Wildfire influences on the variability and trend of summer surface ozone in the mountainous western United States

Lu, Xiao; Zhang, Lin; Yue, Xu; Zhang, Jiachen; Jaffe, Daniel A.; Stohl, Andreas; Zhao, Yuanhong; Shao, Jingyuan

doi:10.5194/acp-16-14687-2016

Articles | Volume 16, issue 22

https://doi.org/10.5194/acp-16-14687-2016

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

https://doi.org/10.5194/acp-16-14687-2016

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

Articles | Volume 16, issue 22

Research article

|

24 Nov 2016

Research article |

| 24 Nov 2016

Wildfire influences on the variability and trend of summer surface ozone in the mountainous western United States

Xiao Lu, Lin Zhang, Xu Yue, Jiachen Zhang, Daniel A. Jaffe, Andreas Stohl, Yuanhong Zhao, and Jingyuan Shao

Viewed

Total article views: 5,289 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	Supplement	BibTeX	EndNote
3,605	1,533	151	5,289	533	141	186

HTML: 3,605
PDF: 1,533
XML: 151
Total: 5,289
Supplement: 533
BibTeX: 141
EndNote: 186

Views and downloads (calculated since 26 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	99	27	2	128
Aug 2016	50	3	2	55
Sep 2016	53	9	0	62
Oct 2016	33	7	5	45
Nov 2016	101	36	6	143
Dec 2016	58	26	1	85
Jan 2017	46	33	3	82
Feb 2017	27	7	2	36
Mar 2017	45	18	3	66
Apr 2017	46	23	2	71
May 2017	79	21	3	103
Jun 2017	94	24	1	119
Jul 2017	51	13	0	64
Aug 2017	27	23	3	53
Sep 2017	27	13	0	40
Oct 2017	21	17	2	40
Nov 2017	11	18	0	29
Dec 2017	11	12	0	23
Jan 2018	9	13	1	23
Feb 2018	31	18	0	49
Mar 2018	25	29	0	54
Apr 2018	19	22	1	42
May 2018	22	26	1	49
Jun 2018	17	23	2	42
Jul 2018	17	21	0	38
Aug 2018	22	19	0	41
Sep 2018	21	20	0	41
Oct 2018	20	23	1	44
Nov 2018	24	18	2	44
Dec 2018	22	12	2	36
Jan 2019	10	17	1	28
Feb 2019	9	6	0	15
Mar 2019	9	7	1	17
Apr 2019	16	10	0	26
May 2019	14	16	2	32
Jun 2019	15	17	0	32
Jul 2019	11	15	0	26
Aug 2019	13	13	4	30
Sep 2019	9	8	0	17
Oct 2019	26	15	2	43
Nov 2019	11	14	0	25
Dec 2019	15	9	1	25
Jan 2020	21	8	0	29
Feb 2020	11	8	1	20
Mar 2020	8	5	1	14
Apr 2020	15	9	4	28
May 2020	15	10	0	25
Jun 2020	12	16	4	32
Jul 2020	15	19	4	38
Aug 2020	15	11	3	29
Sep 2020	16	7	2	25
Oct 2020	10	10	0	20
Nov 2020	8	7	1	16
Dec 2020	11	5	3	19
Jan 2021	21	2	0	23
Feb 2021	8	11	0	19
Mar 2021	14	4	0	18
Apr 2021	11	17	1	29
May 2021	17	7	1	25
Jun 2021	18	12	0	30
Jul 2021	14	8	1	23
Aug 2021	15	11	1	27
Sep 2021	18	7	0	25
Oct 2021	15	38	0	53
Nov 2021	27	34	1	62
Dec 2021	28	12	1	41
Jan 2022	38	18	2	58
Feb 2022	13	10	1	24
Mar 2022	20	11	1	32
Apr 2022	13	10	3	26
May 2022	18	9	0	27
Jun 2022	33	5	1	39
Jul 2022	61	8	1	70
Aug 2022	38	8	0	46
Sep 2022	30	9	0	39
Oct 2022	25	7	3	35
Nov 2022	27	17	0	44
Dec 2022	15	6	0	21
Jan 2023	33	12	2	47
Feb 2023	53	14	0	67
Mar 2023	73	14	0	87
Apr 2023	42	20	0	62
May 2023	53	12	0	65
Jun 2023	53	1	1	55
Jul 2023	46	9	1	56
Aug 2023	47	3	2	52
Sep 2023	89	11	0	100
Oct 2023	161	9	5	175
Nov 2023	129	8	1	138
Dec 2023	56	12	4	72
Jan 2024	44	6	0	50
Feb 2024	50	9	0	59
Mar 2024	51	18	1	70
Apr 2024	47	13	4	64
May 2024	25	10	2	37
Jun 2024	27	7	1	35
Jul 2024	18	13	5	36
Aug 2024	40	8	1	49
Sep 2024	9	10	0	19
Oct 2024	18	15	0	33
Nov 2024	13	5	2	20
Dec 2024	27	11	3	41
Jan 2025	36	17	2	55
Feb 2025	38	13	3	54
Mar 2025	36	14	0	50
Apr 2025	19	14	0	33
May 2025	36	7	0	43
Jun 2025	44	7	6	57
Jul 2025	32	12	2	46
Aug 2025	60	12	0	72
Sep 2025	49	16	2	67
Oct 2025	34	33	0	67
Nov 2025	37	21	4	62

