One-year simulation of ozone and particulate matter in China
using WRF/CMAQ modeling system

Hu, Jianlin; Chen, Jianjun; Ying, Qi; Zhang, Hongliang

doi:10.5194/acp-16-10333-2016

Articles | Volume 16, issue 16

https://doi.org/10.5194/acp-16-10333-2016

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

https://doi.org/10.5194/acp-16-10333-2016

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

Articles | Volume 16, issue 16

Research article

|

16 Aug 2016

Research article |

| 16 Aug 2016

One-year simulation of ozone and particulate matter in China using WRF/CMAQ modeling system

Jianlin Hu, Jianjun Chen, Qi Ying, and Hongliang Zhang

Viewed

Total article views: 10,123 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
6,073	3,852	198	10,123	165	278

HTML: 6,073
PDF: 3,852
XML: 198
Total: 10,123
BibTeX: 165
EndNote: 278

Views and downloads (calculated since 13 Apr 2016)

Month	HTML	PDF	XML	Total
Apr 2016	213	83	2	298
May 2016	40	18	0	58
Jun 2016	12	4	1	17
Jul 2016	28	11	1	40
Aug 2016	155	56	4	215
Sep 2016	38	42	0	80
Oct 2016	25	25	1	51
Nov 2016	13	12	0	25
Dec 2016	21	14	0	35
Jan 2017	18	19	1	38
Feb 2017	30	22	1	53
Mar 2017	40	40	3	83
Apr 2017	34	30	0	64
May 2017	38	40	1	79
Jun 2017	15	17	2	34
Jul 2017	25	35	1	61
Aug 2017	21	34	1	56
Sep 2017	20	43	1	64
Oct 2017	20	45	1	66
Nov 2017	21	45	0	66
Dec 2017	24	45	1	70
Jan 2018	16	33	5	54
Feb 2018	11	34	0	45
Mar 2018	20	46	1	67
Apr 2018	11	35	1	47
May 2018	38	61	1	100
Jun 2018	15	29	1	45
Jul 2018	21	26	1	48
Aug 2018	23	22	0	45
Sep 2018	12	30	1	43
Oct 2018	22	35	1	58
Nov 2018	22	53	3	78
Dec 2018	10	23	0	33
Jan 2019	14	31	2	47
Feb 2019	6	27	1	34
Mar 2019	18	40	0	58
Apr 2019	8	23	0	31
May 2019	21	27	1	49
Jun 2019	14	35	0	49
Jul 2019	21	34	0	55
Aug 2019	24	33	0	57
Sep 2019	10	21	0	31
Oct 2019	17	36	1	54
Nov 2019	12	25	2	39
Dec 2019	5	23	0	28
Jan 2020	16	24	0	40
Feb 2020	9	10	2	21
Mar 2020	15	14	0	29
Apr 2020	24	44	0	68
May 2020	18	17	0	35
Jun 2020	31	31	0	62
Jul 2020	24	19	5	48
Aug 2020	29	22	2	53
Sep 2020	31	23	1	55
Oct 2020	18	24	0	42
Nov 2020	11	8	1	20
Dec 2020	5	12	2	19
Jan 2021	45	22	0	67
Feb 2021	25	24	0	49
Mar 2021	23	33	3	59
Apr 2021	29	29	1	59
May 2021	28	37	2	67
Jun 2021	30	26	2	58
Jul 2021	37	27	1	65
Aug 2021	38	31	0	69
Sep 2021	34	30	0	64
Oct 2021	74	86	3	163
Nov 2021	52	62	4	118
Dec 2021	57	44	5	106
Jan 2022	57	29	4	90
Feb 2022	47	49	4	100
Mar 2022	106	52	4	162
Apr 2022	88	47	4	139
May 2022	59	47	4	110
Jun 2022	76	27	3	106
Jul 2022	58	22	1	81
Aug 2022	50	21	1	72
Sep 2022	57	28	2	87
Oct 2022	63	39	2	104
Nov 2022	85	40	5	130
Dec 2022	72	22	1	95
Jan 2023	97	41	4	142
Feb 2023	112	42	2	156
Mar 2023	129	70	2	201
Apr 2023	66	50	1	117
May 2023	96	40	4	140
Jun 2023	86	24	2	112
Jul 2023	99	58	2	159
Aug 2023	119	32	6	157
Sep 2023	165	40	1	206
Oct 2023	106	62	1	169
Nov 2023	77	33	0	110
Dec 2023	113	42	3	158
Jan 2024	103	38	5	146
Feb 2024	100	20	0	120
Mar 2024	154	58	5	217
Apr 2024	164	42	13	219
May 2024	117	54	1	172
Jun 2024	99	35	2	136
Jul 2024	68	30	5	103
Aug 2024	76	37	3	116
Sep 2024	63	25	1	89
Oct 2024	70	25	0	95
Nov 2024	94	28	3	125
Dec 2024	58	20	2	80
Jan 2025	69	23	4	96
Feb 2025	81	30	2	113
Mar 2025	66	28	1	95
Apr 2025	75	42	3	120
May 2025	92	23	1	116
Jun 2025	116	36	2	154
Jul 2025	102	31	1	134
Aug 2025	87	47	0	134
Sep 2025	80	25	3	108
Oct 2025	87	32	0	119
Nov 2025	24	5	0	29

