Citation:

s11434-010-4119-y

Name: Seawater carbonate chemistry, chlorophyll a and photosynthetic carbon fixation rate under different light and pCO2 conditions during experiments, 2010
Published: 2010
License: https://creativecommons.org/licenses/by/3.0/

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Abstract:

We carried out short term pCO2/pH perturbation experiments in the coastal waters of the South China Sea to evaluate the combined effects of seawater acidification (low pH/high pCO2) and solar UV radiation (UVR, 280–400 nm) on photosynthetic carbon fixation of phytoplankton assemblages. Under photosynthetically active radiation (PAR) alone treatments, reduced pCO2 (190 ppmv) with increased pH resulted in a significant decrease in the photosynthetic carbon fixation rate (about 23%), while enriched pCO2 (700 ppmv) with lowered pH had no significant effect on the photosynthetic performance compared to the ambient level. The apparent photosynthetic efficiency decreased under the reduced pCO2 level, probably due to C-limitation as well as energy being diverged for up-regulation of carbon concentrating mechanisms (CCMs). In the presence of UVR, both UV-A and UV-B caused photosynthetic inhibition, though UV-A appeared to enhance the photosynthetic efficiency under lower PAR levels. UV-B caused less inhibition of photosynthesis under the reduced pCO2 level, probably because of its contribution to the inorganic carbon (Ci)-acquisition processes. Under the seawater acidification conditions (enriched pCO2), both UV-A and UV-B reduced the photosynthetic carbon fixation to higher extents compared to the ambient pCO2 conditions. We conclude that solar UV and seawater acidification could synergistically inhibit photosynthesis.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Experimental treatment	Exp treat		Gao, Kunshan
2	Experimental treatment	Exp treat		Gao, Kunshan
3	Julian day	Julian day		Gao, Kunshan
4	Salinity	Sal		Gao, Kunshan	Measured
5	Temperature, water	Temp	°C	Gao, Kunshan	Measured
6	pH	pH		Gao, Kunshan	pH meter (Orion)	NBS scale, H+ ion concentration in µmol/l
7	pH, standard deviation	pH std dev	±	Gao, Kunshan
8	Carbon, inorganic, dissolved	DIC	µmol/l	Gao, Kunshan	Total organic analyzer (TOC 5000A Shimazdu)
9	Carbon, inorganic, total, standard deviation	TIC std dev	±	Gao, Kunshan
10	Bicarbonate	[HCO3]-	mmol/l	Gao, Kunshan	Calculated using CO2SYS
11	Bicarbonate ion, standard deviation	[HCO3]- std dev	±	Gao, Kunshan
12	Carbonate ion	[CO3]2-	µmol/l	Gao, Kunshan	Calculated using CO2SYS
13	Carbonate ion, standard deviation	[CO3]2- std dev	±	Gao, Kunshan
14	Carbon dioxide, total	TCO2	µmol/l	Gao, Kunshan	Calculated using CO2SYS
15	Carbon dioxide, standard deviation	CO2 std dev	±	Gao, Kunshan
16	pH	pH		Gao, Kunshan	Calculated	NBS scale, H+ ion concentration in µmol/kg
17	Carbonate system computation flag	CSC flag		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
18	pH	pH		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)	Total scale, H+ ion concentration in µol/kg
19	Carbon dioxide	CO2	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
20	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air)	pCO2water_SST_wet	µatm	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
21	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)
22	Bicarbonate ion	[HCO3]-	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
23	Carbonate ion	[CO3]2-	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
24	Carbon, total	TC	µmol/kg	Gao, Kunshan	Calculated
25	Alkalinity, total	AT	µmol/kg	Gao, Kunshan	Calculated using CO2SYS
26	Aragonite saturation state	Omega Arg		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
27	Calcite saturation state	Omega Cal		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
28	Photochemical efficiency	delta F/Fm	arbitrary units	Gao, Kunshan	Calculated, see reference(s)
29	Photochemical efficiency, standard deviation	delta F/Fm std dev	±	Gao, Kunshan
30	Light saturation point	Ik		Gao, Kunshan
31	Light saturation point, standard deviation	Ik std dev	±	Gao, Kunshan
32	Maximum potential photosynthesis	Pmax		Gao, Kunshan
33	Maximum potential photosynthesis, standard deviation	Pmax std dev	±	Gao, Kunshan
34	Radiation, photosynthetically active	PAR	W/m²	Gao, Kunshan
35	Chlorophyll a	Chl a	µg/l	Gao, Kunshan	Spectrophotometry
36	Photosynthetic carbon fixation rate	C fix	µmol/µg/h	Gao, Kunshan	Liquid scintillation
37	Photosynthetic carbon fixation rate, standard deviation	C fix std dev	±	Gao, Kunshan

