Evaluation of the ACCESS – chemistry–climate model for the Southern Hemisphere

Stone, Kane A.; Morgenstern, Olaf; Karoly, David J.; Klekociuk, Andrew R.; French, W. John; Abraham, N. Luke; Schofield, Robyn

doi:10.5194/acp-16-2401-2016

Articles | Volume 16, issue 4

https://doi.org/10.5194/acp-16-2401-2016

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

https://doi.org/10.5194/acp-16-2401-2016

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

Articles | Volume 16, issue 4

Research article

|

29 Feb 2016

Research article |

| 29 Feb 2016

Evaluation of the ACCESS – chemistry–climate model for the Southern Hemisphere

Kane A. Stone, Olaf Morgenstern, David J. Karoly, Andrew R. Klekociuk, W. John French, N. Luke Abraham, and Robyn Schofield

Viewed

Total article views: 3,525 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
2,286	1,113	126	3,525	138	151

HTML: 2,286
PDF: 1,113
XML: 126
Total: 3,525
BibTeX: 138
EndNote: 151

Views and downloads (calculated since 13 Jul 2015)

Month	HTML	PDF	XML	Total
Jul 2015	98	56	4	158
Aug 2015	28	14	2	44
Sep 2015	14	12	1	27
Oct 2015	6	6	0	12
Nov 2015	25	21	6	52
Dec 2015	9	7	4	20
Jan 2016	16	10	2	28
Feb 2016	49	17	3	69
Mar 2016	81	41	2	124
Apr 2016	13	10	0	23
May 2016	21	12	0	33
Jun 2016	8	2	1	11
Jul 2016	9	2	2	13
Aug 2016	15	2	0	17
Sep 2016	11	3	0	14
Oct 2016	11	4	0	15
Nov 2016	6	3	0	9
Dec 2016	4	5	1	10
Jan 2017	25	6	1	32
Feb 2017	13	1	1	15
Mar 2017	26	12	1	39
Apr 2017	24	11	0	35
May 2017	26	14	0	40
Jun 2017	29	6	0	35
Jul 2017	20	5	0	25
Aug 2017	12	6	0	18
Sep 2017	13	9	0	22
Oct 2017	15	12	3	30
Nov 2017	10	8	2	20
Dec 2017	11	14	0	25
Jan 2018	13	5	0	18
Feb 2018	10	7	0	17
Mar 2018	14	10	3	27
Apr 2018	16	5	0	21
May 2018	13	8	0	21
Jun 2018	8	7	1	16
Jul 2018	10	10	0	20
Aug 2018	19	9	0	28
Sep 2018	13	14	0	27
Oct 2018	21	11	1	33
Nov 2018	11	9	1	21
Dec 2018	6	2	0	8
Jan 2019	7	9	0	16
Feb 2019	8	8	1	17
Mar 2019	11	5	0	16
Apr 2019	10	5	0	15
May 2019	12	9	1	22
Jun 2019	7	5	1	13
Jul 2019	10	6	1	17
Aug 2019	14	7	1	22
Sep 2019	4	3	0	7
Oct 2019	10	6	2	18
Nov 2019	8	4	0	12
Dec 2019	8	1	0	9
Jan 2020	18	5	1	24
Feb 2020	9	6	0	15
Mar 2020	6	1	0	7
Apr 2020	6	1	0	7
May 2020	7	3	0	10
Jun 2020	23	8	0	31
Jul 2020	19	10	5	34
Aug 2020	20	5	4	29
Sep 2020	14	7	1	22
Oct 2020	5	8	0	13
Nov 2020	9	3	0	12
Dec 2020	7	8	0	15
Jan 2021	15	9	0	24
Feb 2021	11	6	0	17
Mar 2021	7	3	0	10
Apr 2021	11	4	0	15
May 2021	13	7	1	21
Jun 2021	8	2	0	10
Jul 2021	10	9	0	19
Aug 2021	9	7	0	16
Sep 2021	12	11	0	23
Oct 2021	10	39	0	49
Nov 2021	14	13	0	27
Dec 2021	21	13	1	35
Jan 2022	11	7	0	18
Feb 2022	9	5	1	15
Mar 2022	9	10	0	19
Apr 2022	6	1	1	8
May 2022	3	4	0	7
Jun 2022	7	8	0	15
Jul 2022	4	6	0	10
Aug 2022	17	8	2	27
Sep 2022	7	5	1	13
Oct 2022	6	2	0	8
Nov 2022	9	7	1	17
Dec 2022	13	2	0	15
Jan 2023	18	9	0	27
Feb 2023	16	8	0	24
Mar 2023	14	7	0	21
Apr 2023	12	4	0	16
May 2023	31	13	0	44
Jun 2023	42	11	1	54
Jul 2023	39	1	1	41
Aug 2023	36	6	2	44
Sep 2023	41	8	1	50
Oct 2023	41	7	2	50
Nov 2023	24	1	0	25
Dec 2023	50	6	2	58
Jan 2024	41	5	2	48
Feb 2024	36	10	1	47
Mar 2024	39	20	3	62
Apr 2024	37	9	4	50
May 2024	15	18	3	36
Jun 2024	38	5	16	59
Jul 2024	12	9	1	22
Aug 2024	18	3	3	24
Sep 2024	4	4	0	8
Oct 2024	23	11	1	35
Nov 2024	15	7	3	25
Dec 2024	25	11	0	36
Jan 2025	37	6	1	44
Feb 2025	55	13	0	68
Mar 2025	12	8	2	22
Apr 2025	10	13	1	24
May 2025	27	14	0	41
Jun 2025	50	20	3	73
Jul 2025	29	24	1	54
Aug 2025	30	23	0	53
Sep 2025	17	13	3	33
Oct 2025	44	31	1	76
Nov 2025	12	6	0	18

