Citation:

s10452-016-9601-4

Name: Seawater carbonate chemistry and abundance, biomass and growth rate of the phytoplankton community in a shallow coastal lagoon
Published: 2017-08-23
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Biomass/Abundance/Elemental composition; Bottles or small containers/Aquaria (<20 L); Coast and continental shelf; Community composition and diversity; Entire community; Growth/Morphology; Laboratory experiment; Light; Macro-nutrients; North Atlantic; Pelagos; Temperate

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Abstract:

The main goal of this study was to evaluate short-term interactions between increased CO2, UVR and inorganic macronutrients (N, P and Si) on summer phytoplankton assemblages in the Ria Formosa coastal lagoon (SW Iberia), subjected to intense anthropogenic pressures and highly vulnerable to climate change. A multifactorial experiment using 20 different nutrient-enriched microcosms exposed to different spectral and CO2 conditions was designed. Before and after a 24-h in situ incubation, phytoplankton abundance and composition were analysed. Impacts and interactive effects of high CO2, UVR and nutrients varied among different functional groups. Increased UVR had negative effects on diatoms and cyanobacteria and positive effects on cryptophytes, whereas increased CO2 inhibited cyanobacteria but increased cryptophyte growth. A positive synergistic interaction between CO2 and UVR was observed for diatoms; high CO2 counteracted the negative effects of UVR under ambient nutrient concentrations. Nutrient enrichments suppressed the negative effects of high CO2 and UVR on cyanobacteria and diatoms, respectively. Beneficial effects of CO2 were observed for diatoms and cryptophytes under combined additions of nitrate and ammonium, suggesting that growth may be limited by DIC availability when the primary limitation by nitrogen is alleviated. Beneficial effects of high CO2 and UVR in diatoms were also induced or intensified by ammonium additions.

Keyword(s):

Biomass/Abundance/Elemental composition; Bottles or small containers/Aquaria (<20 L); Coast and continental shelf; Community composition and diversity; Entire community; Growth/Morphology; Laboratory experiment; Light; Macro-nutrients; North Atlantic; Pelagos; Temperate

Further details:

Gattuso, Jean-Pierre; Epitalon, Jean-Marie; Lavigne, Héloïse; Orr, James C; Gentili, Bernard; Proye, Aurélien; Soetaert, Karline; Rae, James (2016): seacarb: seawater carbonate chemistry with R. R package version 3.1. 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 (Gattuso et al, 2016) 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 2017-08-22.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Type	Type		Domingues, Rita B		study
2	Experiment duration	Exp duration	days	Domingues, Rita B
3	Figure	Fig		Domingues, Rita B
4	Time in days	Time	days	Domingues, Rita B
5	Treatment	Treat		Domingues, Rita B
6	Treatment	Treat		Domingues, Rita B
7	Species	Species		Domingues, Rita B
8	Cell density	Cells	#/ml	Domingues, Rita B
9	Biomass	Biom	g/l	Domingues, Rita B
10	Growth rate	µ	1/day	Domingues, Rita B		community
11	Growth rate, standard error	µ std e	±	Domingues, Rita B		community
12	Growth rate	µ	1/day	Domingues, Rita B		net
13	Growth rate, standard error	µ std e	±	Domingues, Rita B		net
14	Salinity	Sal		Domingues, Rita B
15	Temperature, water	Temp	°C	Domingues, Rita B
16	pH	pH		Domingues, Rita B		total scale
17	Alkalinity, total	AT	µmol/kg	Domingues, Rita B
18	Carbonate system computation flag	CSC flag		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
19	Carbon dioxide	CO2	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
20	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)
21	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)
22	Bicarbonate ion	[HCO3]-	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
23	Carbonate ion	[CO3]2-	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
24	Carbon, inorganic, dissolved	DIC	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
25	Aragonite saturation state	Omega Arg		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
26	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:

