Citation:

science.1169806

Name: Seawater carbonate chemistry and biological parameters during experiments with white sea bass Atractoscion nobilis, 2009
Published: 2009-10-23
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Animalia; Atractoscion nobilis; Behaviour; Biomass/Abundance/Elemental composition; Bottles or small containers/Aquaria (<20 L); Chordata; Growth/Morphology; Laboratory experiment; Laboratory strains; Nekton; Not applicable; Pelagos; Single species

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Abstract:

A large fraction of the carbon dioxide added to the atmosphere by human activity enters the sea, causing ocean acidification. We show that otoliths (aragonite ear bones) of young fish grown under high CO2 (low pH) conditions are larger than normal, contrary to expectation. We hypothesize that CO2 moves freely through the epithelium around the otoliths in young fish, accelerating otolith growth while the local pH is controlled. This is the converse of the effect commonly reported for structural biominerals.

Keyword(s):

Animalia; Atractoscion nobilis; Behaviour; Biomass/Abundance/Elemental composition; Bottles or small containers/Aquaria (<20 L); Chordata; Growth/Morphology; Laboratory experiment; Laboratory strains; Nekton; Not applicable; Pelagos; Single species

Project(s):

European network of excellence for Ocean Ecosystems Analysis (EUR-OCEANS)

European Project on Ocean Acidification (EPOCA)

Ocean Acidification International Coordination Centre (OA-ICC)

Funding:

Seventh Framework Programme (FP7), grant/award no. 211384 : European Project on Ocean Acidification

Sixth Framework Programme (FP6), grant/award no. 511106 : European network of excellence for Ocean Ecosystems Analysis

Event(s):

Checkley_etal_09 * Method/Device: Experiment (EXP)

Comment:

In order to allow full comparability with other ocean acidification data sets, the R package seacarb (Lavigne and Gattuso, 2011) was used to compute a complete and consistent set of carbonate system variables, as described by Nisumaa et al. (2010). In this dataset the original values were archived in addition with the recalculated parameters (see related PI).

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Experimental treatment	Exp treat		Checkley, David M
2	Salinity	Sal		Checkley, David M	Measured
3	Temperature, water	Temp	°C	Checkley, David M
4	Light:Dark cycle	L:D	hh:hh	Checkley, David M
5	Carbonate system computation flag	CSC flag		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
6	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air)	pCO2water_SST_wet	µatm	Checkley, David M		Atmosphere
7	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air)	pCO2water_SST_wet	µatm	Checkley, David M	Calculated using CO2SYS	Sea water
8	Alkalinity, total	AT	µmol/kg	Checkley, David M	Measured
9	Carbon, inorganic, dissolved	DIC	µmol/kg	Checkley, David M	Measured
10	Aragonite saturation state	Omega Arg		Checkley, David M	Calculated using CO2SYS
11	pH	pH		Checkley, David M	Calculated using CO2SYS	Total scale
12	Carbon dioxide	CO2	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
13	Fugacity of carbon dioxide (water) at sea surface temperature (wet air)	fCO2water_SST_wet	µatm	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
14	Bicarbonate ion	[HCO3]-	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
15	Carbonate ion	[CO3]2-	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
16	Aragonite saturation state	Omega Arg		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
17	Calcite saturation state	Omega Cal		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
18	Atractoscion nobilis	A. nobilis	#	Checkley, David M
19	Atractoscion nobilis, larval age	A. nobilis larv age	days	Checkley, David M
20	Otolith	Otolith	#	Checkley, David M
21	Atractoscion nobilis, orientation	A. nobilis orientation		Checkley, David M	Image analysis NIH ImageJ
22	Atractoscion nobilis, otolith area	A. nobilis otolith area	µm²	Checkley, David M	Image analysis NIH ImageJ
23	Atractoscion nobilis, dry mass	A. nobilis mass	µg	Checkley, David M	Measured

