Citation:

algae.2013.28.2.173

Name: Seawater carbonate chemistry and survival, impairment of three phytoplankton species in a laboratory experiment
Published: 2013
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Akashiwo sanguinea; Bottles or small containers/Aquaria (<20 L); Chromista; Heterosigma akashiwo; Laboratory experiment; Laboratory strains; Mortality/Survival; Myzozoa; North Pacific; Ochrophyta; Organic toxins; Pelagos; Phytoplankton; Primary production/Photosynthesis; Single species; Thalassiosira eccentrica

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Abstract:

Sodium hypochlorite (NaOCl) is widely used to disinfect seawater in power plant cooling systems in order to reduce biofouling, and in ballast water treatment systems to prevent transport of exotic marine species. While the toxicity of NaOCl is expected to increase by ongoing ocean acidification, and many experimental studies have shown how algal calcification, photosynthesis and growth respond to ocean acidification, no studies have investigated the relationship between NaOCl toxicity and increased CO2. Therefore, we investigated whether the impacts of NaOCl on survival, chlorophyll a (Chl-a), and effective quantum yield in three marine phytoplankton belonging to different taxonomic classes are increased under high CO2 levels. Our results show that all biological parameters of the three species decreased under increasing NaOCl concentration, but increasing CO2 concentration alone (from 450 to 715 µatm) had no effect on any of these parameters in the organisms. However, due to the synergistic effects between NaOCl and CO2, the survival and Chl-a content in two of the species, Thalassiosira eccentrica and Heterosigma akashiwo, were significantly reduced under high CO2 when NaOCl was also elevated. The results show that combined exposure to high CO2 and NaOCl results in increasing toxicity of NaOCl in some marine phytoplankton. Consequently, greater caution with use of NaOCl will be required, as its use is widespread in coastal waters.

Keyword(s):

Akashiwo sanguinea; Bottles or small containers/Aquaria (<20 L); Chromista; Heterosigma akashiwo; Laboratory experiment; Laboratory strains; Mortality/Survival; Myzozoa; North Pacific; Ochrophyta; Organic toxins; Pelagos; Phytoplankton; Primary production/Photosynthesis; Single species; Thalassiosira eccentrica

Further details:

Lavigne, Héloïse; Gattuso, Jean-Pierre (2011): seacarb: seawater carbonate chemistry with R. R package version 2.4 [webpage]. https://cran.r-project.org/package=seacarb

Project(s):

Ocean Acidification International Coordination Centre (OA-ICC)

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). The date of carbonate chemistry calculation by seacarb is 2014-12-10.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Identification	ID		Kim, Keunyong
2	Species	Species		Kim, Keunyong
3	Incubation duration	Inc dur	h	Kim, Keunyong
4	Treatment	Treat		Kim, Keunyong
5	Replicate	Repl		Kim, Keunyong
6	Total residual chlorine	TRC	mg/kg	Kim, Keunyong	Iodometric chemical method
7	Sodium hypochlorite	NaOCl	mg/kg	Kim, Keunyong
8	Abundance per volume	Abund v	#/ml	Kim, Keunyong
9	Chlorophyll a	Chl a	µg/l	Kim, Keunyong
10	Effective quantum yield	Y		Kim, Keunyong
11	Lethal concentration 50	LC50	mg/kg	Kim, Keunyong
12	Lethal concentration 50, standard deviation	LC50 std dev	±	Kim, Keunyong
13	Temperature, water	Temp	°C	Kim, Keunyong
14	Salinity	Sal		Kim, Keunyong
15	pH	pH		Kim, Keunyong		NBS scale
16	Alkalinity, total	AT	µmol/kg	Kim, Keunyong
17	Alkalinity, total, standard deviation	AT std dev	±	Kim, Keunyong
18	Carbon, inorganic, dissolved	DIC	µmol/kg	Kim, Keunyong
19	Carbon, inorganic, dissolved, standard deviation	DIC std dev	±	Kim, Keunyong
20	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air)	pCO2water_SST_wet	µatm	Kim, Keunyong	Calculated using CO2SYS
21	Partial pressure of carbon dioxide, standard deviation	pCO2 std dev	±	Kim, Keunyong	Calculated using CO2SYS
22	Bicarbonate ion	[HCO3]-	µmol/kg	Kim, Keunyong	Calculated using CO2SYS
23	Bicarbonate ion, standard deviation	[HCO3]- std dev	±	Kim, Keunyong	Calculated using CO2SYS
24	Carbonate ion	[CO3]2-	µmol/kg	Kim, Keunyong	Calculated using CO2SYS
25	Carbonate ion, standard deviation	[CO3]2- std dev	±	Kim, Keunyong	Calculated using CO2SYS
26	Hypochlorous acid	HOCl	%	Kim, Keunyong	Calculated using CO2SYS
27	Hypochlorite	OCl-	%	Kim, Keunyong	Calculated using CO2SYS
28	Carbonate system computation flag	CSC flag		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
29	pH	pH		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)	total scale
30	Carbon dioxide	CO2	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
31	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air)	pCO2water_SST_wet	µatm	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
32	Fugacity of carbon dioxide (water) at sea surface temperature (wet air)	fCO2water_SST_wet	µatm	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
33	Bicarbonate ion	[HCO3]-	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
34	Carbonate ion	[CO3]2-	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
35	Aragonite saturation state	Omega Arg		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
36	Calcite saturation state	Omega Cal		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

