Citation:

s00227-012-2097-0

Name: Structural and functional vulnerability to elevated pCO2 in marine benthic communities
Published: 2013-12-05
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Benthos; Biomass/Abundance/Elemental composition; Bottles or small containers/Aquaria (<20 L); Calcification/Dissolution; Coast and continental shelf; Community composition and diversity; Entire community; Laboratory experiment; North Atlantic; Rocky-shore community; Temperate

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Abstract:

The effect of elevated pCO2/low pH on marine invertebrate benthic biodiversity, community structure and selected functional responses which underpin ecosystem services (such as community production and calcification) was tested in a medium-term (30 days) mesocosm experiment in June 2010. Standardised intertidal macrobenthic communities, collected (50.3567°N, 4.1277°W) using artificial substrate units (ASUs), were exposed to one of seven pH treatments (8.05, 7.8. 7.6, 7.4, 7.2, 6.8 and 6.0). Community net calcification/dissolution rates, as well as changes in biomass, community structure and diversity, were measured at the end of the experimental period. Communities showed significant changes in structure and reduced diversity in response to reduced pH: shifting from a community dominated by calcareous organisms to one dominated by non-calcareous organisms around either pH 7.2 (number of individuals and species) or pH 7.8 (biomass). These results were supported by a reduced total weight of CaCO3 structures in all major taxa at lowered pH and a switch from net calcification to net dissolution around pH 7.4 (Omega calc = 0.78, Omega ara = 0.5). Overall community soft tissue biomass did not change with pH and high mortality was observed only at pH 6.0, although molluscs and arthropods showed significant decreases in soft tissue. This study supports and refines previous findings on how elevated pCO2 can induce changes in marine biodiversity, underlined by differential vulnerability of different phyla. In addition, it shows significant elevated pCO2-/low pH-dependent changes in fundamental community functional responses underpinning changes in ecosystem services.

Keyword(s):

Benthos; Biomass/Abundance/Elemental composition; Bottles or small containers/Aquaria (<20 L); Calcification/Dissolution; Coast and continental shelf; Community composition and diversity; Entire community; Laboratory experiment; North Atlantic; Rocky-shore community; Temperate

Further details:

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

Project(s):

Ocean Acidification International Coordination Centre (OA-ICC)

Coverage:

Latitude: 50.359444 * Longitude: -4.129722

Date/Time Start: 2010-01-04T00:00:00 * Date/Time End: 2010-01-04T00:00:00

Event(s):

Mount_Batten * Latitude: 50.359444 * Longitude: -4.129722 * Date/Time: 2010-01-04T00:00:00 * Method/Device: Experiment (EXP) * Comment: the artificial substrate units were deployed

