Technical Note: Maximising  accuracy and minimising cost of a potentiometrically regulated ocean acidification simulation system

MacLeod, C. D.; Doyle, H. L.; Currie, K. I.

doi:https://doi.org/10.5194/bg-12-713-2015

Articles | Volume 12, issue 3

https://doi.org/10.5194/bg-12-713-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/bg-12-713-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 12, issue 3

Technical note

| Highlight paper

|

05 Feb 2015

Technical note | Highlight paper |

| 05 Feb 2015

Technical Note: Maximising accuracy and minimising cost of a potentiometrically regulated ocean acidification simulation system

C. D. MacLeod, H. L. Doyle, and K. I. Currie

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Total article views: 5,744 (including HTML, PDF, and XML)

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Views and downloads (calculated since 28 May 2014)

Month	HTML	PDF	XML	Total
May 2014	22	12	1	35
Jun 2014	41	62	4	107
Jul 2014	34	31	6	71
Aug 2014	7	12	2	21
Sep 2014	33	15	3	51
Oct 2014	9	18	3	30
Nov 2014	3	13	1	17
Dec 2014	6	25	0	31
Jan 2015	4	9	1	14
Feb 2015	198	82	2	282
Mar 2015	38	19	2	59
Apr 2015	27	15	1	43
May 2015	11	17	0	28
Jun 2015	37	16	2	55
Jul 2015	33	14	2	49
Aug 2015	20	8	2	30
Sep 2015	15	12	0	27
Oct 2015	20	9	1	30
Nov 2015	31	17	7	55
Dec 2015	7	15	1	23
Jan 2016	33	17	6	56
Feb 2016	22	12	1	35
Mar 2016	19	7	1	27
Apr 2016	8	4	0	12
May 2016	20	8	4	32
Jun 2016	23	7	9	39
Jul 2016	15	2	3	20
Aug 2016	11	8	1	20
Sep 2016	15	4	2	21
Oct 2016	14	5	2	21
Nov 2016	17	3	1	21
Dec 2016	12	1	1	14
Jan 2017	25	7	2	34
Feb 2017	33	3	5	41
Mar 2017	42	4	11	57
Apr 2017	62	12	14	88
May 2017	71	10	17	98
Jun 2017	61	8	12	81
Jul 2017	26	7	7	40
Aug 2017	11	31	2	44
Sep 2017	27	7	6	40
Oct 2017	20	7	2	29
Nov 2017	27	6	5	38
Dec 2017	28	3	2	33
Jan 2018	32	6	3	41
Feb 2018	34	3	5	42
Mar 2018	21	7	4	32
Apr 2018	20	6	6	32
May 2018	19	7	2	28
Jun 2018	14	10	7	31
Jul 2018	10	7	7	24
Aug 2018	18	6	4	28
Sep 2018	15	7	5	27
Oct 2018	19	8	2	29
Nov 2018	17	7	6	30
Dec 2018	30	6	3	39
Jan 2019	21	5	2	28
Feb 2019	12	8	6	26
Mar 2019	24	3	3	30
Apr 2019	44	6	0	50
May 2019	32	2	2	36
Jun 2019	37	8	1	46
Jul 2019	37	4	1	42
Aug 2019	30	9	3	42
Sep 2019	21	4	1	26
Oct 2019	42	8	1	51
Nov 2019	35	9	0	44
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Jan 2020	28	4	1	33
Feb 2020	32	4	2	38
Mar 2020	49	5	2	56
Apr 2020	65	5	2	72
May 2020	76	5	2	83
Jun 2020	56	5	2	63
Jul 2020	68	20	10	98
Aug 2020	52	6	8	66
Sep 2020	66	6	1	73
Oct 2020	38	5	3	46
Nov 2020	29	1	4	34
Dec 2020	68	10	4	82
Jan 2021	85	10	10	105
Feb 2021	57	8	8	73
Mar 2021	56	4	12	72
Apr 2021	56	15	11	82
May 2021	67	9	8	84
Jun 2021	58	5	4	67
Jul 2021	61	7	4	72
Aug 2021	42	8	2	52
Sep 2021	42	9	2	53
Oct 2021	38	26	4	68
Nov 2021	46	30	1	77
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Jan 2022	40	17	0	57
Feb 2022	33	4	1	38
Mar 2022	43	8	2	53
Apr 2022	35	3	1	39
May 2022	35	9	0	44
Jun 2022	38	10	3	51
Jul 2022	36	4	0	40
Aug 2022	34	6	0	40
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Oct 2022	39	16	5	60
Nov 2022	33	9	0	42
Dec 2022	39	7	1	47
Jan 2023	38	7	0	45
Feb 2023	41	6	1	48
Mar 2023	41	4	0	45
Apr 2023	37	4	0	41
May 2023	37	11	2	50
Jun 2023	32	6	3	41
Jul 2023	43	4	1	48
Aug 2023	46	4	2	52
Sep 2023	41	4	1	46
Oct 2023	41	5	1	47
Nov 2023	23	0	23
Dec 2023	9	1	0	10
Jan 2024	10	2	0	12
Feb 2024	3	8	0	11
Mar 2024	8	14	0	22
Apr 2024	15	12	9	36
May 2024	10	13	0	23
Jun 2024	14	8	3	25
Jul 2024	12	7	3	22
Aug 2024	29	7	1	37
Sep 2024	5	3	2	10
Oct 2024	17	2	2	21
Nov 2024	16	1	0	17