44868 data points

Data

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

1 ID	2 Species	3 Inc dur [h]	4 Treat	5 Repl	6 TRC [mg/kg] (Iodometric chemical method)	7 NaOCl [mg/kg]	8 Abund v [#/ml]	9 Chl a [µg/l]	10 Y	11 LC50 [mg/kg]	12 LC50 std dev [±]	13 Temp [°C]	14 Sal	15 pH (NBS scale)	16 AT [µmol/kg]	17 AT std dev [±]	18 DIC [µmol/kg]	19 DIC std dev [±]	20 pCO2water_SST_wet [µatm] (Calculated using CO2SYS)	21 pCO2 std dev [±] (Calculated using CO2SYS)	22 [HCO3]- [µmol/kg] (Calculated using CO2SYS)	23 [HCO3]- std dev [±] (Calculated using CO2SYS)	24 [CO3]2- [µmol/kg] (Calculated using CO2SYS)	25 [CO3]2- std dev [±] (Calculated using CO2SYS)	26 HOCl [%] (Calculated using CO2SYS)	27 OCl- [%] (Calculated using CO2SYS)	28 CSC flag (Calculated using seacarb afte...)	29 pH (total scale, Calculated using...)	30 CO2 [µmol/kg] (Calculated using seacarb afte...)	31 pCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	32 fCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	33 [HCO3]- [µmol/kg] (Calculated using seacarb afte...)	34 [CO3]2- [µmol/kg] (Calculated using seacarb afte...)	35 Omega Arg (Calculated using seacarb afte...)	36 Omega Cal (Calculated using seacarb afte...)
Figure 1		0.0	Normal CO2 level seawaters at fluorescent light	1	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		2.0	Normal CO2 level seawaters at fluorescent light	1	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		4.0	Normal CO2 level seawaters at fluorescent light	1	34.8							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		6.0	Normal CO2 level seawaters at fluorescent light	1	34.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		8.0	Normal CO2 level seawaters at fluorescent light	1	33.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		12.0	Normal CO2 level seawaters at fluorescent light	1	32.0							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		24.0	Normal CO2 level seawaters at fluorescent light	1	27.3							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		0.0	Normal CO2 level seawaters at fluorescent light	2	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		2.0	Normal CO2 level seawaters at fluorescent light	2	34.8							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		4.0	Normal CO2 level seawaters at fluorescent light	2	36.9							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		6.0	Normal CO2 level seawaters at fluorescent light	2	34.1							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		8.0	Normal CO2 level seawaters at fluorescent light	2	34.1							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		12.0	Normal CO2 level seawaters at fluorescent light	2	30.2							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		24.0	Normal CO2 level seawaters at fluorescent light	2	27.0							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		0.0	Normal CO2 level seawaters at fluorescent light	3	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		2.0	Normal CO2 level seawaters at fluorescent light	3	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		4.0	Normal CO2 level seawaters at fluorescent light	3	34.8							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		6.0	Normal CO2 level seawaters at fluorescent light	3	34.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		8.0	Normal CO2 level seawaters at fluorescent light	3	34.1							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		12.0	Normal CO2 level seawaters at fluorescent light	3	32.0							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		24.0	Normal CO2 level seawaters at fluorescent light	3	28.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		0.0	High CO2 level seawaters at fluorescent light	1	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		2.0	High CO2 level seawaters at fluorescent light	1	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		4.0	High CO2 level seawaters at fluorescent light	1	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		6.0	High CO2 level seawaters at fluorescent light	1	35.1							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		8.0	High CO2 level seawaters at fluorescent light	1	35.1							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		12.0	High CO2 level seawaters at fluorescent light	1	32.7							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		24.0	High CO2 level seawaters at fluorescent light	1	32.7							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		0.0	High CO2 level seawaters at fluorescent light	2	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		2.0	High CO2 level seawaters at fluorescent light	2	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		4.0	High CO2 level seawaters at fluorescent light	2	35.1							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		6.0	High CO2 level seawaters at fluorescent light	2	35.1							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		8.0	High CO2 level seawaters at fluorescent light	2	35.1							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		12.0	High CO2 level seawaters at fluorescent light	2	35.1							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		24.0	High CO2 level seawaters at fluorescent light	2	33.7							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		0.0	High CO2 level seawaters at fluorescent light	3	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		2.0	High CO2 level seawaters at fluorescent light	3	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		4.0	High CO2 level seawaters at fluorescent light	3	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		6.0	High CO2 level seawaters at fluorescent light	3	35.5							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		8.0	High CO2 level seawaters at fluorescent light	3	34.8							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		12.0	High CO2 level seawaters at fluorescent light	3	35.1							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		24.0	High CO2 level seawaters at fluorescent light	3	33.7							20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 1		0.0	Normal CO2 level seawater in the dark	1	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		2.0	Normal CO2 level seawater in the dark	1	35.9							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		4.0	Normal CO2 level seawater in the dark	1	34.1							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		6.0	Normal CO2 level seawater in the dark	1	33.7							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		8.0	Normal CO2 level seawater in the dark	1	33.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		12.0	Normal CO2 level seawater in the dark	1	32.0							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		24.0	Normal CO2 level seawater in the dark	1	28.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		0.0	Normal CO2 level seawater in the dark	2	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		2.0	Normal CO2 level seawater in the dark	2	34.8							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		4.0	Normal CO2 level seawater in the dark	2	33.7							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		6.0	Normal CO2 level seawater in the dark	2	34.1							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		8.0	Normal CO2 level seawater in the dark	2	33.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		12.0	Normal CO2 level seawater in the dark	2	31.2							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		24.0	Normal CO2 level seawater in the dark	2	28.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		0.0	Normal CO2 level seawater in the dark	3	35.5							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		2.0	Normal CO2 level seawater in the dark	3	35.1							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		4.0	Normal CO2 level seawater in the dark	3	33.7							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		6.0	Normal CO2 level seawater in the dark	3	33.4							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		8.0	Normal CO2 level seawater in the dark	3	32.7							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		12.0	Normal CO2 level seawater in the dark	3	32.0							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 1		24.0	Normal CO2 level seawater in the dark	3	27.7							20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1			105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1			105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1			84.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1			99.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1			93.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2			93.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2			85.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2			79.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2			96.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2			90.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3			91.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3			82.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3			114.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3			91.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3			94.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1			108.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1			106.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1			99.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1			96.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1			87.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2			92.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2			84.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2			113.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2			93.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2			103.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3			96.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3			87.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3			114.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3			97.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3			105.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1			82.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1			74.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1			62.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1			62.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1			59.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2			61.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2			79.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2			67.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2			74.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2			58.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3			63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3			52.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3			65.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3			62.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3			63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1			61.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1			73.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1			54.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1			60.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1			54.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2			74.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2			65.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2			64.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2			67.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2			64.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3			78.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3			57.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3			79.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3			59.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3			58.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1			5375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1			5375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1			5105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1			5080.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1			5105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2			5225.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2			4925.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2			5175.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2			4990.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2			4925.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3			5435.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3			5435.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3			4965.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3			4785.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3			4880.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 2	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1			5375.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1			5340.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1			5055.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1			5105.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1			5260.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2			5225.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2			5410.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2			5135.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2			5005.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2			4910.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3			5435.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3			5265.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3			4960.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3			4920.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 2	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3			4890.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		0.