Cumulative views and downloads (calculated since 13 Apr 2016)

Month	HTML	PDF	XML	Total
Apr 2016	213	83	2	298
May 2016	40	18	0	58
Jun 2016	12	4	1	17
Jul 2016	28	11	1	40
Aug 2016	155	56	4	215
Sep 2016	38	42	0	80
Oct 2016	25	25	1	51
Nov 2016	13	12	0	25
Dec 2016	21	14	0	35
Jan 2017	18	19	1	38
Feb 2017	30	22	1	53
Mar 2017	40	40	3	83
Apr 2017	34	30	0	64
May 2017	38	40	1	79
Jun 2017	15	17	2	34
Jul 2017	25	35	1	61
Aug 2017	21	34	1	56
Sep 2017	20	43	1	64
Oct 2017	20	45	1	66
Nov 2017	21	45	0	66
Dec 2017	24	45	1	70
Jan 2018	16	33	5	54
Feb 2018	11	34	0	45
Mar 2018	20	46	1	67
Apr 2018	11	35	1	47
May 2018	38	61	1	100
Jun 2018	15	29	1	45
Jul 2018	21	26	1	48
Aug 2018	23	22	0	45
Sep 2018	12	30	1	43
Oct 2018	22	35	1	58
Nov 2018	22	53	3	78
Dec 2018	10	23	0	33
Jan 2019	14	31	2	47
Feb 2019	6	27	1	34
Mar 2019	18	40	0	58
Apr 2019	8	23	0	31
May 2019	21	27	1	49
Jun 2019	14	35	0	49
Jul 2019	21	34	0	55
Aug 2019	24	33	0	57
Sep 2019	10	21	0	31
Oct 2019	17	36	1	54
Nov 2019	12	25	2	39
Dec 2019	5	23	0	28
Jan 2020	16	24	0	40
Feb 2020	9	10	2	21
Mar 2020	15	14	0	29
Apr 2020	24	44	0	68
May 2020	18	17	0	35
Jun 2020	31	31	0	62
Jul 2020	24	19	5	48
Aug 2020	29	22	2	53
Sep 2020	31	23	1	55
Oct 2020	18	24	0	42
Nov 2020	11	8	1	20
Dec 2020	5	12	2	19
Jan 2021	45	22	0	67
Feb 2021	25	24	0	49
Mar 2021	23	33	3	59
Apr 2021	29	29	1	59
May 2021	28	37	2	67
Jun 2021	30	26	2	58
Jul 2021	37	27	1	65
Aug 2021	38	31	0	69
Sep 2021	34	30	0	64
Oct 2021	74	86	3	163
Nov 2021	52	62	4	118
Dec 2021	57	44	5	106
Jan 2022	57	29	4	90
Feb 2022	47	49	4	100
Mar 2022	106	52	4	162
Apr 2022	88	47	4	139
May 2022	59	47	4	110
Jun 2022	76	27	3	106
Jul 2022	58	22	1	81
Aug 2022	50	21	1	72
Sep 2022	57	28	2	87
Oct 2022	63	39	2	104
Nov 2022	85	40	5	130
Dec 2022	72	22	1	95
Jan 2023	97	41	4	142
Feb 2023	112	42	2	156
Mar 2023	129	70	2	201
Apr 2023	66	50	1	117
May 2023	96	40	4	140
Jun 2023	86	24	2	112
Jul 2023	99	58	2	159
Aug 2023	119	32	6	157
Sep 2023	165	40	1	206
Oct 2023	106	62	1	169
Nov 2023	77	33	0	110
Dec 2023	113	42	3	158
Jan 2024	103	38	5	146
Feb 2024	100	20	0	120
Mar 2024	154	58	5	217
Apr 2024	164	42	13	219
May 2024	117	54	1	172
Jun 2024	99	35	2	136
Jul 2024	68	30	5	103
Aug 2024	76	37	3	116
Sep 2024	63	25	1	89
Oct 2024	70	25	0	95
Nov 2024	94	28	3	125
Dec 2024	58	20	2	80
Jan 2025	69	23	4	96
Feb 2025	81	30	2	113
Mar 2025	66	28	1	95
Apr 2025	75	42	3	120
May 2025	92	23	1	116
Jun 2025	116	36	2	154
Jul 2025	102	31	1	134
Aug 2025	87	47	0	134
Sep 2025	80	25	3	108
Oct 2025	87	32	0	119
Nov 2025	24	5	0	29

Latest update: 08 Nov 2025

Short summary

A yearlong (2013) air-quality simulation was conducted to provide detailed temporal and spatial information of ozone, PM_2.5 total and chemical components. The paper firstly compared the simulated air pollutants in China with country-wide public available observations for a whole year. It proves the ability of CMAQ in reproducing severe air pollution in China, shows directions that need to be improved, and benefits future source apportionment and human exposure studies.