Citation:

PANGAEA.984320

Name: Seawater carbonate chemistry and measurements of foraminifera test morphology
Published: 2025-08-14
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Benthos; Calcification/Dissolution; Chromista; Coast and continental shelf; Containers and aquaria (20-1000 L or < 1 m**2); Foraminifera; Growth/Morphology; Haynesina sp.; Heterotrophic prokaryotes; Laboratory experiment; North Atlantic; Single species; Temperate

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Published: 2025-08-14 • DOI registered: 2025-09-16

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Abstract:

In this study, laboratory treatments were conducted to examine the response of Haynesina sp., a benthic foraminifer identified from coastal sediments in Rhode Island, United States, to moderate and high acidification conditions. Thicknesses of foraminifera tests were mapped using X-ray tomography, enabling systematic comparisons throughout individual test chambers. The treatments were applied to both live and dead foraminifera, which provides an opportunity for examining the biotic and abiotic responses of foraminifera and their calcareous remains to coastal acidification.

This dataset is included in the OA-ICC data compilation maintained in the framework of the IAEA Ocean Acidification International Coordination Centre (see https://oa-icc.ipsl.fr). Original data were extracted from tables in the related paper (see Related to) by the OA-ICC data curator. In order to allow full comparability with other ocean acidification data sets, the R package seacarb (Gattuso et al, 2024) 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 2025-08-14.

Keyword(s):

Benthos; Calcification/Dissolution; Chromista; Coast and continental shelf; Containers and aquaria (20-1000 L or < 1 m**2); Foraminifera; Growth/Morphology; Haynesina sp.; Heterotrophic prokaryotes; Laboratory experiment; North Atlantic; Single species; Temperate

Related to:

Powers, Christopher; Paz, Alberto; Zyck, Amaelia; Harri, Kaylee; Geraci, Madison; Bernhard, Joan M; Zhang, Ying (2025): Morphological responses of a temperate intertidal foraminifer, Haynesina sp., to coastal acidification. Frontiers in Microbiology, 16, 1570629, https://doi.org/10.3389/fmicb.2025.1570629

References:

Nisumaa, Anne-Marin; Pesant, Stephane; Bellerby, Richard G J; Delille, Bruno; Middelburg, Jack J; Orr, James C; Riebesell, Ulf; Tyrrell, Toby; Wolf-Gladrow, Dieter A; Gattuso, Jean-Pierre (2010): EPOCA/EUR-OCEANS data compilation on the biological and biogeochemical responses to ocean acidification. Earth System Science Data, 2(2), 167-175, https://doi.org/10.5194/essd-2-167-2010

Yang, Yan; Brockmann, Patrick; Galdino, Carolina; Schindler, Uwe; Gazeau, Frédéric (2024): An update of data compilation on the biological response to ocean acidification and overview of the OA-ICC data portal. Earth System Science Data, 16(8), 3771-3780, https://doi.org/10.5194/essd-16-3771-2024

Yang, Yan; Hansson, L; Gattuso, Jean-Pierre (2016): Data compilation on the biological response to ocean acidification: an update. Earth System Science Data, 8(1), 79-87, https://doi.org/10.5194/essd-8-79-2016

Related code / software:

Gattuso, Jean-Pierre; Epitalon, Jean-Marie; Lavigne, Héloïse; Orr, James; Gentili, Bernard; Hagens, Mathilde; Hofmann, Andreas; Mueller, Jens-Daniel; Proye, Aurélien; Rae, James; Soetaert, Karline (2024): seacarb: seawater carbonate chemistry with R. R package version 3.3.3. https://cran.r-project.org/web/packages/seacarb/index.html

Further details:

Powers et al., 2024 Morphological responses of temperate salt marsh foraminifera, Haynesina spp., to coastal acidification (2024). figshare, https://figshare.com/s/4464cc33548faf92e211

Project(s):

Ocean Acidification International Coordination Centre (OA-ICC)

Coverage:

Latitude: 41.336800 * Longitude: -71.721000

Date/Time Start: 2023-06-19T00:00:00 * Date/Time End: 2023-09-26T00:00:00

Event(s):

Quonochontaug_Salt_Marsh * Latitude: 41.336800 * Longitude: -71.721000 * Date/Time Start: 2023-06-19T00:00:00 * Date/Time End: 2023-09-26T00:00:00 * Method/Device: Experiment (EXP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Type of study	Study type		Zhang, Ying
2	Species	Species		Zhang, Ying
3	Experiment duration	Exp duration	days	Zhang, Ying
4	Identification	ID		Zhang, Ying		Trial
5	Identification	ID		Zhang, Ying		tank
6	Specimen number	Spec no		Zhang, Ying
7	Treatment	Treat		Zhang, Ying
8	Radius	Radius	µm	Zhang, Ying		Test
9	Diameter	Ø	µm	Zhang, Ying		Test
10	Number of chambers	Chambers	#	Zhang, Ying
11	Radius	Radius	µm	Zhang, Ying		Proloculus
12	Diameter	Ø	µm	Zhang, Ying		Proloculus
13	Life stage	Life stage		Zhang, Ying
14	Salinity	Sal		Zhang, Ying
15	Temperature, water	Temp	°C	Zhang, Ying
16	pH, total scale	pHT		Zhang, Ying
17	Alkalinity, total	AT	µmol/kg	Zhang, Ying
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 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

