Modeling of the anthropogenic heat flux and its effect on regional  meteorology and air quality over the Yangtze River Delta region, China

Xie, Min; Liao, Jingbiao; Wang, Tijian; Zhu, Kuanguang; Zhuang, Bingliang; Han, Yong; Li, Mengmeng; Li, Shu

doi:10.5194/acp-16-6071-2016

Articles | Volume 16, issue 10

https://doi.org/10.5194/acp-16-6071-2016

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

Special issue:

Coupled chemistry–meteorology modelling: status and...

https://doi.org/10.5194/acp-16-6071-2016

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

Articles | Volume 16, issue 10

Research article

|

18 May 2016

Research article |

| 18 May 2016

Modeling of the anthropogenic heat flux and its effect on regional meteorology and air quality over the Yangtze River Delta region, China

Min Xie, Jingbiao Liao, Tijian Wang, Kuanguang Zhu, Bingliang Zhuang, Yong Han, Mengmeng Li, and Shu Li

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Month	HTML	PDF	XML	Total
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Feb 2016	27	12	1	40
Mar 2016	22	41	0	63
Apr 2016	17	28	0	45
May 2016	111	41	1	153
Jun 2016	17	9	0	26
Jul 2016	22	8	4	34
Aug 2016	18	18	0	36
Sep 2016	15	13	0	28
Oct 2016	18	12	0	30
Nov 2016	10	8	0	18
Dec 2016	7	11	0	18
Jan 2017	24	16	1	41
Feb 2017	21	12	1	34
Mar 2017	36	23	1	60
Apr 2017	34	19	0	53
May 2017	40	23	0	63
Jun 2017	38	15	4	57
Jul 2017	24	10	0	34
Aug 2017	15	10	1	26
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Oct 2017	14	15	0	29
Nov 2017	18	14	2	34
Dec 2017	14	10	0	24
Jan 2018	12	23	1	36
Feb 2018	13	23	0	36
Mar 2018	19	21	1	41
Apr 2018	27	21	0	48
May 2018	15	15	0	30
Jun 2018	9	17	2	28
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Oct 2018	19	17	0	36
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Feb 2019	10	9	0	19
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Jul 2019	9	7	0	16
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Aug 2020	18	15	1	34
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Jun 2022	12	2	1	15
Jul 2022	8	8	0	16
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Sep 2022	15	10	0	25
Oct 2022	14	19	1	34
Nov 2022	22	16	2	40
Dec 2022	17	9	1	27
Jan 2023	15	11	2	28
Feb 2023	21	13	2	36
Mar 2023	23	20	2	45
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May 2023	35	12	0	47
Jun 2023	44	7	2	53
Jul 2023	42	8	1	51
Aug 2023	44	9	3	56
Sep 2023	47	13	1	61
Oct 2023	55	17	2	74
Nov 2023	29	9	0	38
Dec 2023	54	9	2	65
Jan 2024	41	15	1	57
Feb 2024	52	14	0	66
Mar 2024	57	24	3	84
Apr 2024	47	11	4	62
May 2024	22	23	3	48
Jun 2024	20	11	2	33
Jul 2024	25	17	4	46
Aug 2024	30	19	4	53
Sep 2024	13	10	5	28
Oct 2024	31	9	0	40
Nov 2024	15	11	3	29
Dec 2024	18	14	5	37
Jan 2025	16	11	0	27
Feb 2025	49	9	3	61
Mar 2025	39	14	3	56
Apr 2025	33	21	1	55
May 2025	41	14	4	59
Jun 2025	45	14	1	60
Jul 2025	30	13	0	43
Aug 2025	32	15	1	48
Sep 2025	38	18	2	58
Oct 2025	39	33	1	73
Nov 2025	42	18	4	64

Cumulative views and downloads (calculated since 18 Nov 2015)

Month	HTML	PDF	XML	Total
Nov 2015	36	41	5	82
Dec 2015	17	25	4	46
Jan 2016	33	26	2	61
Feb 2016	27	12	1	40
Mar 2016	22	41	0	63
Apr 2016	17	28	0	45
May 2016	111	41	1	153
Jun 2016	17	9	0	26
Jul 2016	22	8	4	34
Aug 2016	18	18	0	36
Sep 2016	15	13	0	28
Oct 2016	18	12	0	30
Nov 2016	10	8	0	18
Dec 2016	7	11	0	18
Jan 2017	24	16	1	41
Feb 2017	21	12	1	34
Mar 2017	36	23	1	60
Apr 2017	34	19	0	53
May 2017	40	23	0	63
Jun 2017	38	15	4	57
Jul 2017	24	10	0	34
Aug 2017	15	10	1	26
Sep 2017	14	17	2	33
Oct 2017	14	15	0	29
Nov 2017	18	14	2	34
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Jun 2018	9	17	2	28
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Nov 2022	22	16	2	40
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Jan 2023	15	11	2	28
Feb 2023	21	13	2	36
Mar 2023	23	20	2	45
Apr 2023	9	9	0	18
May 2023	35	12	0	47
Jun 2023	44	7	2	53
Jul 2023	42	8	1	51
Aug 2023	44	9	3	56
Sep 2023	47	13	1	61
Oct 2023	55	17	2	74
Nov 2023	29	9	0	38
Dec 2023	54	9	2	65
Jan 2024	41	15	1	57
Feb 2024	52	14	0	66
Mar 2024	57	24	3	84
Apr 2024	47	11	4	62
May 2024	22	23	3	48
Jun 2024	20	11	2	33
Jul 2024	25	17	4	46
Aug 2024	30	19	4	53
Sep 2024	13	10	5	28
Oct 2024	31	9	0	40
Nov 2024	15	11	3	29
Dec 2024	18	14	5	37
Jan 2025	16	11	0	27
Feb 2025	49	9	3	61
Mar 2025	39	14	3	56
Apr 2025	33	21	1	55
May 2025	41	14	4	59
Jun 2025	45	14	1	60
Jul 2025	30	13	0	43
Aug 2025	32	15	1	48
Sep 2025	38	18	2	58
Oct 2025	39	33	1	73
Nov 2025	42	18	4	64

Latest update: 25 Nov 2025

Short summary

The spatial and temporal distribution of anthropogenic heat emissions over the YRD region was developed. These gridded AH emissions were incorporated into the modified WRF/Chem model with the seasonal and diurnal variation. The impacts of AH on meteorology and chemical variables were evaluated. The results show that the anthropogenic heat inputs improved the meteorology and air pollution predictions from WRF/Chem in and around large urban areas.