License:

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

Size:

2949 data points

Data

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

1 Exp treat	2 Exp treat	3 Julian day	4 Sal (Measured)	5 Temp [°C] (Measured)	6 pH (NBS scale, H+ ion concentrati...)	7 pH std dev [±]	8 DIC [µmol/l] (Total organic analyzer (TOC 5...)	9 TIC std dev [±]	10 [HCO3]- [mmol/l] (Calculated using CO2SYS)	11 [HCO3]- std dev [±]	12 [CO3]2- [µmol/l] (Calculated using CO2SYS)	13 [CO3]2- std dev [±]	14 TCO2 [µmol/l] (Calculated using CO2SYS)	15 CO2 std dev [±]	16 pH (NBS scale, H+ ion concentrati...)	17 CSC flag (Calculated using seacarb afte...)	18 pH (Total scale, H+ ion concentra...)	19 CO2 [µmol/kg] (Calculated using seacarb afte...)	20 pCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	21 fCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	22 [HCO3]- [µmol/kg] (Calculated using seacarb afte...)	23 [CO3]2- [µmol/kg] (Calculated using seacarb afte...)	24 TC [µmol/kg] (Calculated)	25 AT [µmol/kg] (Calculated using CO2SYS)	26 Omega Arg (Calculated using seacarb afte...)	27 Omega Cal (Calculated using seacarb afte...)	28 delta F/Fm [arbitrary units] (Calculated, see reference(s))	29 delta F/Fm std dev [±]	30 Ik	31 Ik std dev [±]	32 Pmax	33 Pmax std dev [±]	34 PAR [W/m²]	35 Chl a [µg/l] (Spectrophotometry)	36 C fix [µmol/µg/h] (Liquid scintillation)	37 C fix std dev [±]
PAR	pCO2=190	213	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	399.888	1.460	0.694	0.025
PAR	pCO2=190	214	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	483.186	2.704	0.818	0.051
PAR	pCO2=190	218	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	452.575	1.117
PAR	pCO2=190	219	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	376.973	1.990
PAR	pCO2=190	223	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	400.885	3.296	0.420	0.011
PAR	pCO2=190	224	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	331.506	1.599	0.406	0.013
PAR	pCO2=190	266	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	343.770	2.985	0.271	0.001
PAR	pCO2=190	267	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	321.767	3.084	0.368	0.002
PAR	pCO2=190	269	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.022	0.001	219.3	7.2	4.71	0.13	154.459	1.117	0.226	0.021
PAR	pCO2=380	213	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	399.888	1.460	0.862	0.013
PAR	pCO2=380	214	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	483.186	2.704	1.004	0.126
PAR	pCO2=380	218	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	452.575	1.117
PAR	pCO2=380	219	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	376.973	1.990
PAR	pCO2=380	223	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	400.885	3.296	0.628	0.023
PAR	pCO2=380	224	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	331.506	1.599	0.689	0.018
PAR	pCO2=380	266	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	343.770	2.985	0.352	0.009
PAR	pCO2=380	267	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	321.767	3.084	0.583	0.062
PAR	pCO2=380	269	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.029	0.003	272.8	34.2	7.68	0.33	154.459	1.117	0.291	0.004
PAR	pCO2=700	213	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	399.888	1.460	0.852	0.031
PAR	pCO2=700	214	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	483.186	2.704	1.066	0.187
PAR	pCO2=700	218	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	452.575	1.117
PAR	pCO2=700	219	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	376.973	1.990
PAR	pCO2=700	223	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	400.885	3.296	0.627	0.017
PAR	pCO2=700	224	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	331.506	1.599	0.609	0.019
PAR	pCO2=700	266	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	343.770	2.985	0.345	0.018
PAR	pCO2=700	267	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	321.767	3.084	0.566	0.059
PAR	pCO2=700	269	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.025	0.003	298.3	19.6	7.33	0.26	154.459	1.117	0.354	0.004
PAR+UV-A	pCO2=190	213	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.179	1.460	0.518	0.013
PAR+UV-A	pCO2=190	214	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.173	2.704	0.603	0.071
PAR+UV-A	pCO2=190	218	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.170	1.117
PAR+UV-A	pCO2=190	219	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.166	1.990
PAR+UV-A	pCO2=190	223	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.174	3.296
PAR+UV-A	pCO2=190	224	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.182	1.599
PAR+UV-A	pCO2=190	266	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.178	2.985	0.273	0.011
PAR+UV-A	pCO2=190	267	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.184	3.084	0.361	0.037