1781 data points

Data

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

1 Study type	2 Species	3 Exp duration [days]	4 ID (Trial)	5 ID (tank)	6 Spec no	7 Treat	8 Radius [µm] (Test)	9 Ø [µm] (Test)	10 Chambers [#]	11 Radius [µm] (Proloculus)	12 Ø [µm] (Proloculus)	13 Life stage	14 Sal	15 Temp [°C]	16 pHT	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	Haynesina sp.	28	OA3	pH 7.6	H4	Dead	203.38	406.76	16	30.09	60.18	Megalosphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA2	pH 8.1	H3	Dead	166.88	333.76	19	30.51	61.02	Megalosphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	pH 7.6	H4	Dead	208.52	417.04	15	30.97	61.94	Megalosphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA2	pH 8.1	H2	Dead	177.34	354.68	13	32.28	64.56	Megalosphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	pH 7.6	H12	Dead	185.18	370.36	13	32.50	65.00	Megalosphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA2	pH 7.6	H8	Dead	149.41	298.82	11	32.74	65.48	Megalosphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 8.1	H1	Dead	145.79	291.58	11	33.29	66.58	Megalosphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA2	pH 7.2	H2	Dead	182.93	365.86	14	33.32	66.64	Megalosphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 7.2	H5	Dead	135.25	270.50	11	33.84	67.68	Megalosphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 7.6	H5	Dead	195.18	390.36	13	35.57	71.14	Megalosphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA2	pH 7.6	H7	Dead	155.89	311.78	12	40.66	81.32	Megalosphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA2	pH 8.1	H2	Live	203.82	407.64	16	27.56	55.12	Megalosphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	pH 7.2	H3	Live	179.91	359.82	13	29.22	58.44	Megalosphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 8.1	H3	Live	186.82	373.64	13	33.42	66.84	Megalosphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	pH 8.1	H6	Live	231.43	462.86	17	36.34	72.68	Megalosphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	Untreated	H5	Untreated	196.61	393.22	14	31.77	63.54	Megalosphere
laboratory	Haynesina sp.	28	OA2	Untreated	H4	Untreated	212.08	424.16	16	32.42	64.84	Megalosphere
laboratory	Haynesina sp.	28	OA2	Untreated	H2	Untreated	188.51	377.02	14	32.71	65.42	Megalosphere
laboratory	Haynesina sp.	28	OA3	pH 7.2	H4	Dead	186.02	372.04	22	15.33	30.66	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA3	pH 8.1	H4	Dead	177.16	354.32	20	15.77	31.54	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA3	pH 7.6	H6	Dead	164.07	328.14	23	15.83	31.66	Microsphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA3	pH 7.2	H5	Dead	184.84	369.68	21	16.07	32.14	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA3	pH 7.6	H1	Dead	175.49	350.98	19	16.52	33.04	Microsphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA2	pH 7.2	H1	Dead	212.61	425.22	21	18.16	36.32	Microsphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 7.6	H9	Dead	200.77	401.54	20	18.24	36.48	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 8.1	H6	Dead	219.65	439.30	26	18.25	36.50	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA2	pH 7.2	H6	Dead	175.91	351.82	20	18.48	36.96	Microsphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 8.1	H6	Dead	208.38	416.76	24	18.53	37.06	Microsphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	pH 7.6	H2	Dead	140.81	281.62	17	19.55	39.10	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 7.2	H3	Dead	156.33	312.66	17	20.17	40.34	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA2	pH 7.6	H3	Dead	193.18	386.36	19	20.24	40.48	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 8.1	H2	Dead	149.65	299.30	23	20.92	41.84	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA2	pH 7.6	H6	Dead	163.47	326.94	16	21.46	42.92	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 7.2	H1	Dead	195.15	390.30	21	21.83	43.66	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA2	pH 7.6	H11	Dead	174.07	348.14	17	21.94	43.88	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 8.1	H3	Dead	158.88	317.76	15	22.71	45.42	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA2	pH 8.1	H7	Dead	187.29	374.58	18	22.81	45.62	Microsphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA3	pH 7.2	H2	Dead	188.23	376.46	23	24.57	49.14	