Cumulative views and downloads (calculated since 13 Jul 2015)

Month	HTML	PDF	XML	Total
Jul 2015	98	56	4	158
Aug 2015	28	14	2	44
Sep 2015	14	12	1	27
Oct 2015	6	6	0	12
Nov 2015	25	21	6	52
Dec 2015	9	7	4	20
Jan 2016	16	10	2	28
Feb 2016	49	17	3	69
Mar 2016	81	41	2	124
Apr 2016	13	10	0	23
May 2016	21	12	0	33
Jun 2016	8	2	1	11
Jul 2016	9	2	2	13
Aug 2016	15	2	0	17
Sep 2016	11	3	0	14
Oct 2016	11	4	0	15
Nov 2016	6	3	0	9
Dec 2016	4	5	1	10
Jan 2017	25	6	1	32
Feb 2017	13	1	1	15
Mar 2017	26	12	1	39
Apr 2017	24	11	0	35
May 2017	26	14	0	40
Jun 2017	29	6	0	35
Jul 2017	20	5	0	25
Aug 2017	12	6	0	18
Sep 2017	13	9	0	22
Oct 2017	15	12	3	30
Nov 2017	10	8	2	20
Dec 2017	11	14	0	25
Jan 2018	13	5	0	18
Feb 2018	10	7	0	17
Mar 2018	14	10	3	27
Apr 2018	16	5	0	21
May 2018	13	8	0	21
Jun 2018	8	7	1	16
Jul 2018	10	10	0	20
Aug 2018	19	9	0	28
Sep 2018	13	14	0	27
Oct 2018	21	11	1	33
Nov 2018	11	9	1	21
Dec 2018	6	2	0	8
Jan 2019	7	9	0	16
Feb 2019	8	8	1	17
Mar 2019	11	5	0	16
Apr 2019	10	5	0	15
May 2019	12	9	1	22
Jun 2019	7	5	1	13
Jul 2019	10	6	1	17
Aug 2019	14	7	1	22
Sep 2019	4	3	0	7
Oct 2019	10	6	2	18
Nov 2019	8	4	0	12
Dec 2019	8	1	0	9
Jan 2020	18	5	1	24
Feb 2020	9	6	0	15
Mar 2020	6	1	0	7
Apr 2020	6	1	0	7
May 2020	7	3	0	10
Jun 2020	23	8	0	31
Jul 2020	19	10	5	34
Aug 2020	20	5	4	29
Sep 2020	14	7	1	22
Oct 2020	5	8	0	13
Nov 2020	9	3	0	12
Dec 2020	7	8	0	15
Jan 2021	15	9	0	24
Feb 2021	11	6	0	17
Mar 2021	7	3	0	10
Apr 2021	11	4	0	15
May 2021	13	7	1	21
Jun 2021	8	2	0	10
Jul 2021	10	9	0	19
Aug 2021	9	7	0	16
Sep 2021	12	11	0	23
Oct 2021	10	39	0	49
Nov 2021	14	13	0	27
Dec 2021	21	13	1	35
Jan 2022	11	7	0	18
Feb 2022	9	5	1	15
Mar 2022	9	10	0	19
Apr 2022	6	1	1	8
May 2022	3	4	0	7
Jun 2022	7	8	0	15
Jul 2022	4	6	0	10
Aug 2022	17	8	2	27
Sep 2022	7	5	1	13
Oct 2022	6	2	0	8
Nov 2022	9	7	1	17
Dec 2022	13	2	0	15
Jan 2023	18	9	0	27
Feb 2023	16	8	0	24
Mar 2023	14	7	0	21
Apr 2023	12	4	0	16
May 2023	31	13	0	44
Jun 2023	42	11	1	54
Jul 2023	39	1	1	41
Aug 2023	36	6	2	44
Sep 2023	41	8	1	50
Oct 2023	41	7	2	50
Nov 2023	24	1	0	25
Dec 2023	50	6	2	58
Jan 2024	41	5	2	48
Feb 2024	36	10	1	47
Mar 2024	39	20	3	62
Apr 2024	37	9	4	50
May 2024	15	18	3	36
Jun 2024	38	5	16	59
Jul 2024	12	9	1	22
Aug 2024	18	3	3	24
Sep 2024	4	4	0	8
Oct 2024	23	11	1	35
Nov 2024	15	7	3	25
Dec 2024	25	11	0	36
Jan 2025	37	6	1	44
Feb 2025	55	13	0	68
Mar 2025	12	8	2	22
Apr 2025	10	13	1	24
May 2025	27	14	0	41
Jun 2025	50	20	3	73
Jul 2025	29	24	1	54
Aug 2025	30	23	0	53
Sep 2025	17	13	3	33
Oct 2025	44	31	1	76
Nov 2025	12	6	0	18

Latest update: 08 Nov 2025

Short summary

This paper describes the set-up and evaluation of the Australian Community Climate and Earth System Simulator – chemistry-climate model.

Emphasis is placed on the Antarctic ozone hole, which is very important considering its role modulating Southern Hemisphere surface climate. While the model simulates the global distribution of ozone well, there is a disparity in the vertical location of springtime ozone depletion over Antarctica, highlighting important areas for future development.