PAR+UV-A	pCO2=190	269	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.188	1.117	0.194	0.001
PAR+UV-A	pCO2=380	213	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.179	1.460	0.708	0.062
PAR+UV-A	pCO2=380	214	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.173	2.704	0.732	0.032
PAR+UV-A	pCO2=380	218	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.170	1.117
PAR+UV-A	pCO2=380	219	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.166	1.990
PAR+UV-A	pCO2=380	223	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.174	3.296
PAR+UV-A	pCO2=380	224	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.182	1.599
PAR+UV-A	pCO2=380	266	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.178	2.985	0.442	0.014
PAR+UV-A	pCO2=380	267	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.184	3.084	0.557	0.044
PAR+UV-A	pCO2=380	269	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.188	1.117	0.292	0.034
PAR+UV-A	pCO2=700	213	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.179	1.460	0.761	0.016
PAR+UV-A	pCO2=700	214	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.173	2.704	0.742	0.036
PAR+UV-A	pCO2=700	218	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.170	1.117
PAR+UV-A	pCO2=700	219	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.166	1.990
PAR+UV-A	pCO2=700	223	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.174	3.296
PAR+UV-A	pCO2=700	224	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.182	1.599
PAR+UV-A	pCO2=700	266	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.178	2.985	0.337	0.011
PAR+UV-A	pCO2=700	267	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.184	3.084	0.524	0.011
PAR+UV-A	pCO2=700	269	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.188	1.117	0.338	0.006
PAR+UV-A+UV-B	pCO2=190	213	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.062	1.460	0.552	0.042
PAR+UV-A+UV-B	pCO2=190	214	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.060	2.704	0.650	0.003
PAR+UV-A+UV-B	pCO2=190	218	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.056	1.117	0.311	0.031
PAR+UV-A+UV-B	pCO2=190	219	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.053	1.990	0.372	0.024
PAR+UV-A+UV-B	pCO2=190	223	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.062	3.296
PAR+UV-A+UV-B	pCO2=190	224	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.066	1.599
PAR+UV-A+UV-B	pCO2=190	266	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.065	2.985	0.249	0.001
PAR+UV-A+UV-B	pCO2=190	267	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.068	3.084	0.348	0.001
PAR+UV-A+UV-B	pCO2=190	269	28	27	8.38	0.02	1823.2	32.9	1420.2	24.3	398.3	6.9	4.7	0.1	8.24	27	8.09	9.34	337.67	336.64	1589.26	193.50	1792.1	2060.6	3.23	4.95	0.028	0.003	196.1	30.9	5.55	0.26	0.066	1.117	0.190	0.007
PAR+UV-A+UV-B	pCO2=380	213	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.062	1.460	0.610	0.046
PAR+UV-A+UV-B	pCO2=380	214	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.060	2.704	0.672	0.053
PAR+UV-A+UV-B	pCO2=380	218	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.056	1.117	0.454	0.008
PAR+UV-A+UV-B	pCO2=380	219	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.053	1.990	0.574	0.035
PAR+UV-A+UV-B	pCO2=380	223	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.062	3.296
PAR+UV-A+UV-B	pCO2=380	224	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.066	1.599
PAR+UV-A+UV-B	pCO2=380	266	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.065	2.985	0.335	0.004
PAR+UV-A+UV-B	pCO2=380	267	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.068	3.084	0.559	0.003
PAR+UV-A+UV-B	pCO2=380	269	28	27	8.14	0.02	1943.5	37.3	1670.2	30.7	263.4	4.8	9.9	0.2	8.00	27	7.85	17.88	646.63	644.65	1767.54	124.99	1910.4	2071.2	2.08	3.20	0.056	0.007	137.7	24.6	7.65	0.34	0.066	1.117	0.243	0.001
PAR+UV-A+UV-B	pCO2=700	213	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.062	1.460	0.618	0.068
PAR+UV-A+UV-B	pCO2=700	214	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.060	2.704	0.620	0.072
PAR+UV-A+UV-B	pCO2=700	218	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.056	1.117	0.394	0.002
PAR+UV-A+UV-B	pCO2=700	219	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.053	1.990	0.491	0.024
PAR+UV-A+UV-B	pCO2=700	223	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.062	3.296
PAR+UV-A+UV-B	pCO2=700	224	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.066	1.599
PAR+UV-A+UV-B	pCO2=700	266	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.065	2.985	0.300	0.013
PAR+UV-A+UV-B	pCO2=700	267	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.068	3.084	0.508	0.017
PAR+UV-A+UV-B	pCO2=700	269	28	27	7.91	0.03	2058.8	49.4	1863.5	42.4	177.1	4.3	18.3	0.4	7.78	27	7.63	32.50	1175.71	1172.12	1910.86	80.34	2023.7	2105.3	1.34	2.06	0.056	0.007	120.0	19.7	6.76	0.26	0.066	1.117	0.244	0.006