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 2013-12-04.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Description	Description		Christen, Nadja
2	Identification	ID		Christen, Nadja
3	Treatment	Treat		Christen, Nadja
4	Number of species	Spec No	#	Christen, Nadja
5	Number of individuals	Ind No	#	Christen, Nadja
6	Evenness of species	E		Christen, Nadja
7	Number of calcareous species	Spec No calc	#	Christen, Nadja
8	Number of non-calcareous species	Spec No non-calc	#	Christen, Nadja
9	Number of calcareous individuals	Ind No calc	#	Christen, Nadja
10	Number of non-calcareous individuals	Ind No non-calc	#	Christen, Nadja
11	Biomass, wet mass	Biom wm	g	Christen, Nadja
12	Organisms, calcareous, biomass	Org calc biom	g	Christen, Nadja
13	Organisms, non-calcareous, biomass	Org non-calc biom	g	Christen, Nadja
14	Calcium carbonate, mass	CaCO3	g	Christen, Nadja
15	Soft tissue, mass	Soft tis	g	Christen, Nadja
16	Net calcification rate of calcium carbonate	NC CaCO3	µmol/g/h	Christen, Nadja
17	Salinity	Sal		Christen, Nadja
18	Salinity, standard deviation	Sal std dev	±	Christen, Nadja
19	Temperature, water	Temp	°C	Christen, Nadja
20	Temperature, standard deviation	T std dev	±	Christen, Nadja
21	Alkalinity, total	AT	µmol/kg	Christen, Nadja	Potentiometric titration
22	Alkalinity, total, standard deviation	AT std dev	±	Christen, Nadja	Potentiometric titration
23	pH	pH		Christen, Nadja	Potentiometric	NBS scale
24	Oxygen	O	%	Christen, Nadja
25	Oxygen, standard deviation	O2 std dev	±	Christen, Nadja
26	Carbon, inorganic, dissolved	DIC	µmol/kg	Christen, Nadja	Calculated using CO2SYS
27	Carbon, inorganic, dissolved, standard deviation	DIC std dev	±	Christen, Nadja	Calculated using CO2SYS
28	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air)	pCO2water_SST_wet	µatm	Christen, Nadja	Calculated using CO2SYS
29	Partial pressure of carbon dioxide, standard deviation	pCO2 std dev	±	Christen, Nadja	Calculated using CO2SYS
30	Bicarbonate ion	[HCO3]-	µmol/kg	Christen, Nadja	Calculated using CO2SYS
31	Bicarbonate ion, standard deviation	[HCO3]- std dev	±	Christen, Nadja	Calculated using CO2SYS
32	Carbonate ion	[CO3]2-	µmol/kg	Christen, Nadja	Calculated using CO2SYS
33	Carbonate ion, standard deviation	[CO3]2- std dev	±	Christen, Nadja	Calculated using CO2SYS
34	Calcite saturation state	Omega Cal		Christen, Nadja	Calculated using CO2SYS
35	Calcite saturation state, standard deviation	Omega Cal std dev	±	Christen, Nadja	Calculated using CO2SYS
36	Aragonite saturation state	Omega Arg		Christen, Nadja	Calculated using CO2SYS
37	Aragonite saturation state, standard deviation	Omega Arg std dev	±	Christen, Nadja	Calculated using CO2SYS
38	Carbonate system computation flag	CSC flag		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
39	pH	pH		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)	total scale
40	Carbon dioxide	CO2	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
41	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)
42	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)
43	Bicarbonate ion	[HCO3]-	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
44	Carbonate ion	[CO3]2-	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
45	Carbon, inorganic, dissolved	DIC	µmol/kg	Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
46	Aragonite saturation state	Omega Arg		Yang, Yan	Calculated using seacarb after Nisumaa et al. (2010)
47	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:

