TM5-FASST: a global atmospheric source–receptor  model for rapid impact analysis of emission changes  on air quality and short-lived climate pollutants

Van Dingenen, Rita; Dentener, Frank; Crippa, Monica; Leitao, Joana; Marmer, Elina; Rao, Shilpa; Solazzo, Efisio; Valentini, Luana

doi:10.5194/acp-18-16173-2018

Articles | Volume 18, issue 21

https://doi.org/10.5194/acp-18-16173-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

Special issue:

Global and regional assessment of intercontinental transport...

https://doi.org/10.5194/acp-18-16173-2018

© Author(s) 2018. This work is distributed under
the Creative Commons Attribution 4.0 License.

Articles | Volume 18, issue 21

Research article

|

13 Nov 2018

Research article |

| 13 Nov 2018

TM5-FASST: a global atmospheric source–receptor model for rapid impact analysis of emission changes on air quality and short-lived climate pollutants

Rita Van Dingenen, Frank Dentener, Monica Crippa, Joana Leitao, Elina Marmer, Shilpa Rao, Efisio Solazzo, and Luana Valentini

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Total article views: 7,226 (including HTML, PDF, and XML)

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5,065	2,040	121	7,226	1,094	152	164

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XML: 121
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BibTeX: 152
EndNote: 164

Views and downloads (calculated since 26 Feb 2018)

Month	HTML	PDF	XML	Total
Feb 2018	110	49	4	163
Mar 2018	75	33	1	109
Apr 2018	31	18	1	50
May 2018	32	19	2	53
Jun 2018	39	19	1	59
Jul 2018	39	12	0	51
Aug 2018	40	21	2	63
Sep 2018	32	17	0	49
Oct 2018	36	21	1	58
Nov 2018	304	108	12	424
Dec 2018	36	29	2	67
Jan 2019	25	26	0	51
Feb 2019	26	17	1	44
Mar 2019	28	19	1	48
Apr 2019	45	14	0	59
May 2019	30	21	0	51
Jun 2019	37	8	0	45
Jul 2019	53	17	0	70
Aug 2019	18	20	3	41
Sep 2019	14	10	0	24
Oct 2019	51	25	1	77
Nov 2019	21	16	0	37
Dec 2019	24	14	1	39
Jan 2020	27	9	0	36
Feb 2020	31	17	1	49
Mar 2020	12	11	1	24
Apr 2020	30	16	0	46
May 2020	27	22	0	49
Jun 2020	22	16	0	38
Jul 2020	43	22	2	67
Aug 2020	37	14	3	54
Sep 2020	36	12	0	48
Oct 2020	11	13	0	24
Nov 2020	27	16	0	43
Dec 2020	16	14	0	30
Jan 2021	22	15	0	37
Feb 2021	23	13	0	36
Mar 2021	31	22	0	53
Apr 2021	41	12	1	54
May 2021	35	15	1	51
Jun 2021	27	9	0	36
Jul 2021	41	22	2	65
Aug 2021	34	24	0	58
Sep 2021	27	11	1	39
Oct 2021	36	46	4	86
Nov 2021	68	36	1	105
Dec 2021	47	14	1	62
Jan 2022	51	23	0	74
Feb 2022	48	13	5	66
Mar 2022	36	18	0	54
Apr 2022	27	22	3	52
May 2022	30	7	0	37
Jun 2022	29	29	0	58
Jul 2022	45	13	0	58
Aug 2022	115	14	0	129
Sep 2022	49	24	1	74
Oct 2022	40	16	3	59
Nov 2022	54	18	1	73
Dec 2022	30	20	2	52
Jan 2023	53	25	0	78
Feb 2023	53	16	0	69
Mar 2023	86	31	0	117
Apr 2023	68	35	1	104
May 2023	46	21	1	68
Jun 2023	58	19	2	79
Jul 2023	66	20	0	86
Aug 2023	54	23	5	82
Sep 2023	49	29	1	79
Oct 2023	52	27	4	83
Nov 2023	46	22	0	68
Dec 2023	58	18	4	80
Jan 2024	102	27	0	129
Feb 2024	74	25	1	100
Mar 2024	89	19	1	109
Apr 2024	87	18	3	108
May 2024	82	29	1	112
Jun 2024	95	17	1	113
Jul 2024	100	19	5	124
Aug 2024	66	23	6	95
Sep 2024	60	18	0	78
Oct 2024	68	24	0	92
Nov 2024	46	21	3	70
Dec 2024	57	26	2	85
Jan 2025	98	43	1	142
Feb 2025	91	31	0	122
Mar 2025	89	18	2	109
Apr 2025	77	12	0	89
May 2025	91	11	0	102
Jun 2025	92	25	2	119
Jul 2025	70	21	1	92
Aug 2025	131	27	2	160
Sep 2025	103	23	1	127
Oct 2025	82	34	0	116
Nov 2025	75	52	5	132

