The representation of solar cycle signals in stratospheric ozone – Part 1: A comparison of recently updated satellite observations

Maycock, Amanda C.; Matthes, Katja; Tegtmeier, Susann; Thiéblemont, Rémi; Hood, Lon

doi:10.5194/acp-16-10021-2016

Articles | Volume 16, issue 15

https://doi.org/10.5194/acp-16-10021-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/acp-16-10021-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 16, issue 15

Research article

|

09 Aug 2016

Research article |

| 09 Aug 2016

The representation of solar cycle signals in stratospheric ozone – Part 1: A comparison of recently updated satellite observations

Amanda C. Maycock, Katja Matthes, Susann Tegtmeier, Rémi Thiéblemont, and Lon Hood

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Views and downloads (calculated since 15 Jan 2016)

Month	HTML	PDF	XML	Total
Jan 2016	103	51	3	157
Feb 2016	53	20	2	75
Mar 2016	21	13	0	34
Apr 2016	18	8	0	26
May 2016	11	8	0	19
Jun 2016	19	7	1	27
Jul 2016	9	4	1	14
Aug 2016	159	38	4	201
Sep 2016	43	23	0	66
Oct 2016	27	20	0	47
Nov 2016	17	14	1	32
Dec 2016	7	10	0	17
Jan 2017	28	17	1	46
Feb 2017	41	12	1	54
Mar 2017	35	17	3	55
Apr 2017	33	25	0	58
May 2017	56	31	5	92
Jun 2017	43	15	1	59
Jul 2017	24	15	1	40
Aug 2017	29	13	1	43
Sep 2017	21	13	1	35
Oct 2017	24	16	0	40
Nov 2017	24	31	1	56
Dec 2017	19	13	2	34
Jan 2018	22	14	0	36
Feb 2018	21	8	0	29
Mar 2018	14	8	1	23
Apr 2018	16	10	0	26
May 2018	24	17	0	41
Jun 2018	12	13	0	25
Jul 2018	10	11	1	22
Aug 2018	44	20	1	65
Sep 2018	17	27	2	46
Oct 2018	25	12	2	39
Nov 2018	16	12	1	29
Dec 2018	7	4	1	12
Jan 2019	4	2	1	7
Feb 2019	14	10	0	24
Mar 2019	9	8	1	18
Apr 2019	3	6	2	11
May 2019	9	5	0	14
Jun 2019	13	6	0	19
Jul 2019	14	11	1	26
Aug 2019	6	5	0	11
Sep 2019	8	6	0	14
Oct 2019	9	6	1	16
Nov 2019	12	5	0	17
Dec 2019	5	8	0	13
Jan 2020	12	5	0	17
Feb 2020	10	2	0	12
Mar 2020	1	3	0	4
Apr 2020	4	6	0	10
May 2020	9	0	9
Jun 2020	13	14	0	27
Jul 2020	17	13	4	34
Aug 2020	13	8	2	23
Sep 2020	13	8	0	21
Oct 2020	7	6	0	13
Nov 2020	4	6	0	10
Dec 2020	5	6	0	11
Jan 2021	19	11	0	30
Feb 2021	12	9	0	21
Mar 2021	8	4	0	12
Apr 2021	15	9	0	24
May 2021	13	14	2	29
Jun 2021	9	7	0	16
Jul 2021	8	8	1	17
Aug 2021	11	10	1	22
Sep 2021	14	10	0	24
Oct 2021	9	38	0	47
Nov 2021	9	25	2	36
Dec 2021	13	9	0	22
Jan 2022	15	19	2	36
Feb 2022	15	2	0	17
Mar 2022	9	11	0	20
Apr 2022	9	7	2	18
May 2022	2	3	1	6
Jun 2022	6	3	0	9
Jul 2022	10	5	1	16
Aug 2022	9	6	0	15
Sep 2022	10	3	0	13
Oct 2022	12	7	1	20
Nov 2022	15	5	0	20
Dec 2022	12	6	1	19
Jan 2023	16	11	0	27
Feb 2023	17	11	1	29
Mar 2023	23	12	0	35
Apr 2023	9	6	0	15
May 2023	37	8	1	46
Jun 2023	40	4	1	45
Jul 2023	40	7	1	48
Aug 2023	35	8	2	45
Sep 2023	38	3	3	44
Oct 2023	41	8	2	51
Nov 2023	27	2	0	29
Dec 2023	42	8	4	54
Jan 2024	47	5	0	52
Feb 2024	36	10	0	46
Mar 2024	40	13	1	54
Apr 2024	46	14	8	68
May 2024	19	11	4	34
Jun 2024	55	4	2	61
Jul 2024	25	12	3	40
Aug 2024	40	9	2	51
Sep 2024	13	7	0	20
Oct 2024	22	4	0	26
Nov 2024	13	2	2	17
Dec 2024	31	7	1	39
Jan 2025	50	11	4	65
Feb 2025	52	8	5	65
Mar 2025	13	10	0	23
Apr 2025	25	17	0	42
May 2025	27	6	9	42
Jun 2025	56	14	1	71
Jul 2025	33	17	2	52
Aug 2025	45	15	3	63
Sep 2025	66	15	2	83
Oct 2025	20	20	1	41
Nov 2025	31	22	2	55