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA2	pH 7.6	H1	Dead	158.89	317.78	13	25.86	51.72	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 8.1	H5	Dead	190.11	380.22	16	27.22	54.44	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA3	pH 7.2	H3	Live	160.21	320.42	28	6.70	13.40	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA3	pH 7.2	H2	Live	117.01	234.02	16	14.05	28.10	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA2	pH 7.2	H4	Live	170.53	341.06	22	16.23	32.46	Microsphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 7.6	H1	Live	193.68	387.36	21	16.36	32.72	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA2	pH 7.6	H5	Live	190.48	380.96	21	16.61	33.22	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA2	pH 7.6	H3	Live	184.04	368.08	21	17.26	34.52	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 7.2	H5	Live	185.98	371.96	21	18.05	36.10	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA3	pH 7.6	H3	Live	173.18	346.36	20	18.09	36.18	Microsphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA3	pH 8.1	H1	Live	191.93	383.86	20	19.10	38.20	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA3	pH 7.6	H2	Live	180.75	361.50	16	19.41	38.82	Microsphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA2	pH 7.6	H6	Live	198.29	396.58	22	19.60	39.20	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA2	pH 7.2	H1	Live	244.55	489.10	21	20.24	40.48	Microsphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 7.2	H5	Live	222.34	444.68	24	20.46	40.92	Microsphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA2	pH 8.1	H1	Live	147.54	295.08	15	20.58	41.16	Microsphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA3	pH 8.1	H3	Live	175.06	350.12	21	20.72	41.44	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA3	pH 7.6	H1	Live	203.17	406.34	21	20.75	41.50	Microsphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA3	pH 8.1	H5	Live	200.35	400.70	21	20.77	41.54	Microsphere	35.25	26.01	7.76	1258.40	8.00	12.79	463.14	464.60	1060.09	69.61	1142.49	1.11	1.67
laboratory	Haynesina sp.	28	OA3	pH 7.6	H4	Live	187.35	374.70	21	20.90	41.80	Microsphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA2	pH 7.6	H4	Live	205.14	410.28	22	21.04	42.08	Microsphere	37.38	25.47	7.33	2486.00	8.00	76.01	2743.57	2752.32	2344.10	58.46	2478.58	0.91	1.38
laboratory	Haynesina sp.	28	OA3	pH 7.6	H5	Live	203.76	407.52	22	22.04	44.08	Microsphere	36.38	26.25	7.43	2315.75	8.00	55.03	2013.39	2019.75	2149.33	67.85	2272.21	1.07	1.62
laboratory	Haynesina sp.	28	OA2	pH 8.1	H5	Live	166.33	332.66	16	22.29	44.58	Microsphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	pH 8.1	H4	Live	166.46	332.92	16	22.33	44.66	Microsphere	37.08	25.59	7.88	1522.84	8.00	11.04	399.03	400.30	1224.17	109.68	1344.89	1.72	2.59
laboratory	Haynesina sp.	28	OA2	pH 7.2	H6	Live	171.09	342.18	15	23.44	46.88	Microsphere	37.46	24.93	7.12	2459.07	8.00	125.85	4480.77	4495.20	2369.95	36.71	2532.51	0.57	0.87
laboratory	Haynesina sp.	28	OA3	pH 7.2	H4	Live	218.60	437.20	23	25.11	50.22	Microsphere	36.31	25.38	7.08	2564.29	8.00	141.98	5083.77	5100.06	2481.47	34.46	2657.91	0.54	0.82
laboratory	Haynesina sp.	28	OA2	Untreated	H6	Untreated	162.49	324.98	22	8.21	16.42	Microsphere
laboratory	Haynesina sp.	28	OA3	Untreated	H1	Untreated	180.51	361.02	22	16.66	33.32	Microsphere
laboratory	Haynesina sp.	28	OA3	Untreated	H6	Untreated	127.14	254.28	15	17.33	34.66	Microsphere
laboratory	Haynesina sp.	28	OA3	Untreated	H7	Untreated	134.43	268.86	17	17.97	35.94	Microsphere
laboratory	Haynesina sp.	28	OA3	Untreated	H3	Untreated	176.10	352.20	23	18.05	36.10	Microsphere
laboratory	Haynesina sp.	28	OA3	Untreated	H2	Untreated	121.02	242.04	15	18.58	37.16	Microsphere
laboratory	Haynesina sp.	28	OA3	Untreated	H8	Untreated	159.08	318.16	18	19.08	38.16	Microsphere
laboratory	Haynesina sp.	28	OA2	Untreated	H7	Untreated	165.04	330.08	18	19.22	38.44	Microsphere
laboratory	Haynesina sp.	28	OA2	Untreated	H3	Untreated	181.38	362.76	20	19.70	39.40	Microsphere
laboratory	Haynesina sp.	28	OA2	Untreated	H8	Untreated	211.69	423.38	22	21.30	42.60	Microsphere
laboratory	Haynesina sp.	28	OA2	Untreated	H1	Untreated	148.55	297.10	13	22.77	45.54	Microsphere
laboratory	Haynesina sp.	28	OA3	Untreated	H4	Untreated	199.07	398.14	20	23.15	46.30	Microsphere