2787 data points

Data

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

1 Type (study)	2 Exp duration [days]	3 Fig	4 Time [days]	5 Treat	6 Treat	7 Species	8 Cells [#/ml]	9 Biom [g/l]	10 µ [1/day] (community)	11 µ std e [±] (community)	12 µ [1/day] (net)	13 µ std e [±] (net)	14 Sal	15 Temp [°C]	16 pH (total scale)	17 AT [µmol/kg]	18 CSC flag	19 CO2 [µmol/kg]	20 fCO2water_SST_wet [µatm]	21 pCO2water_SST_wet [µatm]	22 [HCO3]- [µmol/kg]	23 [CO3]2- [µmol/kg]	24 DIC [µmol/kg]	25 Omega Arg	26 Omega Cal
laboratory	1	2AB	0	PAR		diatom	783	0.000235					35	22.80	8.05	2377.306766	8.00	12.22	406.70	408.04	1866.43	208.84	2087.50	3.28	5.01
laboratory	1	2AB	0	PAR		cryptophytes	321	0.000001					35	22.80	8.05	2377.306766	8.00	12.22	406.70	408.04	1866.43	208.84	2087.50	3.28	5.01
laboratory	1	2AB	0	PAR		cyanobacteria	12696	0.000004					35	22.80	8.05	2377.306766	8.00	12.22	406.70	408.04	1866.43	208.84	2087.50	3.28	5.01
laboratory	1	2AB	1	PAR	Control	diatom	4713	0.001412					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	Control	cryptophytes	69	0.000000					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	Control	cyanobacteria	23732	0.000008					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NIT	diatom	14788	0.004431					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NIT	cryptophytes	311	0.000001					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NIT	cyanobacteria	26212	0.000009					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	AMM	diatom	14582	0.004369					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	AMM	cryptophytes	48	0.000000					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	AMM	cyanobacteria	14067	0.000005					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NN	diatom	7255	0.002174					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NN	cryptophytes	21	0.000000					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NN	cyanobacteria	26311	0.000009					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NPSi	diatom	29320	0.008785					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NPSi	cryptophytes	421	0.000002					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2AB	1	PAR	NPSi	cyanobacteria	14767	0.000005					35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	2CD	0	high CO2		diatom	783	0.000235					35	22.50	7.64	2251.358071	8.00	34.46	1137.83	1141.59	2035.20	87.62	2157.28	1.38	2.10
laboratory	1	2CD	0	high CO2		cryptophytes	321	0.000001					35	22.50	7.64	2251.358071	8.00	34.46	1137.83	1141.59	2035.20	87.62	2157.28	1.38	2.10
laboratory	1	2CD	0	high CO2		cyanobacteria	12696	0.000004					35	22.50	7.64	2251.358071	8.00	34.46	1137.83	1141.59	2035.20	87.62	2157.28	1.38	2.10
laboratory	1	2CD	1	high CO2	Control	diatom	5049	0.001513					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	Control	cryptophytes	190	0.000001					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	Control	cyanobacteria	6519	0.000002					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NIT	diatom	13931	0.004174					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NIT	cryptophytes	578	0.000002					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NIT	cyanobacteria	27938	0.000009					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	AMM	diatom	7042	0.002110					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	AMM	cryptophytes	389	0.000002					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	AMM	cyanobacteria	22582	0.000007					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NN	diatom	13787	0.004131					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NN	cryptophytes	963	0.000004					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NN	cyanobacteria	18225	0.000006					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NPSi	diatom	18843	0.005646					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NPSi	cryptophytes	278	0.000001					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2CD	1	high CO2	NPSi	cyanobacteria	19331	0.000006					35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	2EF	0	UVR		diatom	659	0.000198					35	22.50	8.03	2251.358071	8.00	12.31	406.54	407.88	1784.99	188.63	1985.93	2.96	4.53
laboratory	1	2EF	0	UVR		cryptophytes	163	0.000001					35	22.50	8.03	2251.358071	8.00	12.31	406.54	407.88	1784.99	188.63	1985.93	2.96	4.53
laboratory	1	2EF	0	UVR		cyanobacteria	21747	0.000007					35	22.50	8.03	2251.358071	8.00	12.31	406.54	407.88	1784.99	188.63	1985.93	2.96	4.53
laboratory	1	2EF	1	UVR	Control	diatom	2496	0.000748					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	Control	cryptophytes	185	0.000001					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	Control	cyanobacteria	14621	0.000005					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NIT	diatom	13028	0.003903					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NIT	cryptophytes	323	0.000001					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NIT	cyanobacteria	20478	0.000007					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	AMM	diatom	17969	0.005384					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	AMM	cryptophytes	616	0.000002					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	AMM	cyanobacteria	25991	0.000009					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NN	diatom	18540	0.005555					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NN	cryptophytes	184	0.000001					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NN	cyanobacteria	12950	0.000004					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NPSi	diatom	23596	0.007070					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NPSi	cryptophytes	975	0.000004					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	2EF	1	UVR	NPSi	cyanobacteria	13391	0.000004					35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	3			control				-0.41500	0.47220			35
laboratory	1	3		PAR	NIT				1.95500	0.07967			35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	3		PAR	AMM				1.64500	0.22610			35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	3		PAR	NN				1.89500	0.16470			35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	3		PAR	NPSi				2.50500	0.13300			35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	3		high CO2	control				-0.12000	0.07746			35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	3		high CO2	NIT				1.58500	0.13300			35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	3		high CO2	AMM				1.65000	0.08596			35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	3		high CO2	NN				1.66000	0.10750			35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	3		high CO2	NPSi				1.90000	0.31530			35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	3		UVR	control				-0.07833	0.11660			35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	3		UVR	NIT				1.81700	0.14110			35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	3		UVR	AMM				1.75200	0.10970			35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	3		UVR	NN				1.77700	0.10940			35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	3		UVR	NPSi				2.10700	0.16900			35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	3		UVR + highCO2	control				0.27670	0.11310			35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	3		UVR + highCO2	NIT				1.85700	0.14110			35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	3		UVR + highCO2	AMM				1.88200	0.10970			35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	3		UVR + highCO2	NN				1.96200	0.11420			35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	3		UVR + highCO2	NPSi				1.84200	0.11070			35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	4			control	diatom					1.785	0.12660	35