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

4392 data points

Data

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

1 Exp treat	2 Sal (Measured)	3 Temp [°C]	4 L:D [hh:hh]	5 CSC flag (Calculated using seacarb afte...)	6 pCO2water_SST_wet [µatm] (Atmosphere)	7 pCO2water_SST_wet [µatm] (Sea water, Calculated using C...)	8 AT [µmol/kg] (Measured)	9 DIC [µmol/kg] (Measured)	10 Omega Arg (Calculated using CO2SYS)	11 pH (Total scale, Calculated using...)	12 CO2 [µmol/kg] (Calculated using seacarb afte...)	13 fCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	14 [HCO3]- [µmol/kg] (Calculated using seacarb afte...)	15 [CO3]2- [µmol/kg] (Calculated using seacarb afte...)	16 Omega Arg (Calculated using seacarb afte...)	17 Omega Cal (Calculated using seacarb afte...)	18 A. nobilis [#]	19 A. nobilis larv age [days]	20 Otolith [#]	21 A. nobilis orientation (Image analysis NIH ImageJ)	22 A. nobilis otolith area [µm²] (Image analysis NIH ImageJ)	23 A. nobilis mass [µg] (Measured)
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	1	7	1	1	1477
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	2	7	2	1	1412
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	2	7	1	2	1450
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	3	7	1	1	1507
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	3	7	1	2	1239
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	4	7	2	1	1205
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	5	7	1	1	1422
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	6	7	1	1	1154
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	6	7	1	2	1212
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	7	7	1	1	1353
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	7	7	1	2	1241
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	8	7	2	1	1280
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	17	7	2	1	1406
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	18	7	1	1	1169
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	18	7	1	2	1409
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	19	7	2	2	1354
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	20	7	2	1	1212
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	21	7	2	1	1319
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	22	7	2	1	1199
1	33.7	18	12:12	15	380	432	2258	2043	2.44	8.02	14.87	430.4	1871.6	156.5	2.43	3.77	23	7	2	1	1511
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	9	7	2	1	1652
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	10	7	1	1	1495
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	10	7	1	2	1620
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	11	7	1	1	1449
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	11	7	1	2	1481
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	12	7	2	1	1605
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	13	7	2	1	1657
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	14	7	1	1	1487
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	15	7	2	1	1494
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	16	7	2	1	1675
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	24	7	2	1	1376
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	25	7	2	1	1407
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	26	7	1	1	1505
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	26	7	1	2	1569
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	27	7	2	1	1439
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	28	7	1	1	1603
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	28	7	1	2	1526
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	29	7	2	1	1586
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	30	7	2	1	1674
1	33.6	18	12:12	15	2558	2345	2269	2293	0.61	7.34	80.83	2339.9	2173.4	38.8	0.60	0.94	31	7	2	1	1467
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	32	7	1	2	1201
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	33	7	2	1	1251
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	34	7	2	1	1417
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	35	7	2	1	1317
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	36	7	2	1	1357
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	37	7	1	1	1276
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	38	7	2	1	1309
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	39	7	2	1	1325
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	40	7	2	1	1402
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	41	7	1	1	1331
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	42	7	2	1	1441
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	43	7	2	1	1163
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	44	7	2	1	1363
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	45	7	2	1	1314
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	46	7	2	1	1324
2	33.7	18	12:12	15	380	448	2251	2043	2.37	8.00	15.38	445.4	1875.7	151.9	2.36	3.66	47	7	2	1	1528
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	48	7	2	1	1497
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	49	7	2	1	1612
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	50	7	1	1	1522
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	50	7	1	2	1352
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	51	7	1	1	1561
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	52	7	1	1	1487
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	53	7	2	1	1405
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	54	7	2	1	1524
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	55	7	1	1	1662
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	55	7	1	2	1447
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	56	7	2	1	1611
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	57	7	1	1	1645
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	57	7	1	2	1474
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	58	7	2	1	1643
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	58	7	1	2	1566
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	60	7	1	1	1497
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	61	7	1	1	1635
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	61	7	1	2	1486
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	62	7	2	1	1598
2	33.7	18	12:12	15	2558	2496	2257	2289	0.57	7.32	85.52	2476.1	2167.0	36.5	0.57	0.88	63	7	2	1	1546
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	64	8	1	1	2152
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	64	8	1	2	1996
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	65	8	2	1	2271
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	66	8	2	1	2090
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	67	8	2	1	1930
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	68	8	2	1	1698
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	69	8	1	1	2003
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	70	8	2	1	2334
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	71	8	1	1	2381
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	72	8	2	1	1979
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	73	8	1	1	2153
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	74	8	2	1	2085
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	75	8	2	1	2301
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	76	8	2	1	2255
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	77	8	2	1	2183
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	78	8	2	1	2110
3	33.7	18	12:12	15	380	428	2260	2043	2.46	8.02	14.73	426.4	1870.5	157.8	2.45	3.80	79	8	2	1	2198
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	80	8	2	1	2241
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	81	8	2	1	2138