6573 data points

Data

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

1 Description	2 ID	3 Treat	4 Spec No [#]	5 Ind No [#]	6 E	7 Spec No calc [#]	8 Spec No non-calc [#]	9 Ind No calc [#]	10 Ind No non-calc [#]	11 Biom wm [g]	12 Org calc biom [g]	13 Org non-calc biom [g]	14 CaCO3 [g]	15 Soft tis [g]	16 NC CaCO3 [µmol/g/h]	17 Sal	18 Sal std dev [±]	19 Temp [°C]	20 T std dev [±]	21 AT [µmol/kg] (Potentiometric titration)	22 AT std dev [±] (Potentiometric titration)	23 pH (NBS scale, Potentiometric)	24 O [%]	25 O2 std dev [±]	26 DIC [µmol/kg] (Calculated using CO2SYS)	27 DIC std dev [±] (Calculated using CO2SYS)	28 pCO2water_SST_wet [µatm] (Calculated using CO2SYS)	29 pCO2 std dev [±] (Calculated using CO2SYS)	30 [HCO3]- [µmol/kg] (Calculated using CO2SYS)	31 [HCO3]- std dev [±] (Calculated using CO2SYS)	32 [CO3]2- [µmol/kg] (Calculated using CO2SYS)	33 [CO3]2- std dev [±] (Calculated using CO2SYS)	34 Omega Cal (Calculated using CO2SYS)	35 Omega Cal std dev [±] (Calculated using CO2SYS)	36 Omega Arg (Calculated using CO2SYS)	37 Omega Arg std dev [±] (Calculated using CO2SYS)	38 CSC flag (Calculated using seacarb afte...)	39 pH (total scale, Calculated using...)	40 CO2 [µmol/kg] (Calculated using seacarb afte...)	41 pCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	42 fCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	43 [HCO3]- [µmol/kg] (Calculated using seacarb afte...)	44 [CO3]2- [µmol/kg] (Calculated using seacarb afte...)	45 DIC [µmol/kg] (Calculated using seacarb afte...)	46 Omega Arg (Calculated using seacarb afte...)	47 Omega Cal (Calculated using seacarb afte...)
Community	Figure 1 a	pH=8	49	597	0.70											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 1 a	pH=8	37	661	0.72											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 1 a	pH=8	36	334	0.71											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 1 a	pH=7.8	41	330	0.71											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 1 a	pH=7.8	38	624	0.70											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 1 a	pH=7.8	29	177	0.77											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 1 a	pH=7.6	38	255	0.79											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 1 a	pH=7.6	40	410	0.74											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 1 a	pH=7.6	26	225	0.80											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 1 a	pH=7.4	33	286	0.78											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 1 a	pH=7.4	28	267	0.71											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 1 a	pH=7.4	35	624	0.55											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 1 a	pH=7.2	31	298	0.80											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 1 a	pH=7.2	39	390	0.77											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 1 a	pH=7.2	26	465	0.55											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 1 a	pH=6.8	36	307	0.79											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 1 a	pH=6.8	30	206	0.71											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 1 a	pH=6.8	29	170	0.71											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 1 a	pH=6	9	16	0.93											34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Community	Figure 1 a	pH=6	3	37	0.44											34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Mollusca	Figure 1 b	pH=8	15	115	0.73											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Mollusca	Figure 1 b	pH=8	6	104	0.88											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Mollusca	Figure 1 b	pH=8	9	93	0.64											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Mollusca	Figure 1 b	pH=7.8	12	79	0.74											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Mollusca	Figure 1 b	pH=7.8	8	72	0.68											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Mollusca	Figure 1 b	pH=7.8	6	34	0.62											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Mollusca	Figure 1 b	pH=7.6	7	68	0.56											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Mollusca	Figure 1 b	pH=7.6	4	49	0.67											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Mollusca	Figure 1 b	pH=7.6	5	75	0.68											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Mollusca	Figure 1 b	pH=7.4	6	66	0.80											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Mollusca	Figure 1 b	pH=7.4	6	27	0.74											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Mollusca	Figure 1 b	pH=7.4	7	17	0.89											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Mollusca	Figure 1 b	pH=7.2	5	18	0.90											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Mollusca	Figure 1 b	pH=7.2	5	44	0.91											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Mollusca	Figure 1 b	pH=7.2	5	13	0.81											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Mollusca	Figure 1 b	pH=6.8	7	52	0.72											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Mollusca	Figure 1 b	pH=6.8	7	33	0.85											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Mollusca	Figure 1 b	pH=6.8	4	28	0.82											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Mollusca	Figure 1 b	pH=6	4	5												