laboratory	1	4		PAR	NIT	diatom					2.935	0.08732	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	4		PAR	AMM	diatom					2.925	0.09708	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	4		PAR	NN	diatom					2.138	0.09395	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	4		PAR	NPSi	diatom					3.620	0.13150	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	4		high CO2	control	diatom					1.825	0.28570	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	4		high CO2	NIT	diatom					2.870	0.15130	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	4		high CO2	AMM	diatom					2.123	0.04031	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	4		high CO2	NN	diatom					2.865	0.09708	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	4		high CO2	NPSi	diatom					3.175	0.10690	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	4		UVR	control	diatom					1.295	0.10350	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	4		UVR	NIT	diatom					2.980	0.10820	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	4		UVR	AMM	diatom					3.305	0.06946	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	4		UVR	NN	diatom					3.335	0.09605	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	4		UVR	NPSi	diatom					3.570	0.11660	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	4		UVR + highCO2	control	diatom					2.275	0.22320	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	4		UVR + highCO2	NIT	diatom					2.935	0.08846	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	4		UVR + highCO2	AMM	diatom					3.390	0.08485	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	4		UVR + highCO2	NN	diatom					3.730	0.06000	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	4		UVR + highCO2	NPSi	diatom					3.065	0.14770	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	5			control	cryptophytes					-1.540	0.11050	35
laboratory	1	5		PAR	NIT	cryptophytes					-0.035	0.07566	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	5		PAR	AMM	cryptophytes					-1.900	0.01000	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	5		PAR	NN	cryptophytes					-2.765	0.34510	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	5		PAR	NPSi	cryptophytes					0.225	0.29520	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	5		high CO2	control	cryptophytes					-0.530	0.01000	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	5		high CO2	NIT	cryptophytes					0.585	0.08559	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	5		high CO2	AMM	cryptophytes					0.150	0.28020	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	5		high CO2	NN	cryptophytes					1.025	0.39510	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	5		high CO2	NPSi	cryptophytes					-0.175	0.23520	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	5		UVR	control	cryptophytes					0.085	0.37120	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	5		UVR	NIT	cryptophytes					0.420	0.79620	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	5		UVR	AMM	cryptophytes					1.335	0.20300	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	5		UVR	NN	cryptophytes					0.135	0.16620	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	5		UVR	NPSi	cryptophytes					1.795	0.18610	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	5		UVR + highCO2	control	cryptophytes					0.265	0.22280	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	5		UVR + highCO2	NIT	cryptophytes					0.485	0.41690	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	5		UVR + highCO2	AMM	cryptophytes					1.745	0.19700	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	5		UVR + highCO2	NN	cryptophytes					1.630	0.19420	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	5		UVR + highCO2	NPSi	cryptophytes					0.350	0.16280	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	6			control	cyanobacteria					0.640	0.16570	35
laboratory	1	6		PAR	NIT	cyanobacteria					0.735	0.18790	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	6		PAR	AMM	cyanobacteria					0.110	0.17100	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	6		PAR	NN	cyanobacteria					0.735	0.20400	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	6		PAR	NPSi	cyanobacteria					0.165	0.16770	35	22.24	8.16	2358.360000	8.00	9.67	317.65	318.70	1749.20	248.14	2007.01	3.89	5.95
laboratory	1	6		high CO2	control	cyanobacteria					-0.655	0.17560	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	6		high CO2	NIT	cyanobacteria					0.785	0.22300	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	6		high CO2	AMM	cyanobacteria					0.575	0.23690	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	6		high CO2	NN	cyanobacteria					0.360	0.21970	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	6		high CO2	NPSi	cyanobacteria					0.425	0.19290	35	21.24	8.02	2412.300000	8.00	14.36	458.09	459.62	1943.04	192.20	2149.60	3.00	4.60
laboratory	1	6		UVR	control	cyanobacteria					-0.400	0.02916	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	6		UVR	NIT	cyanobacteria					-0.140	0.39530	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	6		UVR	AMM	cyanobacteria					0.135	0.28040	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	6		UVR	NN	cyanobacteria					-0.520	0.09618	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	6		UVR	NPSi	cyanobacteria					-0.490	0.04743	35	21.48	8.14	2525.780000	8.00	10.82	347.84	349.00	1912.80	253.13	2176.75	3.96	6.07
laboratory	1	6		UVR + highCO2	control	cyanobacteria					-0.490	0.37530	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	6		UVR + highCO2	NIT	cyanobacteria					-0.695	0.40030	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	6		UVR + highCO2	AMM	cyanobacteria					-0.335	0.19060	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	6		UVR + highCO2	NN	cyanobacteria					-0.470	0.20550	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38
laboratory	1	6		UVR + highCO2	NPSi	cyanobacteria					-0.505	0.04272	35	23.40	7.89	2640.370000	8.00	21.39	723.09	725.46	2203.61	182.48	2407.48	2.88	4.38