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	82	8	2	1	1851
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	83	8	2	1	2673
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	84	8	1	1	2206
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	84	8	1	2	2067
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	85	8	1	1	2116
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	85	8	1	2	2019
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	86	8	1	1	2228
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	86	8	1	2	1949
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	87	8	2	1	2328
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	88	8	2	1	2391
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	89	8	2	1	2312
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	90	8	1	1	2412
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	90	8	1	2	1930
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	91	8	2	1	2301
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	92	8	2	1	2448
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	93	8	1	1	1950
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	94	8	2	1	2312
3	33.7	18	12:12	15	993	1013	2260	2176	1.26	7.69	34.83	1008.6	2060.2	81.0	1.26	1.95	95	8	2	1	2501
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	96	7	1	1	1266
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	96	7	1	2	1141
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	97	7	2	1	1566
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	98	7	1	1	1541
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	99	7	1	1	1368
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	100	7	2	1	1082
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	101	7	2	1	1606
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	102	7	2	1	1537
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	103	7	1	1	1385
4	33.7	18	12:12	15	380	438	2262	2049	2.42	8.01	15.10	437.3	1878.6	155.3	2.41	3.74	103	7	1	2	1141
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	104	7	2	1	1589
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	105	7	1	1	1506
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	105	7	1	2	1339
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	106	7	1	1	1553
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	106	7	1	2	1413
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	107	7	1	1	1578
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	107	7	1	2	1498
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	108	7	2	1	1515
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	109	7	2	2	1543
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	110	7	1	1	1638
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	110	7	1	2	1579
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	111	7	2	1	1551
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	112	7	1	1	1603
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	112	7	1	2	1904
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	113	7	2	1	1455
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	114	7	2	1	1625
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	115	7	2	1	1520
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	116	7	2	1	1496
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	117	7	2	1	1496
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	118	7	1	1	1606
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	118	7	1	2	1562
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	119	7	1	1	1452
4	33.7	18	12:12	15	993	1032	2260	2179	1.24	7.68	35.65	1032.6	2063.9	79.5	1.23	1.91	119	7	1	2	1516
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	120	7				52
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	121	7				75
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	122	7				73
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	123	7				73
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	124	7				72
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	125	7				69
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	126	7				56
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	127	7				67
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	128	7				67
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	129	7				68
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	130	7				72
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	131	7				66
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	132	7				74
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	133	7				70
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	134	7				73
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	135	7				80
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	136	7				72
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	137	7				75
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	138	7				66
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	139	7				61
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	140	7				78
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	141	7				67
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	142	7				83
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	143	7				67
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	144	7				66
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	145	7				66
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	146	7				68
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	147	7				65
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	148	7				70
5	33.7	18	12:12	15	380	438	2256	2043	2.41	8.01	15.03	435.3	1872.8	155.2	2.41	3.74	149	7				67
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	150	7				64
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	151	7				83
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	152	7				59
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	153	7				67
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	154	7				55
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	155	7				76
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	156	7				66
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	157	7				70
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	158	7				73
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	159	7				73
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	160	7				64
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	161	7				71
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	162	7				75
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	163	7				71
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	164	7				69
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	165	7				55
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	166	7				66
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	167	7				73
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	168	7				70
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	169	7				72
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	170	7				64
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	171	7				68
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	172	7				73
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	173	7				76
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	174	7				68
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	175	7				68
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	176	7				61
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	177	7				67
5	33.7	18	12:12	15	2558	2498	2256	2289	0.56	7.32	86.15	2495.1	2166.6	36.2	0.56	0.87	178	7				60