34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Mollusca	Figure 1 b	pH=6	1	3												34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Arthropoda	Figure 1 c	pH=8	14	274	0.61											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Arthropoda	Figure 1 c	pH=8	13	241	0.64											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Arthropoda	Figure 1 c	pH=8	15	122	0.59											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Arthropoda	Figure 1 c	pH=7.8	10	153	0.42											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Arthropoda	Figure 1 c	pH=7.8	14	236	0.75											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Arthropoda	Figure 1 c	pH=7.8	8	102	0.71											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Arthropoda	Figure 1 c	pH=7.6	11	104	0.76											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Arthropoda	Figure 1 c	pH=7.6	7	122	0.84											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Arthropoda	Figure 1 c	pH=7.6	9	90	0.79											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Arthropoda	Figure 1 c	pH=7.4	11	164	0.71											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Arthropoda	Figure 1 c	pH=7.4	8	161	0.61											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Arthropoda	Figure 1 c	pH=7.4	15	234	0.66											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Arthropoda	Figure 1 c	pH=7.2	10	186	0.76											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Arthropoda	Figure 1 c	pH=7.2	12	164	0.67											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Arthropoda	Figure 1 c	pH=7.2	6	127	0.67											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Arthropoda	Figure 1 c	pH=6.8	9	97	0.69											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Arthropoda	Figure 1 c	pH=6.8	9	102	0.54											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Arthropoda	Figure 1 c	pH=6.8	10	66	0.50											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Arthropoda	Figure 1 c	pH=6	2	4	0.81											34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Arthropoda	Figure 1 c	pH=6	0	0												34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Annelid Adults	Figure 1 d	pH=8	14	78	0.52											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Annelid Adults	Figure 1 d	pH=8	11	234	0.44											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Annelid Adults	Figure 1 d	pH=8	10	96	0.41											34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Annelid Adults	Figure 1 d	pH=7.8	14	40	0.91											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Annelid Adults	Figure 1 d	pH=7.8	9	42	0.74											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Annelid Adults	Figure 1 d	pH=7.8	10	21	0.88											34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Annelid Adults	Figure 1 d	pH=7.6	15	45	0.87											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Annelid Adults	Figure 1 d	pH=7.6	19	56	0.85											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Annelid Adults	Figure 1 d	pH=7.6	5	8	0.97											34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Annelid Adults	Figure 1 d	pH=7.4	9	22	0.87											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Annelid Adults	Figure 1 d	pH=7.4	8	28	0.55											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Annelid Adults	Figure 1 d	pH=7.4	8	27	0.76											34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Annelid Adults	Figure 1 d	pH=7.2	8	21	0.89											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Annelid Adults	Figure 1 d	pH=7.2	13	36	0.95											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Annelid Adults	Figure 1 d	pH=7.2	9	33	0.67											34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Annelid Adults	Figure 1 d	pH=6.8	14	61	0.85											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Annelid Adults	Figure 1 d	pH=6.8	12	38	0.76											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Annelid Adults	Figure 1 d	pH=6.8	10	20	0.90											34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 2, 4 ai, 4 aii	pH=8	47	594		28	19	400	194	0.8347	0.6486	0.1861	0.2928	0.5420		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 2, 4 ai, 4 aii	pH=8	37	656		23	14	496	160	0.6273	0.3549	0.2724	0.1509	0.4764		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 2, 4 ai, 4 aii	pH=8	37	336		25	12	290	46	0.3889	0.2980	0.0909	0.1748	0.2140		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 2, 4 ai, 4 aii	pH=7.8	41	326		22	19	237	89	0.8169	0.1805	0.6364	0.1005	0.7164		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 2, 4 ai, 4 aii	pH=7.8	39	633		23	16	326	307	0.6419	0.2802	0.3617	0.1675	0.4745		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 2, 4 ai, 4 aii	pH=7.8	30	179		13	17	139	40	0.3432	0.1308	0.2124	0.0542	0.2890		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 2, 4 ai, 4 aii	pH=7.6	38	250		20	18	176	74	0.5031	0.2193	0.2838	0.1363	0.3668		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 2, 4 ai, 4 aii	pH=7.6	39	447		12	27	177	270	0.5380	0.1542	0.3838	0.0984	0.4396		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 2, 4 ai, 4 aii	pH=7.6	25	221		16	9	196	25	0.3780	0.2858	0.0922	