Citation:

lo.2011.56.6.2402

Name: Seawater carbonate chemistry, biomass and calcification of Porites spp. corals during experiments, 2011
Creator: Peter J Edmunds
Published: 2011-12-13
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Animalia; Benthic animals; Benthos; Biomass/Abundance/Elemental composition; Calcification/Dissolution; Cnidaria; Coast and continental shelf; Containers and aquaria (20-1000 L or < 1 m**2); Laboratory experiment; Porites sp.; Single species; South Pacific; Temperature; Tropical

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Abstract:

I tested the hypothesis that the effects of high pCO2 and temperature on massive Porites spp. (Scleractinia) are modified by heterotrophic feeding (zooplanktivory). Small colonies of massive Porites spp. from the back reef of Moorea, French Polynesia, were incubated for 1 month under combinations of temperature (29.3°C vs. 25.6°C), pCO2 (41.6 vs. 81.5 Pa), and feeding regimes (none vs. ad libitum access to live Artemia spp.), with the response assessed using calcification and biomass. Area-normalized calcification was unaffected by pCO2, temperature, and the interaction between the two, although it increased 40% with feeding. Biomass increased 35% with feeding and tended to be higher at 25.6°C compared to 29.3°C, and as a result, biomass-normalized calcification statistically was unaffected by feeding, but was depressed 12-17% by high pCO2, with the effect accentuated at 25.6°C. These results show that massive Porites spp. has the capacity to resist the effects on calcification of 1 month exposure to 81.5 Pa pCO2 through heterotrophy and changes in biomass. Area-normalized calcification is sustained at high pCO2 by a greater biomass with a reduced biomass-normalized rate of calcification. This mechanism may play a role in determining the extent to which corals can resist the long-term effects of ocean acidification.

Keyword(s):

Animalia; Benthic animals; Benthos; Biomass/Abundance/Elemental composition; Calcification/Dissolution; Cnidaria; Coast and continental shelf; Containers and aquaria (20-1000 L or < 1 m**2); Laboratory experiment; Porites sp.; Single species; South Pacific; Temperature; Tropical

Project(s):

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

European Project on Ocean Acidification (EPOCA)

Ocean Acidification International Coordination Centre (OA-ICC)

Funding:

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

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

Comment:

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

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Experimental treatment	Exp treat		Edmunds, Peter J
2	Identification	ID		Edmunds, Peter J
3	Salinity	Sal		Edmunds, Peter J	YSI 3100 Conductivity Meter
4	Salinity, standard error	Sal std e	±	Edmunds, Peter J
5	Temperature, water	Temp	°C	Edmunds, Peter J	Digital thermometer (Fisher Scientific)
6	Replicates	Repl	#	Edmunds, Peter J		T, per treatment
7	Radiation, photosynthetically active	PAR	µmol/m²/s	Edmunds, Peter J	PAR sensor LI-1400, LI-COR Inc.
8	Radiation, photosynthetically active, standard deviation	PAR std dev	±	Edmunds, Peter J
9	pH	pH		Edmunds, Peter J	pH meter (Mettler Toledo, USA)	NBS scale
10	Replicates	Repl	#	Edmunds, Peter J		pH (NBS scale), per treatment
11	Alkalinity, total	AT	µmol/kg	Edmunds, Peter J	T50 Titrator (Mettler Toledo, Port Melbourne, Australia)
12	Alkalinity, total, standard error	AT std e	±	Edmunds, Peter J
13	Replicates	Repl	#	Edmunds, Peter J		TA, per treatment
14	Carbon dioxide, partial pressure	pCO2	Pa	Edmunds, Peter J	Calculated using CO2SYS
15	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air), standard error	pCO2water_SST_wet std e	±	Edmunds, Peter J
16	Replicates	Repl	#	Edmunds, Peter J		pCO2, per treatment
17	Aragonite saturation state	Omega Arg		Edmunds, Peter J	Calculated using CO2SYS
18	Aragonite saturation state, standard deviation	Omega Arg std dev	±	Edmunds, Peter J
19	Replicates	Repl	#	Edmunds, Peter J		Aragonite, per treatment
20	Carbonate system computation flag	CSC flag		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
21	pH	pH		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)	Total scale
22	Carbon dioxide	CO2	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
23	Partial pressure of carbon dioxide (water) at sea surface temperature (wet air)	pCO2water_SST_wet	µatm	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
24	Fugacity of carbon dioxide (water) at sea surface temperature (wet air)	fCO2water_SST_wet	µatm	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
25	Bicarbonate ion	[HCO3]-	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
26	Carbonate ion	[CO3]2-	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
27	Carbon, inorganic, dissolved	DIC	µmol/kg	Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
28	Aragonite saturation state	Omega Arg		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
29	Calcite saturation state	Omega Cal		Nisumaa, Anne-Marin	Calculated using seacarb after Nisumaa et al. (2010)
30	Porites spp. biomass	Porites spp. biom	mg/cm²	Edmunds, Peter J
31	Sample ID	Sample ID		Edmunds, Peter J
32	Porites spp. heterotrophy	Porites spp. het		Edmunds, Peter J
33	Calcification rate	Calc rate	mg/cm²/day	Edmunds, Peter J	Buoyant weighing technique according to Davies (1989)	Normalized to surface
34	Calcification rate of calcium carbonate	Calc rate CaCO3	mg/g/day	Edmunds, Peter J	Buoyant weighing technique according to Davies (1989)	Normalized to biomass
35	Porites spp., surface area	Porites spp. SA	cm²	Edmunds, Peter J	Aluminium foil method (Marsh, 1970)

