	16.0	16.4	16.2	0.94330	13.8	17.7	1.0	16.4	23.7	1.8	0.954	158.4	157.8	77.0	263.0	59.4
5.625	0.1152	0.82400	0.01720	0.01850	-0.42430	-0.28500	22.0	20.1	20.2	16.0	15.6	16.2	0.95420	13.1	19.5	2.1	16.4	22.5	1.9	0.963	183.0	159.0	77.0	490.4	119.8
5.755	0.2348	0.87890	0.02120	0.02750	-0.21250	-0.17090	22.0	21.5	21.1	17.0	16.7	16.7	0.90320	15.9	17.7	0.6	19.2	23.7	1.4	0.941	160.6	162.5	66.9	263.0	70.7
5.885	0.0487	0.78000	0.04900	0.04990	-0.44920	0.11400	20.0	19.1	19.7	14.0	14.1	16.4	0.83060	13.2	19.0	2.0	16.4	22.2	1.8	0.905	163.8	158.0	98.6	217.4	0.0
5.935	0.0027	0.24380	0.13490	0.07670	-0.73650	0.47550	13.0	20.1	18.9	9.0	14.6	14.1	0.85200	6.5	17.8	3.9	9.4	22.4	4.4	0.959	405.6	526.3	302.8	1607.1	392.8
6.025	0.0295	0.60460	0.08620	0.05170	-0.72210	0.10580	18.0	19.3	19.3	12.0	13.7	14.8	0.90910	11.7	19.0	2.3	16.7	21.8	1.9	0.967	211.1	206.8	98.6	419.8	95.3
6.065	0.1024	0.76460	0.04740	0.03250	-0.58480	-0.04880	21.0	19.1	19.6	14.0	13.9	15.5	0.94280	11.7	19.5	2.6	16.4	22.2	2.0	0.954	166.3	179.2	98.6	325.8	71.2
6.195	0.3018	0.83610	0.03080	0.00660	-0.32090	-0.14390	22.0	21.6	20.8	17.0	16.8	16.3	0.91480	13.4	19.5	1.7	16.4	23.7	1.9	0.934	144.1	145.0	77.7	232.1	45.9
6.295	0.2252	0.79490	0.07950	0.01230	-0.40850	0.07090	21.0	22.4	22.0	15.0	16.8	16.9	0.86100	13.4	19.4	1.9	19.6	25.9	2.0	0.927	165.6	157.7	84.0	265.8	59.3