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		0.0	105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		0.0	84.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		0.0	99.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		0.0	93.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		0.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		0.0	85.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		0.0	79.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		0.0	96.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		0.0	90.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		0.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		0.0	82.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		0.0	114.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		0.0	91.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		0.0	94.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		1.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		1.0	77.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		1.0	65.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		1.0	56.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		1.0	54.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		1.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		1.0	89.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		1.0	64.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		1.0	57.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		1.0	51.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		1.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		1.0	95.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		1.0	63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		1.0	59.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		1.0	53.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		2.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		2.0	56.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		2.0	24.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		2.0	24.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		2.0	19.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		2.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		2.0	44.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		2.0	23.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		2.0	18.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		2.0	17.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		2.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		2.0	50.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		2.0	26.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		2.0	17.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		2.0	11.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		3.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		3.0	19.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		3.0	6.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		3.0	4.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		3.0	3.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		3.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		3.0	23.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		3.0	12.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		3.0	2.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		3.0	1.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		3.0	97.5					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		3.0	23.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		3.0	18.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		3.0	3.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		3.0	2.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		0.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		0.0	106.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		0.0	99.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		0.0	96.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		0.0	87.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		0.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		0.0	84.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		0.0	113.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		0.0	93.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		0.0	103.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		0.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		0.0	87.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		0.0	114.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		0.0	97.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		0.0	105.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		1.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		1.0	72.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		1.0	55.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		1.0	55.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		1.0	42.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		1.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		1.0	88.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		1.0	51.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		1.0	35.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		1.0	40.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		1.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		1.0	90.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		1.0	49.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		1.0	39.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		1.0	46.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		2.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		2.0	33.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		2.0	12.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		2.0	14.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		2.0	13.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		2.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		2.0	34.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		2.0	22.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		2.0	9.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		2.0	11.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		2.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		2.0	41.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		2.0	15.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		2.0	14.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		2.0	12.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		3.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		3.0	13.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		3.0	6.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		3.0	3.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		3.0	2.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		3.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		3.0	11.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		3.0	7.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		3.0	4.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		3.0	1.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		3.0	97.5					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		3.0	18.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		3.0	11.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		3.0	3.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 3	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		3.0	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		0.0	82.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		0.0	74.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		0.0	62.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		0.0	62.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		0.0	59.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		0.0	61.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		0.0	79.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		0.0	67.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		0.0	74.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		0.0	58.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		0.0	63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		0.0	52.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		0.0	65.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		0.0	62.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		0.0	63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		0.5	82.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		0.5	67.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		0.5	41.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		0.5	39.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		0.5	32.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		0.5	61.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		0.5	58.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		0.5	45.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		0.5	37.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		0.5	30.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		0.5	63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		0.5	65.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		0.5	45.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		0.5	45.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		0.5	32.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		1.0	82.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		1.0	22.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		1.0	5.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		1.0	2.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		1.0	1.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		1.0	61.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		1.0	12.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		1.0	4.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		1.0	2.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		1.0	1.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		1.0	63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		1.0	11.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		1.0	3.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		1.0	1.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		1.0	1.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		1.5	82.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		1.5	3.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		1.5	61.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		1.5	2.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		1.5	63.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		1.5	1.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		0.0	61.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		0.0	73.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		0.0	54.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		0.0	60.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		0.0	54.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		0.0	74.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		0.0	65.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		0.0	64.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		0.0	67.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		0.0	64.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		0.0	78.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		0.0	57.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		0.0	79.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		0.0	59.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		0.0	58.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		0.5	61.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		0.5	53.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		0.5	45.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		0.5	43.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		0.5	32.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		0.5	74.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		0.5	53.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		0.5	32.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		0.5						20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		0.5	24.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		0.5	78.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		0.5	46.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		0.5	42.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		0.5	38.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		0.5	27.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		1.0	61.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		1.0	4.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		1.0	3.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		1.0	1.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		1.0	1.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		1.0	74.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		1.0	8.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		1.0	3.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		1.0	2.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		1.0	1.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		1.0	78.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		1.0	9.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		1.0	3.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		1.0	1.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		1.0	1.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		1.5	61.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		1.5	2.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		1.5	74.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		1.5	78.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 4	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		0.0	5375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		0.0	5375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		0.0	5105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		0.0	5080.