Cumulative views and downloads (calculated since 26 Jul 2016)

Month	HTML	PDF	XML	Total
Jul 2016	99	27	2	128
Aug 2016	50	3	2	55
Sep 2016	53	9	0	62
Oct 2016	33	7	5	45
Nov 2016	101	36	6	143
Dec 2016	58	26	1	85
Jan 2017	46	33	3	82
Feb 2017	27	7	2	36
Mar 2017	45	18	3	66
Apr 2017	46	23	2	71
May 2017	79	21	3	103
Jun 2017	94	24	1	119
Jul 2017	51	13	0	64
Aug 2017	27	23	3	53
Sep 2017	27	13	0	40
Oct 2017	21	17	2	40
Nov 2017	11	18	0	29
Dec 2017	11	12	0	23
Jan 2018	9	13	1	23
Feb 2018	31	18	0	49
Mar 2018	25	29	0	54
Apr 2018	19	22	1	42
May 2018	22	26	1	49
Jun 2018	17	23	2	42
Jul 2018	17	21	0	38
Aug 2018	22	19	0	41
Sep 2018	21	20	0	41
Oct 2018	20	23	1	44
Nov 2018	24	18	2	44
Dec 2018	22	12	2	36
Jan 2019	10	17	1	28
Feb 2019	9	6	0	15
Mar 2019	9	7	1	17
Apr 2019	16	10	0	26
May 2019	14	16	2	32
Jun 2019	15	17	0	32
Jul 2019	11	15	0	26
Aug 2019	13	13	4	30
Sep 2019	9	8	0	17
Oct 2019	26	15	2	43
Nov 2019	11	14	0	25
Dec 2019	15	9	1	25
Jan 2020	21	8	0	29
Feb 2020	11	8	1	20
Mar 2020	8	5	1	14
Apr 2020	15	9	4	28
May 2020	15	10	0	25
Jun 2020	12	16	4	32
Jul 2020	15	19	4	38
Aug 2020	15	11	3	29
Sep 2020	16	7	2	25
Oct 2020	10	10	0	20
Nov 2020	8	7	1	16
Dec 2020	11	5	3	19
Jan 2021	21	2	0	23
Feb 2021	8	11	0	19
Mar 2021	14	4	0	18
Apr 2021	11	17	1	29
May 2021	17	7	1	25
Jun 2021	18	12	0	30
Jul 2021	14	8	1	23
Aug 2021	15	11	1	27
Sep 2021	18	7	0	25
Oct 2021	15	38	0	53
Nov 2021	27	34	1	62
Dec 2021	28	12	1	41
Jan 2022	38	18	2	58
Feb 2022	13	10	1	24
Mar 2022	20	11	1	32
Apr 2022	13	10	3	26
May 2022	18	9	0	27
Jun 2022	33	5	1	39
Jul 2022	61	8	1	70
Aug 2022	38	8	0	46
Sep 2022	30	9	0	39
Oct 2022	25	7	3	35
Nov 2022	27	17	0	44
Dec 2022	15	6	0	21
Jan 2023	33	12	2	47
Feb 2023	53	14	0	67
Mar 2023	73	14	0	87
Apr 2023	42	20	0	62
May 2023	53	12	0	65
Jun 2023	53	1	1	55
Jul 2023	46	9	1	56
Aug 2023	47	3	2	52
Sep 2023	89	11	0	100
Oct 2023	161	9	5	175
Nov 2023	129	8	1	138
Dec 2023	56	12	4	72
Jan 2024	44	6	0	50
Feb 2024	50	9	0	59
Mar 2024	51	18	1	70
Apr 2024	47	13	4	64
May 2024	25	10	2	37
Jun 2024	27	7	1	35
Jul 2024	18	13	5	36
Aug 2024	40	8	1	49
Sep 2024	9	10	0	19
Oct 2024	18	15	0	33
Nov 2024	13	5	2	20
Dec 2024	27	11	3	41
Jan 2025	36	17	2	55
Feb 2025	38	13	3	54
Mar 2025	36	14	0	50
Apr 2025	19	14	0	33
May 2025	36	7	0	43
Jun 2025	44	7	6	57
Jul 2025	32	12	2	46
Aug 2025	60	12	0	72
Sep 2025	49	16	2	67
Oct 2025	34	33	0	67
Nov 2025	37	21	4	62

Latest update: 28 Nov 2025

Download

Article (7236 KB)
Full-text XML

Short summary

Increasing wildfire activities in the mountainous western US may present a challenge for the region to attain a recently revised ozone air quality standard in summer. We quantify the wildfire influence on the ozone variability, trends, and number of high ozone days over this region in summers 1989–2010 using a Lagrangian dispersion model and statistical regression models.