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

2728 data points

Data

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

1 Exp treat	2 ID	3 Sal (YSI 3100 Conductivity Meter)	4 Sal std e [±]	5 Temp [°C] (Digital thermometer (Fisher S...)	6 Repl [#] (T, per treatment)	7 PAR [µmol/m²/s] (PAR sensor LI-1400, LI-COR Inc.)	8 PAR std dev [±]	9 pH (NBS scale, pH meter (Mettler ...)	10 Repl [#] (pH (NBS scale), per treatment)	11 AT [µmol/kg] (T50 Titrator (Mettler Toledo,...)	12 AT std e [±]	13 Repl [#] (TA, per treatment)	14 pCO2 [Pa] (Calculated using CO2SYS)	15 pCO2water_SST_wet std e [±]	16 Repl [#] (pCO2, per treatment)	17 Omega Arg (Calculated using CO2SYS)	18 Omega Arg std dev [±]	19 Repl [#] (Aragonite, per treatment)	20 CSC flag (Calculated using seacarb afte...)	21 pH (Total scale, Calculated using...)	22 CO2 [µmol/kg] (Calculated using seacarb afte...)	23 pCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	24 fCO2water_SST_wet [µatm] (Calculated using seacarb afte...)	25 [HCO3]- [µmol/kg] (Calculated using seacarb afte...)	26 [CO3]2- [µmol/kg] (Calculated using seacarb afte...)	27 DIC [µmol/kg] (Calculated using seacarb afte...)	28 Omega Arg (Calculated using seacarb afte...)	29 Omega Cal (Calculated using seacarb afte...)	30 Porites spp. biom [mg/cm²]	31 Sample ID	32 Porites spp. het	33 Calc rate [mg/cm²/day] (Normalized to surface, Buoyan...)	34 Calc rate CaCO3 [mg/g/day] (Normalized to biomass, Buoyan...)	35 Porites spp. SA [cm²] (Aluminium foil method (Marsh,...)
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51	5.06	Coral_6	N	0.55	0.000108	17.2
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_18	N	0.82	0.000163	12.1
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_50	N	0.80	0.000159	35.9
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_65	N	0.57	0.000112	20.6
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_85	N	1.02	0.000202	24.5
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51	7.53	Coral_9	Y	1.25	0.000166	25.5
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_13	Y	1.54	0.000205	26.9
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_44	Y	0.70	0.000094	19.4
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_61	Y	0.70	0.000093	20.1
HTHCO2	Tank_1	34.5	0.1	29.3	81	599	7	7.80	10	2089	44	11	78.16	5.2	10	2.11	0.17	10	26	7.65	26.63	1041.57	1038.46	1833.40	102.86	1962.90	1.67	2.51		Coral_76	Y	1.29	0.000171	21.8
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46	3.91	Coral_1	N	1.28	0.000328	18.0
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_3	N	1.20	0.000308	34.5
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_16	N	1.03	0.000263	21.6
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_75	N	0.29	0.000075	12.4
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_83	N	0.86	0.000219	19.2
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46	6.01	Coral_2	Y	1.80	0.000300	23.1
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_5	Y	1.04	0.000172	38.6
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_35	Y	0.95	0.000159	20.9
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_47	Y	1.85	0.000308	36.4
HTHCO2	Tank_2	34.5	0.1	29.3	80	599	7	7.80	10	2054	49	11	80.96	2.1	10	1.93	0.07	10	26	7.65	26.17	1023.63	1020.57	1801.92	101.10	1929.20	1.64	2.46		Coral_78	Y	1.02	0.000170	21.4
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_38	N	1.54	0.000300	16.7
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_58	N	0.56	0.000109	25.0
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_66	N	0.76	0.000149	43.9
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_73	N	1.32	0.000257	34.0
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_82	N	1.02	0.000199	20.9
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63	5.65	Coral_11	Y	0.53	0.000094	34.7
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_34	Y	1.25	0.000222	45.9
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_46	Y	1.92	0.000340	36.9
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_54	Y	1.42	0.000251	14.3
HTLCO2	Tank_3	34.5	0.1	29.2	80	599	7	8.02	10	1981	60	10	41.66	0.7	10	2.96	0.10	10	26	7.87	14.07	549.11	547.46	1605.60	149.02	1768.70	2.42	3.63		Coral_67	Y	1.09	0.000193	22.3
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_24	N	1.21	0.000309	17.2