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		0.0	5105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		0.0	5225.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		0.0	4925.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		0.0	5175.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		0.0	4990.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		0.0	4925.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		0.0	5435.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		0.0	5435.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		0.0	4965.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		0.0	4785.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		0.0	4880.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		0.5	5375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		0.5	4980.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		0.5	4620.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		0.5	4380.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		0.5	4210.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		0.5	5225.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		0.5	4655.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		0.5	4710.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		0.5	4125.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		0.5	4035.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		0.5	5435.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		0.5	4820.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		0.5	4690.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		0.5	4270.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		0.5	3980.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		1.0	5375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		1.0	1615.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		1.0	1375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		1.0	875.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		1.0	485.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		1.0	5225.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		1.0	1965.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		1.0	1535.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		1.0	1105.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		1.0	540.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		1.0	5435.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		1.0	1520.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		1.0	1330.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		1.0	645.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		1.0	480.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		1.5	5375.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		1.5	85.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		1.5	5225.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		1.5	85.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		1.5	5435.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		1.5	85.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		1.5	0.0					20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		0.0	5375.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		0.0	5340.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		0.0	5055.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		0.0	5105.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		0.0	5260.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		0.0	5225.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		0.0	5410.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		0.0	5135.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		0.0	5005.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		0.0	4910.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		0.0	5435.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		0.0	5265.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		0.0	4960.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		0.0	4920.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		0.0	4890.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		0.5	5375.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		0.5	4075.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		0.5	4010.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		0.5	3620.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		0.5	3435.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		0.5	5225.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		0.5	3840.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		0.5	3755.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		0.5	3720.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		0.5	3575.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		0.5	5435.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		0.5	4215.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		0.5	4085.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		0.5	3660.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		0.5	3260.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		1.0	5375.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		1.0	1120.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		1.0	740.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		1.0	490.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		1.0	185.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		1.0	5225.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		1.0	965.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		1.0	530.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		1.0	280.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		1.0	155.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		1.0	5435.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		1.0	1060.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		1.0	490.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		1.0	345.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		1.0	210.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		1.5	5375.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		1.5	65.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		1.5	5225.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		1.5	50.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		1.5	5435.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		1.5	45.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 5	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		1.5	0.0					20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		0.0		6.8800				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		0.0		6.9660				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		0.0		6.5790				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		0.0		7.6970				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		0.0		8.3420				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		0.0		6.7510				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		0.0		6.2780				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		0.0		7.3100				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		0.0		8.2990				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		0.0		6.7940				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		0.0		6.6220				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		0.0		6.3210				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		0.0		7.5680				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		0.0		7.5250				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		0.0		7.3100				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		0.0		8.6000				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		0.0		7.0520				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		0.0		7.7830				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		1.0		7.6970				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		1.0		8.3420				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		1.0		8.1270				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		1.0		7.0090				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		1.0		6.8370				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		1.0		7.2240				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		1.0		8.1270				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		1.0		6.9230				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		1.0		7.9550				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		1.0		6.7940				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		1.0		7.2670				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		1.0		7.6540				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		1.0		7.6110				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		1.0		7.6540				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		1.0		6.9660				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		1.0		7.3100				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		1.0		7.0950				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		1.0		7.2240				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		2.0		5.8480				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		2.0		4.3860				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		2.0		5.5470				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		2.0		3.9603				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		2.0		3.6034				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		2.0		3.9689				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		2.0		5.5470				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		2.0		5.4180				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		2.0		4.5150				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		2.0		4.6870				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		2.0		4.9450				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		2.0		4.1710				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		2.0		5.4180				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		2.0		4.8160				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		2.0		4.2183				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		2.0		4.6870				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		2.0		4.6440				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		2.0		4.2226				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		3.0		6.1060				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		3.0		2.5198				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		3.0		2.4037				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		3.0		1.0578				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		3.0		0.9245				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		3.0		0.2064				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		3.0		5.5900				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		3.0		2.9756				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		3.0		2.2102				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		3.0		1.5609				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		3.0		0.7353				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		3.0		0.3225				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		3.0		6.5790				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		3.0		3.1304				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		3.0		1.9694				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		3.0		1.6082				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		3.0		0.6966				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		3.0		0.3225				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		0.0		6.9230				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		0.0		9.0730				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		0.0		6.5360				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		0.0		7.4390				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		0.0		6.5790				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		0.0		6.5790				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		0.0		8.6430				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		0.0		8.1270				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		0.0		8.1700				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		0.0		6.9660				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		0.0		7.4390				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		0.0		6.7510				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		0.0		8.4280				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		0.0		7.9550				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		0.0		7.9980				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		0.0		7.3530				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		0.0		7.0090				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		0.0		5.8050				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		1.0		8.5140				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		1.0		8.0840				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		1.0		7.1380				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		1.0		6.7510				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		1.0		7.8260				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		1.0		6.7940				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		1.0		6.5360				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		1.0		7.6110				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		1.0		6.8370				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		1.0		6.7510				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		1.0		5.8480				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		1.0		7.4820				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		1.0		8.9440				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		1.0		7.0090				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		1.0		6.2780				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		1.0		6.1490				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		