0.1405	0.2375		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 2, 4 ai, 4 aii	pH=7.4	33	281		15	18	225	56	0.4032	0.1973	0.2059	0.0922	0.3110		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 2, 4 ai, 4 aii	pH=7.4	27	266		15	12	190	76	0.2693	0.1075	0.1619	0.0567	0.2127		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 2, 4 ai, 4 aii	pH=7.4	37	656		21	16	249	407	0.5502	0.1465	0.4037	0.0506	0.4999		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 2, 4 ai, 4 aii	pH=7.2	31	282		13	18	205	77	0.5743	0.1111	0.4632	0.0488	0.5256		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 2, 4 ai, 4 aii	pH=7.2	39	366		16	23	210	156	0.2566	0.1035	0.1531	0.0809	0.1928		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 2, 4 ai, 4 aii	pH=7.2	26	485		8	18	139	346	0.2983	0.0735	0.2248	0.0253	0.2730		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 2, 4 ai, 4 aii	pH=6.8	38	334		16	22	144	190	0.6123	0.1013	0.5111	0.0582	0.5683		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 2, 4 ai, 4 aii	pH=6.8	32	224		17	15	135	89	0.2882	0.0760	0.2122	0.0431	0.2452		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 2, 4 ai, 4 aii	pH=6.8	32	194		12	20	90	104	0.1988	0.1093	0.0895	0.0451	0.1539		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 2, 4 ai, 4 aii	pH=6	11	23		6	5	10	13	0.0421	0.0285	0.0136	0.0217	0.0204		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Community	Figure 2, 4 ai, 4 aii	pH=6	4	38		1	3	3	35	0.0046	0.0024	0.0022	0.0009	0.0037		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Mollusca	Figure 4 bi	pH=8											0.2358	0.0595		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Mollusca	Figure 4 bi	pH=8											0.0885	0.0249		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Mollusca	Figure 4 bi	pH=8											0.1434	0.0372		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Mollusca	Figure 4 bi	pH=7.8											0.0931	0.0289		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Mollusca	Figure 4 bi	pH=7.8											0.1548	0.0378		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Mollusca	Figure 4 bi	pH=7.8											0.0531	0.0215		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Mollusca	Figure 4 bi	pH=7.6											0.1090	0.0330		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Mollusca	Figure 4 bi	pH=7.6											0.0728	0.0194		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Mollusca	Figure 4 bi	pH=7.6											0.1176	0.0337		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Mollusca	Figure 4 bi	pH=7.4											0.0628	0.0282		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Mollusca	Figure 4 bi	pH=7.4											0.0375	0.0105		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Mollusca	Figure 4 bi	pH=7.4											0.0211	0.0064		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Mollusca	Figure 4 bi	pH=7.2											0.0227	0.0049		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Mollusca	Figure 4 bi	pH=7.2											0.0505	0.0159		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Mollusca	Figure 4 bi	pH=7.2											0.0193	0.0090		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Mollusca	Figure 4 bi	pH=6.8											0.0405	0.0317		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Mollusca	Figure 4 bi	pH=6.8											0.0334	0.0148		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Mollusca	Figure 4 bi	pH=6.8											0.0429	0.0466		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Mollusca	Figure 4 bi	pH=6											0.0205	0.0075		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Mollusca	Figure 4 bi	pH=6											0.0009	0.0015		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Arthropoda	Figure 4 ci	pH=8											0.0539	0.2939		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Arthropoda	Figure 4 ci	pH=8											0.0278	0.1771		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Arthropoda	Figure 4 ci	pH=8											0.0173	0.0853		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Arthropoda	Figure 4 ci	pH=7.8											0.0071	0.0509		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Arthropoda	Figure 4 ci	pH=7.8											0.0068	0.0748		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Arthropoda	Figure 4 ci	pH=7.8											0.0011	0.0551		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Arthropoda	Figure 4 ci	pH=7.6											0.0265	0.0499		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Arthropoda	Figure 4 ci	pH=7.6											0.0163	0.0335		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Arthropoda	Figure 4 ci	pH=7.6											0.0169	0.1065		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Arthropoda	Figure 4 ci	pH=7.4											0.0249	0.0752		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Arthropoda	Figure 4 ci	pH=7.4											0.0145	0.0354		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Arthropoda	Figure 4 ci	pH=7.4											0.0240	0.0884		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Arthropoda	Figure 4 ci	pH=7.2											0.0241	0.0570		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Arthropoda	Figure 4 ci	pH=7.2											0.0283	0.0211		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Arthropoda	Figure 4 ci	pH=7.2											0.0060	0.0392		