Cumulative views and downloads (calculated since 15 Jan 2016)

Month	HTML	PDF	XML	Total
Jan 2016	103	51	3	157
Feb 2016	53	20	2	75
Mar 2016	21	13	0	34
Apr 2016	18	8	0	26
May 2016	11	8	0	19
Jun 2016	19	7	1	27
Jul 2016	9	4	1	14
Aug 2016	159	38	4	201
Sep 2016	43	23	0	66
Oct 2016	27	20	0	47
Nov 2016	17	14	1	32
Dec 2016	7	10	0	17
Jan 2017	28	17	1	46
Feb 2017	41	12	1	54
Mar 2017	35	17	3	55
Apr 2017	33	25	0	58
May 2017	56	31	5	92
Jun 2017	43	15	1	59
Jul 2017	24	15	1	40
Aug 2017	29	13	1	43
Sep 2017	21	13	1	35
Oct 2017	24	16	0	40
Nov 2017	24	31	1	56
Dec 2017	19	13	2	34
Jan 2018	22	14	0	36
Feb 2018	21	8	0	29
Mar 2018	14	8	1	23
Apr 2018	16	10	0	26
May 2018	24	17	0	41
Jun 2018	12	13	0	25
Jul 2018	10	11	1	22
Aug 2018	44	20	1	65
Sep 2018	17	27	2	46
Oct 2018	25	12	2	39
Nov 2018	16	12	1	29
Dec 2018	7	4	1	12
Jan 2019	4	2	1	7
Feb 2019	14	10	0	24
Mar 2019	9	8	1	18
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May 2019	9	5	0	14
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Aug 2019	6	5	0	11
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Nov 2020	4	6	0	10
Dec 2020	5	6	0	11
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Feb 2021	12	9	0	21
Mar 2021	8	4	0	12
Apr 2021	15	9	0	24
May 2021	13	14	2	29
Jun 2021	9	7	0	16
Jul 2021	8	8	1	17
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Oct 2021	9	38	0	47
Nov 2021	9	25	2	36
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Jan 2022	15	19	2	36
Feb 2022	15	2	0	17
Mar 2022	9	11	0	20
Apr 2022	9	7	2	18
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Jul 2022	10	5	1	16
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Sep 2022	10	3	0	13
Oct 2022	12	7	1	20
Nov 2022	15	5	0	20
Dec 2022	12	6	1	19
Jan 2023	16	11	0	27
Feb 2023	17	11	1	29
Mar 2023	23	12	0	35
Apr 2023	9	6	0	15
May 2023	37	8	1	46
Jun 2023	40	4	1	45
Jul 2023	40	7	1	48
Aug 2023	35	8	2	45
Sep 2023	38	3	3	44
Oct 2023	41	8	2	51
Nov 2023	27	2	0	29
Dec 2023	42	8	4	54
Jan 2024	47	5	0	52
Feb 2024	36	10	0	46
Mar 2024	40	13	1	54
Apr 2024	46	14	8	68
May 2024	19	11	4	34
Jun 2024	55	4	2	61
Jul 2024	25	12	3	40
Aug 2024	40	9	2	51
Sep 2024	13	7	0	20
Oct 2024	22	4	0	26
Nov 2024	13	2	2	17
Dec 2024	31	7	1	39
Jan 2025	50	11	4	65
Feb 2025	52	8	5	65
Mar 2025	13	10	0	23
Apr 2025	25	17	0	42
May 2025	27	6	9	42
Jun 2025	56	14	1	71
Jul 2025	33	17	2	52
Aug 2025	45	15	3	63
Sep 2025	66	15	2	83
Oct 2025	20	20	1	41
Nov 2025	31	22	2	55

Latest update: 26 Nov 2025

Short summary

The impact of changes in incoming solar radiation on stratospheric ozone has important impacts on the atmosphere. Understanding this ozone response is crucial for constraining how solar activity affects climate. This study analyses the solar ozone response (SOR) in satellite datasets and shows that there are substantial differences in the magnitude and spatial structure across different records. In particular, the SOR in the new SAGE v7.0 mixing ratio data is smaller than in the previous v6.2.