Cumulative views and downloads (calculated since 28 May 2014)

Month	HTML	PDF	XML	Total
May 2014	22	12	1	35
Jun 2014	41	62	4	107
Jul 2014	34	31	6	71
Aug 2014	7	12	2	21
Sep 2014	33	15	3	51
Oct 2014	9	18	3	30
Nov 2014	3	13	1	17
Dec 2014	6	25	0	31
Jan 2015	4	9	1	14
Feb 2015	198	82	2	282
Mar 2015	38	19	2	59
Apr 2015	27	15	1	43
May 2015	11	17	0	28
Jun 2015	37	16	2	55
Jul 2015	33	14	2	49
Aug 2015	20	8	2	30
Sep 2015	15	12	0	27
Oct 2015	20	9	1	30
Nov 2015	31	17	7	55
Dec 2015	7	15	1	23
Jan 2016	33	17	6	56
Feb 2016	22	12	1	35
Mar 2016	19	7	1	27
Apr 2016	8	4	0	12
May 2016	20	8	4	32
Jun 2016	23	7	9	39
Jul 2016	15	2	3	20
Aug 2016	11	8	1	20
Sep 2016	15	4	2	21
Oct 2016	14	5	2	21
Nov 2016	17	3	1	21
Dec 2016	12	1	1	14
Jan 2017	25	7	2	34
Feb 2017	33	3	5	41
Mar 2017	42	4	11	57
Apr 2017	62	12	14	88
May 2017	71	10	17	98
Jun 2017	61	8	12	81
Jul 2017	26	7	7	40
Aug 2017	11	31	2	44
Sep 2017	27	7	6	40
Oct 2017	20	7	2	29
Nov 2017	27	6	5	38
Dec 2017	28	3	2	33
Jan 2018	32	6	3	41
Feb 2018	34	3	5	42
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Apr 2018	20	6	6	32
May 2018	19	7	2	28
Jun 2018	14	10	7	31
Jul 2018	10	7	7	24
Aug 2018	18	6	4	28
Sep 2018	15	7	5	27
Oct 2018	19	8	2	29
Nov 2018	17	7	6	30
Dec 2018	30	6	3	39
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May 2019	32	2	2	36
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Jul 2019	37	4	1	42
Aug 2019	30	9	3	42
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Oct 2019	42	8	1	51
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Jun 2020	56	5	2	63
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Aug 2020	52	6	8	66
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Nov 2020	29	1	4	34
Dec 2020	68	10	4	82
Jan 2021	85	10	10	105
Feb 2021	57	8	8	73
Mar 2021	56	4	12	72
Apr 2021	56	15	11	82
May 2021	67	9	8	84
Jun 2021	58	5	4	67
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Jan 2022	40	17	0	57
Feb 2022	33	4	1	38
Mar 2022	43	8	2	53
Apr 2022	35	3	1	39
May 2022	35	9	0	44
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Jul 2022	36	4	0	40
Aug 2022	34	6	0	40
Sep 2022	38	3	0	41
Oct 2022	39	16	5	60
Nov 2022	33	9	0	42
Dec 2022	39	7	1	47
Jan 2023	38	7	0	45
Feb 2023	41	6	1	48
Mar 2023	41	4	0	45
Apr 2023	37	4	0	41
May 2023	37	11	2	50
Jun 2023	32	6	3	41
Jul 2023	43	4	1	48
Aug 2023	46	4	2	52
Sep 2023	41	4	1	46
Oct 2023	41	5	1	47
Nov 2023	23	0	23
Dec 2023	9	1	0	10
Jan 2024	10	2	0	12
Feb 2024	3	8	0	11
Mar 2024	8	14	0	22
Apr 2024	15	12	9	36
May 2024	10	13	0	23
Jun 2024	14	8	3	25
Jul 2024	12	7	3	22
Aug 2024	29	7	1	37
Sep 2024	5	3	2	10
Oct 2024	17	2	2	21
Nov 2024	16	1	0	17

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Latest update: 21 Nov 2024

Short summary

This article describes a low-cost, easily set-up ocean acidification simulation system that reliably mimics the effects of elevated atmospheric carbon dioxide on seawater chemistry. The accessible design of this system, along with our suggestions for the validation of pH control and characterisation of seawater chemistry, will enable researchers on a limited budget to generate high-quality, repeatable data documenting the response of marine organisms to ocean acidification.