1.0		5.8050				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		1.0		6.6650				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		2.0		5.0740				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		2.0		5.0740				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		2.0		3.7539				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		2.0		4.2183				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		2.0		4.1409				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		2.0		2.8681				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		2.0		5.5040				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		2.0		5.6330				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		2.0		4.2570				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		2.0		4.6870				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		2.0		4.1065				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		2.0		3.3067				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		2.0		5.6330				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		2.0		4.6870				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		2.0		4.3430				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		2.0		3.8184				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		2.0		3.7883				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		2.0		3.5733				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		3.0		4.8160				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		3.0		3.1605				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		3.0		2.4682				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		3.0		1.7802				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		3.0		1.1395				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		3.0		0.3225				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		3.0		5.6330				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		3.0		2.5284				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		3.0		2.6531				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		3.0		1.5953				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		3.0		0.7353				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		3.0		0.2924				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		3.0		4.5150				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		3.0		3.2422				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		3.0		2.3263				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		3.0		1.3201				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		3.0		0.6880				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		3.0		0.3311				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		0.0		4.0936				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		0.0		4.9880				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		0.0		5.2030				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		0.0		5.1170				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		0.0		5.4180				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		0.0		5.3320				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		0.0		3.9818				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		0.0		4.4720				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		0.0		5.7190				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		0.0		5.0740				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		0.0		5.1170				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		0.0		4.9020				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		0.0		4.1280				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		0.0		5.2030				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		0.0		5.6760				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		0.0		5.5040				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		0.0		5.6760				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		0.0		5.2460				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		0.5		4.6440				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		0.5		4.6870				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		0.5		4.7300				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		0.5		5.0310				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		0.5		5.4610				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		0.5		6.4500				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		0.5		4.5580				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		0.5		4.5580				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		0.5		4.4290				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		0.5		4.9880				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		0.5		6.3210				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		0.5		6.8800				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		0.5		3.9517				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		0.5		3.7797				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		0.5		4.1925				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		0.5		6.0630				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		0.5		5.6760				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		0.5		5.5040				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		1.0		3.6722				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		1.0		5.5900				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		1.0		6.0630				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		1.0		6.7080				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		1.0		4.6010				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		1.0		3.8872				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		1.0		3.6464				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		1.0		8.3850				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		1.0		6.2780				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		1.0		4.9450				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		1.0		3.2981				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		1.0		2.1801				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		1.0		3.6765				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		1.0		7.4820				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		1.0		6.1920				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		1.0		6.0630				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		1.0		3.3196				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		1.0		2.0554				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		1.5		4.0635				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		1.5		8.8150				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		1.5		3.8528				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		1.5		2.2360				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		1.5		1.4663				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		1.5		0.9890				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		1.5		3.8657				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		1.5		9.3740				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		1.5		4.2484				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		1.5		2.2575				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		1.5		1.8619				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		1.5		1.0879				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		1.5		3.9087				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		1.5		8.4280				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		1.5		3.9560				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		1.5		2.2145				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		1.5		1.2814				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		1.5		0.7310				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		0.0		4.1968				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		0.0		4.5580				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		0.0		5.7620				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		0.0		4.6870				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		0.0		5.8050				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		0.0		5.8480				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		0.0		4.1280				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		0.0		4.3430				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		0.0		5.1600				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		0.0		5.2030				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		0.0		4.9880				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		0.0		5.4610				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		0.0		4.1667				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		0.0		4.8590				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		0.0		5.4180				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		0.0		5.5470				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		0.0		5.2030				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		0.0		5.7620				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		0.5		4.1581				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		0.5		4.1538				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		0.5		4.9020				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		0.5		5.2890				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		0.5		5.5470				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		0.5		6.1060				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		0.5		4.2742				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		0.5		4.2269				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		0.5		4.3430				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		0.5		5.3320				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		0.5		5.3320				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		0.5		6.9230				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		0.5		4.0334				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		0.5		4.4720				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		0.5		5.1600				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		0.5		5.5470				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		0.5		6.6650				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		0.5		6.8800				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		1.0		3.9388				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		1.0		9.2020				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		1.0		7.6540				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		1.0		5.5040				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		1.0		3.1218				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		1.0		1.6641				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		1.0		4.2226				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		1.0		6.2350				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		1.0		6.9660				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		1.0		5.7620				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		1.0		3.7539				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		1.0		2.5456				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		1.0		4.2742				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		1.0		5.3750				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		1.0		6.7080				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		1.0		6.7940				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		1.0		3.6894				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		1.0		2.0081				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		1.5		3.8055				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		1.5		7.7400				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		1.5		4.4290				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		1.5		2.2016				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		1.5		1.6039				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		1.5		0.9159				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		1.5		3.9818				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		1.5		6.8800				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		1.5		3.2938				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		1.5		1.7458				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		1.5		1.1051				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		1.5		0.5461				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		1.5		4.1108				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		1.5		9.8900				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		1.5		3.9646				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		1.5		2.0124				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		1.5		1.1008				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		1.5		0.7310				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		0.0		21.4140				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		0.0						20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		0.0		22.7900				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		0.0		24.0370				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		0.0		25.4990				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		0.0		26.4020				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		0.0		20.8550				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		0.0		23.9080				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		0.0		22.1880				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		0.0		23.9510				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		0.0		24.8970				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		0.0		26.0580				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		0.0		20.8120				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		0.0						20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		0.0		22.6610				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		0.0		24.3810				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		