Cumulative views and downloads (calculated since 26 Feb 2018)

Month	HTML	PDF	XML	Total
Feb 2018	110	49	4	163
Mar 2018	75	33	1	109
Apr 2018	31	18	1	50
May 2018	32	19	2	53
Jun 2018	39	19	1	59
Jul 2018	39	12	0	51
Aug 2018	40	21	2	63
Sep 2018	32	17	0	49
Oct 2018	36	21	1	58
Nov 2018	304	108	12	424
Dec 2018	36	29	2	67
Jan 2019	25	26	0	51
Feb 2019	26	17	1	44
Mar 2019	28	19	1	48
Apr 2019	45	14	0	59
May 2019	30	21	0	51
Jun 2019	37	8	0	45
Jul 2019	53	17	0	70
Aug 2019	18	20	3	41
Sep 2019	14	10	0	24
Oct 2019	51	25	1	77
Nov 2019	21	16	0	37
Dec 2019	24	14	1	39
Jan 2020	27	9	0	36
Feb 2020	31	17	1	49
Mar 2020	12	11	1	24
Apr 2020	30	16	0	46
May 2020	27	22	0	49
Jun 2020	22	16	0	38
Jul 2020	43	22	2	67
Aug 2020	37	14	3	54
Sep 2020	36	12	0	48
Oct 2020	11	13	0	24
Nov 2020	27	16	0	43
Dec 2020	16	14	0	30
Jan 2021	22	15	0	37
Feb 2021	23	13	0	36
Mar 2021	31	22	0	53
Apr 2021	41	12	1	54
May 2021	35	15	1	51
Jun 2021	27	9	0	36
Jul 2021	41	22	2	65
Aug 2021	34	24	0	58
Sep 2021	27	11	1	39
Oct 2021	36	46	4	86
Nov 2021	68	36	1	105
Dec 2021	47	14	1	62
Jan 2022	51	23	0	74
Feb 2022	48	13	5	66
Mar 2022	36	18	0	54
Apr 2022	27	22	3	52
May 2022	30	7	0	37
Jun 2022	29	29	0	58
Jul 2022	45	13	0	58
Aug 2022	115	14	0	129
Sep 2022	49	24	1	74
Oct 2022	40	16	3	59
Nov 2022	54	18	1	73
Dec 2022	30	20	2	52
Jan 2023	53	25	0	78
Feb 2023	53	16	0	69
Mar 2023	86	31	0	117
Apr 2023	68	35	1	104
May 2023	46	21	1	68
Jun 2023	58	19	2	79
Jul 2023	66	20	0	86
Aug 2023	54	23	5	82
Sep 2023	49	29	1	79
Oct 2023	52	27	4	83
Nov 2023	46	22	0	68
Dec 2023	58	18	4	80
Jan 2024	102	27	0	129
Feb 2024	74	25	1	100
Mar 2024	89	19	1	109
Apr 2024	87	18	3	108
May 2024	82	29	1	112
Jun 2024	95	17	1	113
Jul 2024	100	19	5	124
Aug 2024	66	23	6	95
Sep 2024	60	18	0	78
Oct 2024	68	24	0	92
Nov 2024	46	21	3	70
Dec 2024	57	26	2	85
Jan 2025	98	43	1	142
Feb 2025	91	31	0	122
Mar 2025	89	18	2	109
Apr 2025	77	12	0	89
May 2025	91	11	0	102
Jun 2025	92	25	2	119
Jul 2025	70	21	1	92
Aug 2025	131	27	2	160
Sep 2025	103	23	1	127
Oct 2025	82	34	0	116
Nov 2025	75	52	5	132

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Total article views: 7,226 (including HTML, PDF, and XML) Thereof 7,175 with geography defined and 51 with unknown origin.

Country	#	Views	%

1

1

Latest update: 23 Nov 2025

Short summary

The evaluation of air pollution impacts, including on human health, vegetation, climate, and ecosystem health, is an essential component in the design of policies that affect air quality directly or indirectly. We have developed a tool that allows for a fast screening of relevant air pollution impacts from given emission scenarios at the regional to global scale, bypassing expensive numerical modelling of complex atmospheric processes. This paper provides a full documentation of the methodology.


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