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_30	N	1.06	0.000271	18.4
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_36	N	0.68	0.000175	18.9
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_77	N	1.06	0.000271	30.3
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_79	N	1.04	0.000265	32.5
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_4	Y	1.96	0.000326	40.8
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_25	Y	0.86	0.000142	11.4
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_39	Y	1.82	0.000303	37.1
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_53	Y	1.47	0.000244	14.8
HTLCO2	Tank_4	34.5	0.1	29.4	81	599	7	8.02	10	1982	53	10	42.06	1.2	10	2.92	0.13	10	26	7.87	14.03	550.01	548.37	1604.63	149.84	1768.50	2.44	3.65		Coral_62	Y	1.62	0.000269	19.4
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_7	N	1.35	0.000266	38.6
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_23	N	0.74	0.000146	14.8
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_55	N	0.77	0.000151	27.7
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_56	N	0.85	0.000168	21.8
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_68	N	1.00	0.000197	23.8
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_22	Y	1.00	0.000133	32.5
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_48	Y	1.52	0.000201	33.5
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_51	Y	1.44	0.000192	43.0
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_60	Y	1.41	0.000187	13.6
LTHCO2	Tank_5	34.5	0.1	25.7	81	599	7	7.74	10	2135	24	11	83.26	2.2	10	1.78	0.05	10	26	7.60	33.62	1205.77	1202.00	1925.86	84.32	2043.80	1.35	2.04		Coral_70	Y	1.76	0.000233	23.8
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92	5.13	Coral_19	N	1.37	0.000267	26.0
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_28	N	1.24	0.000242	19.9
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_31	N	0.96	0.000188	23.1
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_43	N	0.94	0.000183	22.8
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_64	N	0.99	0.000193	25.5
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_15	Y	1.32	0.000234	24.5
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_26	Y	0.93	0.000165	11.4
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_57	Y	0.82	0.000145	26.2
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_69	Y	1.23	0.000218	29.1
LTHCO2	Tank_6	34.5	0.1	25.5	80	599	7	7.73	10	2064	35	10	83.86	3.3	10	1.70	0.06	10	26	7.59	33.42	1192.60	1188.87	1865.84	79.34	1978.60	1.27	1.92		Coral_81	Y	1.92	0.000340	36.7
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19	5.18	Coral_17	N	1.17	0.000225	20.1
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_32	N	1.08	0.000209	18.0
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_42	N	0.83	0.000160	19.9
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_80	N	1.00	0.000193	16.5
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_84	N	0.98	0.000189	10.4
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_20	Y	1.62	0.000234	39.8
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_33	Y	1.12	0.000163	22.1
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_40	Y	1.20	0.000174	15.5
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_45	Y	1.27	0.000183	34.0
LTLCO2	Tank_7	34.5	0.1	25.4	81	599	7	7.99	10	2038	42	11	41.36	0.9	10	2.69	0.09	10	26	7.85	16.83	598.93	597.05	1707.44	131.74	1856.00	2.10	3.19		Coral_71	Y	1.42	0.000206	31.6
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_27	N	0.87	0.000168	18.4
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_29	N	0.91	0.000176	11.2
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_49	N	0.94	0.000182	28.2
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_52	N	1.12	0.000216	28.4
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_74	N	0.98	0.000189	24.3
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22	6.91	Coral_8	Y	1.71	0.000248	22.3
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_12	Y	1.63	0.000237	34.2
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_21	Y	2.15	0.000311	15.8
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_59	Y	1.40	0.000202	28.2
LTLCO2	Tank_8	34.5	0.1	25.7	81	599	7	7.99	10	2046	45	11	41.66	0.9	10	2.68	0.10	10	26	7.85	16.80	602.70	600.82	1711.91	133.28	1862.00	2.13	3.22		Coral_63	Y	1.43	0.000206	16.0