0.0		25.5850				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		0.0		26.4020				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		0.5		20.3820				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		0.5		22.0160				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		0.5		22.7900				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		0.5		24.1230				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		0.5		25.1550				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		0.5		25.2410				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		0.5		22.2740				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		0.5		21.8010				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		0.5		22.1880				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		0.5		23.4780				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		0.5		24.8970				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		0.5		24.8540				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		0.5		20.7690				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		0.5		21.7150				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		0.5		22.6610				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		0.5		24.2520				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		0.5		24.7680				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		0.5		25.0690				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		1.0		18.1890				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		1.0						20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		1.0		20.6400				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		1.0		16.7700				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		1.0		15.2650				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		1.0		14.1470				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		1.0		18.6620				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		1.0		22.1880				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		1.0		20.1670				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		1.0		16.4690				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		1.0		15.3940				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		1.0		14.8350				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		1.0		18.6620				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		1.0		21.6290				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		1.0		20.8980				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		1.0		18.8340				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		1.0		18.7480				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		1.0		18.4470				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		1.5		19.1350				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		1.5		9.2880				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		1.5		5.9340				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		1.5		2.7004				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		1.5		1.0234				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		1.5		0.3999				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		1.5		23.3490				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		1.5		9.2020				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		1.5		6.4070				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		1.5		2.5069				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		1.5		0.9675				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		1.5		0.4042				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		1.5		19.0060				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		1.5		8.9870				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		1.5		5.8910				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		1.5		2.4424				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		1.5		0.9503				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		1.5		0.3741				20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		0.0		21.0700				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		0.0						20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		0.0		21.5860				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		0.0		23.0050				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		0.0		24.9400				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		0.0		25.9720				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		0.0		21.1990				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		0.0		23.4350				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		0.0		22.0160				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		0.0		24.2090				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		0.0		24.8970				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		0.0		24.8970				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		0.0						20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		0.0		23.3060				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		0.0		22.4030				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		0.0		23.8650				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		0.0		25.3270				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		0.0		25.1550				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		0.5		20.2100				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		0.5		23.3060				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		0.5		21.5860				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		0.5		24.0800				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		0.5		23.8220				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		0.5		24.5960				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		0.5		20.1670				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		0.5						20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		0.5		22.0160				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		0.5		24.0370				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		0.5		25.2840				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		0.5		25.5420				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		0.5		20.9410				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		0.5		21.7150				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		0.5		22.4030				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		0.5		24.3810				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		0.5		25.3270				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		0.5		25.4130				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		1.0		17.8020				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		1.0		20.1670				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		1.0		17.3290				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		1.0		10.4920				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		1.0		6.2780				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		1.0		5.0310				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		1.0		17.9740				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		1.0		21.3710				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		1.0		18.4040				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		1.0		12.5130				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		1.0		9.1160				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		1.0		7.5250				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		1.0		18.2320				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		1.0		20.9840				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		1.0		18.3180				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		1.0		12.4700				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		1.0		9.3310				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		1.0		7.9980				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		1.5						20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		1.5		9.6750				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		1.5		6.3640				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		1.5		2.9369				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		1.5		1.0836				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		1.5		0.4042				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		1.5		16.5550				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		1.5		9.7180				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		1.5		6.1060				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		1.5		2.6402				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		1.5		0.9890				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		1.5		0.4214				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		1.5		16.2970				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		1.5		9.8040				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		1.5		6.2780				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		1.5		2.6230				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		1.5		0.7525				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 6	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		1.5		0.3139				20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	1		0.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		0.0			0.51			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		0.0			0.66			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		0.0			0.67			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		0.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		0.0			0.66			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		0.0			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	2		0.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		0.0			0.57			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		0.0			0.67			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		0.0			0.64			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		0.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		0.0			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		0.0			0.70			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	3		0.0			0.64			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		0.0			0.54			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		0.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		0.0			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		0.0			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		0.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		0.0			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	1		1.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		1.0			0.60			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		1.0			0.51			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		1.0			0.49			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		1.0			0.53			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		1.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		1.0			0.64			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	2		1.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		1.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		1.0			0.55			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		1.0			0.56			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		1.0			0.56			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		1.0			0.60			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		1.0			0.61			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	3		1.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		1.0			0.57			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		1.0			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		1.0			0.51			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		1.0			0.53			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		1.0			0.60			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		1.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	1		2.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		2.0			0.55			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		2.0			0.34			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		2.0			0.44			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		2.0			0.31			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		2.0			0.35			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		2.0			0.28			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	2		2.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		2.0			0.52			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		2.0			0.39			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		2.0			0.37			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		2.0			0.43			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		2.0			0.33			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		2.0			0.31			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	3		2.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		2.0			0.50			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		2.0			0.49			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		2.0			0.42			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		2.0			0.39			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		2.0			0.42			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		2.0			0.30			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	1		3.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	1		3.0			0.51			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	1		3.0			0.22			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	1		3.0			0.04			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	1		3.0			0.11			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	1		3.0			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	1		3.0			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	2		3.