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Arthropoda	Figure 4 ci	pH=6.8											0.0167	0.0235		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Arthropoda	Figure 4 ci	pH=6.8											0.0097	0.0182		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Arthropoda	Figure 4 ci	pH=6.8											0.0022	0.0178		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Arthropoda	Figure 4 ci	pH=6											0.0001	0.0004		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Arthropoda	Figure 4 ci	pH=6											0.0000	0.0000		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Annelida	Figure 4 di	pH=8											0.0018	0.1618		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Annelida	Figure 4 di	pH=8											0.0343	0.1151		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Annelida	Figure 4 di	pH=8											0.0141	0.0678		34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Annelida	Figure 4 di	pH=7.8											0.0003	0.1286		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Annelida	Figure 4 di	pH=7.8											0.0059	0.0348		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Annelida	Figure 4 di	pH=7.8											0.0000	0.2050		34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Annelida	Figure 4 di	pH=7.6											0.0008	0.2592		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Annelida	Figure 4 di	pH=7.6											0.0093	0.2686		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Annelida	Figure 4 di	pH=7.6											0.0060	0.0076		34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Annelida	Figure 4 di	pH=7.4											0.0045	0.2002		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Annelida	Figure 4 di	pH=7.4											0.0047	0.1130		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Annelida	Figure 4 di	pH=7.4											0.0055	0.1255		34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Annelida	Figure 4 di	pH=7.2											0.0020	0.4501		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Annelida	Figure 4 di	pH=7.2											0.0021	0.0452		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Annelida	Figure 4 di	pH=7.2											0.0000	0.1005		34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Annelida	Figure 4 di	pH=6.8											0.0010	0.1141		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Annelida	Figure 4 di	pH=6.8											0.0000	0.1218		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Annelida	Figure 4 di	pH=6.8											0.0000	0.0386		34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Annelida	Figure 4 di	pH=6											0.0000	0.0002		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Annelida	Figure 4 di	pH=6											0.0000	0.0000		34.88	0.010	11.05	0.03	2658.2	432.8	6.04	87.07	4.65	4858.10	845.30	51937.10	16.30	2653.7	431.5	2.20	0.80	0.05	0.02	0.03	0.01	26	5.93	2966.0	70171.9	69908.9	2655.9	1.5	5623.3	0.02	0.03
Community	Figure 5 a	pH=8													-192.6377	34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 5 a	pH=8													-6.5189	34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 5 a	pH=8													-59.6273	34.75	0.035	11.08	0.02	2364.0	22.4	8.03	88.91	1.19	2197.60	27.60	486.40	56.10	2050.4	33.7	126.70	12.30	3.02	0.29	1.92	0.19	26	7.92	23.9	564.8	562.7	2088.2	111.3	2223.4	1.69	2.65
Community	Figure 5 a	pH=7.8													3.7538	34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 5 a	pH=7.8													-2.5270	34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 5 a	pH=7.8													-0.6658	34.95	0.020	11.03	0.02	2358.7	15.6	7.80	90.05	2.23	2288.30	16.70	933.80	74.80	2174.8	18.4	74.20	7.20	1.77	0.17	1.13	0.11	26	7.69	42.4	1003.6	999.8	2187.8	68.9	2299.1	1.05	1.64
Community	Figure 5 a	pH=7.6													21.2686	34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 5 a	pH=7.6													3.4807	34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 5 a	pH=7.6													32.2990	34.92	0.002	11.15	0.07	2372.8	19.0	7.62	91.53	2.31	2360.99	24.61	1482.26	181.98	2248.2	23.2	50.32	6.35	1.20	0.20	0.80	0.10	26	7.51	66.1	1569.2	1563.3	2256.1	47.1	2369.3	0.71	1.12
Community	Figure 5 a	pH=7.4													-0.1026	34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 5 a	pH=7.4													4.5885	34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 5 a	pH=7.4													-5.9731	34.95	0.002	11.15	0.01	2389.7	78.3	7.40	92.98	0.43	2443.20	91.10	2407.00	320.30	2309.0	81.2	32.60	4.00	0.78	0.09	0.50	0.06	26	7.29	112.6	2674.5	2664.5	2317.5	29.2	2459.3	0.44	0.69
Community	Figure 5 a	pH=7.2													-10.9547	34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 5 a	pH=7.2													3.2285	34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 5 a	pH=7.2													28.3795	34.89	0.002	10.94	0.07	2363.7	20.5	7.22	88.61	1.08	2487.10	49.00	3657.00	654.90	2310.3	26.3	21.60	3.60	0.51	0.09	0.33	0.05	26	7.11	171.3	4037.4	4022.3	2316.4	19.1	2506.7	0.29	0.45
Community	Figure 5 a	pH=6.8													-41.5423	34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 5 a	pH=6.8													96.8009	34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20
Community	Figure 5 a	pH=6.8													39.3844	34.85	0.003	10.95	0.01	2426.1	63.7	6.85	89.74	0.95	2733.80	116.50	7624.10	1546.90	2398.7	65.6	11.10	1.70	0.27	0.04	0.17	0.03	26	6.74	417.1	9834.9	9798.0	2405.4	8.4	2831.0	0.13	0.20