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	2		3.0			0.51			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	2		3.0			0.16			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	2		3.0			0.04			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	2		3.0			0.05			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	2		3.0			0.12			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	2		3.0			0.05			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	Normal CO2	3		3.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	Normal CO2	3		3.0			0.47			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	Normal CO2	3		3.0			0.07			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	Normal CO2	3		3.0			0.03			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	Normal CO2	3		3.0			0.03			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	Normal CO2	3		3.0			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	Normal CO2	3		3.0			0.11			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	1		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		0.0			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		0.0			0.64			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		0.0			0.66			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		0.0			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	2		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		0.0			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		0.0			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		0.0			0.69			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		0.0			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		0.0			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	3		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		0.0			0.64			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		0.0			0.51			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		0.0			0.67			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		0.0			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		0.0			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	1		1.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		1.0			0.51			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		1.0			0.51			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	2		1.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		1.0			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		1.0			0.52			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		1.0			0.53			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		1.0			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	3		1.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		1.0			0.53			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		1.0			0.60			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		1.0			0.57			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		1.0			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		1.0			0.56			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		1.0			0.53			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	1		2.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		2.0			0.52			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		2.0			0.33			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		2.0			0.39			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		2.0			0.36			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		2.0			0.31			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		2.0			0.28			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	2		2.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		2.0			0.57			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		2.0			0.47			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		2.0			0.39			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		2.0			0.36			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		2.0			0.20			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		2.0			0.30			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	3		2.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		2.0			0.56			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		2.0			0.47			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		2.0			0.40			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		2.0			0.42			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		2.0			0.20			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		2.0			0.46			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	1		3.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	1		3.0			0.47			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	1		3.0			0.11			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	1		3.0			0.08			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	1		3.0			0.15			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	1		3.0			0.03			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	1		3.0			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	2		3.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	2		3.0			0.40			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	2		3.0			0.18			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	2		3.0			0.05			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	2		3.0			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	2		3.0			0.08			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	2		3.0			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	-0.5	High CO2	3		3.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	0.0	High CO2	3		3.0			0.35			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	1.0	High CO2	3		3.0			0.12			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	2.0	High CO2	3		3.0			0.07			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	4.0	High CO2	3		3.0			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	6.0	High CO2	3		3.0			0.13			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Thalassiosira eccentrica (phytoplankton)	8.0	High CO2	3		3.0			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	1		0.0			0.74			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		0.0			0.74			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		0.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		0.0			0.67			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		0.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		0.0			0.69			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		0.0			0.71			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	2		0.0			0.73			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		0.0			0.75			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		0.0			0.71			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		0.0			0.67			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		0.0			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		0.0			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		0.0			0.66			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	3		0.0			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		0.0			0.72			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		0.0			0.72			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		0.0			0.70			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		0.0			0.66			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		0.0			0.71			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		0.0			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	1		0.5			0.74			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		0.5			0.52			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		0.5			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		0.5			0.71			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		0.5			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		0.5			0.69			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		0.5			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	2		0.5			0.73			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		0.5			0.52			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		0.5			0.74			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		0.5			0.70			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		0.5			0.72			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		0.5			0.71			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		0.5			0.71			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	3		0.5			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		0.5			0.52			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		0.5			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		0.5			0.71			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		0.5			0.72			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		0.5			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		0.5			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	1		1.0			0.74			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		1.0			0.49			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		1.0			0.64			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		1.0			0.53			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		1.0			0.48			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		1.0			0.49			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		1.0			0.55			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	2		1.0			0.73			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		1.0			0.54			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		1.0			0.53			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		1.0			0.42			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		1.0			0.28			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		1.0			0.39			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		1.0			0.53			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	3		1.0			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		1.0			0.54			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		1.0			0.65			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		1.0			0.39			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		1.0			0.35			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		1.0			0.34			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		1.0			0.46			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	1		1.5			0.74			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	1		1.5			0.48			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	1		1.5			0.18			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	2		1.5			0.73			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	2		1.5			0.48			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	2		1.5			0.15			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	2		1.5			0.10			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	2		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	2		1.5			0.03			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	2		1.5			0.23			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	Normal CO2	3		1.5			0.68			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	Normal CO2	3		1.5			0.56			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	Normal CO2	3		1.5			0.14			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	Normal CO2	3		1.5			0.09			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	Normal CO2	3		1.5			0.06			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	Normal CO2	3		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	Normal CO2	3		1.5			0.07			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	1		0.0			0.74			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		0.0			0.76			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		0.0			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		0.0			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		0.0			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		0.0			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		0.0			0.72			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	2		0.0			0.73			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		0.0			0.73			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		0.0			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		0.0			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		0.0			0.69			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		0.0			0.72			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		0.0			0.73			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	3		0.0			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		0.0			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		0.0			0.67			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		0.0			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		0.0			0.72			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		0.0			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		0.0			0.57			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	1		0.5			0.74			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		0.5			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		0.5			0.67			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		0.5			0.70			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		0.5			0.67			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		0.5			0.73			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		0.5			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	2		0.5			0.73			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		0.5			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		0.5			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		0.5			0.69			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		0.5			0.69			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		0.5			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		0.5			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	3		0.5			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		0.5			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		0.5			0.71			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		0.5			0.70			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		0.5			0.69			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		0.5			0.65			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		0.5			0.46			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	1		1.0			0.74			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		1.0			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		1.0			0.49			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		1.0			0.40			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		1.0			0.23			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		1.0			0.28			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		1.0			0.32			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	2		1.0			0.73			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		1.0			0.64			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		1.0			0.51			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		1.0			0.29			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		1.0			0.29			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		1.0			0.48			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	3		1.0			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		1.0			0.50			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		1.0			0.67			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		1.0			0.46			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		1.0			0.31			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		1.0			0.29			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		1.0			0.42			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	1		1.5			0.74			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	1		1.5			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	1		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	1		1.5			0.05			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	1		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	1		1.5			0.04			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	1		1.5			0.08			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	2		1.5			0.73			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	2		1.5			0.58			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	2		1.5			0.11			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	-0.5	High CO2	3		1.5			0.68			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	0.0	High CO2	3		1.5			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	1.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	2.0	High CO2	3		1.5			0.08			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	4.0	High CO2	3		1.5			0.04			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	6.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Akashiwo sanguinea (phytoplankton)	8.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	1		0.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		0.0			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		0.0			0.55			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		0.0			0.57			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		0.0			0.57			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		0.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		0.0			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	2		0.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		0.0			0.64			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		0.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		0.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		0.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		0.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		0.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	3		0.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		0.0			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		0.0			0.60			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		0.0			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		0.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		0.0			0.61			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		0.0			0.66			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	1		0.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		0.5			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		0.5			0.55			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		0.5			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		0.5			0.56			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		0.5			0.56			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		0.5			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	2		0.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		0.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		0.5			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		0.5			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		0.5			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		0.5			0.57			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		0.5			0.63			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	3		0.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		0.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		0.5			0.61			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		0.5			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		0.5			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		0.5			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		0.5			0.64			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	1		1.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		1.0			0.57			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		1.0			0.36			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		1.0			0.36			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		1.0			0.45			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		1.0			0.45			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		1.0			0.50			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	2		1.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		1.0			0.59			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		1.0			0.42			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		1.0			0.43			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		1.0			0.48			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		1.0			0.49			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		1.0			0.52			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	3		1.0			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		1.0			0.58			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		1.0			0.50			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		1.0			0.50			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		1.0			0.55			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		1.0			0.53			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		1.0			0.57			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	1		1.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	1		1.5			0.39			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	1		1.5			0.01			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	1		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	2		1.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	2		1.5			0.38			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	2		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	2		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	2		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	2		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	2		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	Normal CO2	3		1.5			0.62			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	Normal CO2	3		1.5			0.40			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	Normal CO2	3		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	Normal CO2	3		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	Normal CO2	3		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	Normal CO2	3		1.5			0.00			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	Normal CO2	3		1.5			0.14			20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	1		0.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		0.0			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		0.0			0.56			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		0.0			0.56			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		0.0			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		0.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		0.0			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	2		0.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		0.0			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		0.0			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		0.0			0.60			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		0.0			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		0.0			0.64			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		0.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	3		0.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		0.0			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		0.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		0.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		0.0			0.60			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		0.0			0.64			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		0.0			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	1		0.5			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		0.5			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		0.5			0.56			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		0.5			0.57			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		0.5			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		0.5			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		0.5			0.60			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	2		0.5			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		0.5			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		0.5			0.59			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		0.5			0.60			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		0.5			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		0.5			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		0.5			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	3		0.5			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		0.5			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		0.5			0.60			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		0.5			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		0.5			0.61			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		0.5			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		0.5			0.63			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	1		1.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		1.0			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		1.0			0.24			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		1.0			0.25			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		1.0			0.26			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		1.0			0.42			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		1.0			0.49			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	2		1.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		1.0			0.34			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		1.0			0.35			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		1.0			0.37			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		1.0			0.49			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		1.0			0.54			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	3		1.0			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		1.0			0.56			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		1.0			0.39			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		1.0			0.39			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		1.0			0.39			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		1.0			0.50			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		1.0			0.55			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	1		1.5			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	1		1.5			0.34			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	1		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	1		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	1		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	1		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	1		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	2		1.5			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	2		1.5			0.32			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	2		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	-0.5	High CO2	3		1.5			0.62			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	0.0	High CO2	3		1.5			0.30			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	1.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	2.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	4.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	6.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Figure 7	Heterosigma akashiwo (phytoplankton)	8.0	High CO2	3		1.5			0.00			20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Table 2	Thalassiosira eccentrica (phytoplankton)		Normal CO2							2.6	0.1	20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Table 2	Akashiwo sanguinea (phytoplankton)		Normal CO2							1.2		20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Table 2	Heterosigma akashiwo (phytoplankton)		Normal CO2							0.9	0.1	20	30	8.0	2266.7	3.6	2060.0	3.0	450.5	4.0	1889.4	3.1	155.6	1.2	15.2	84.8	15	8.01	15	450	448	1890	155	2.47	3.85
Table 2	Thalassiosira eccentrica (phytoplankton)		High CO2							2.4	0.1	20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Table 2	Akashiwo sanguinea (phytoplankton)		High CO2							0.9	0.1	20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71
Table 2	Heterosigma akashiwo (phytoplankton)		High CO2							0.8	0.1	20	30	7.8	2263.9	0.8	2131.3	2.5	714.7	13.8	1997.8	3.7	109.7	1.7	22.2	77.8	15	7.84	24	713	711	1998	110	1.74	2.71