Ground-based aerosol characterization during the South American   Biomass Burning Analysis (SAMBBA) field experiment

Brito, J.; Rizzo, L. V.; Morgan, W. T.; Coe, H.; Johnson, B.; Haywood, J.; Longo, K.; Freitas, S.; Andreae, M. O.; Artaxo, P.

doi:10.5194/acp-14-12069-2014

Articles | Volume 14, issue 22

https://doi.org/10.5194/acp-14-12069-2014

© Author(s) 2014. This work is distributed under
the Creative Commons Attribution 3.0 License.

Special issue:

South AMerican Biomass Burning Analysis (SAMBBA)

https://doi.org/10.5194/acp-14-12069-2014

© Author(s) 2014. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 14, issue 22

Research article

|

18 Nov 2014

Research article |

| 18 Nov 2014

Ground-based aerosol characterization during the South American Biomass Burning Analysis (SAMBBA) field experiment

J. Brito, L. V. Rizzo, W. T. Morgan, H. Coe, B. Johnson, J. Haywood, K. Longo, S. Freitas, M. O. Andreae, and P. Artaxo

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Oct 2014	21	22	0	43
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Dec 2014	114	102	3	219
Jan 2015	57	47	7	111
Feb 2015	47	25	0	72
Mar 2015	46	16	3	65
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Jul 2015	38	17	2	57
Aug 2015	16	11	2	29
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Oct 2015	29	15	1	45
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Nov 2016	19	8	0	27
Dec 2016	5	14	0	19
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Jan 2018	11	8	2	21
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Apr 2018	10	7	1	18
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Jul 2018	27	12	1	40
Aug 2018	24	13	0	37
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Oct 2018	26	12	4	42
Nov 2018	22	17	1	40
Dec 2018	14	4	1	19
Jan 2019	13	6	0	19
Feb 2019	9	10	1	20
Mar 2019	14	8	0	22
Apr 2019	12	5	0	17
May 2019	20	14	1	35
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Jul 2019	14	8	0	22
Aug 2019	11	12	1	24
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Nov 2019	14	9	1	24
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Feb 2020	16	6	1	23
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May 2020	14	6	0	20
Jun 2020	15	6	2	23
Jul 2020	23	11	6	40
Aug 2020	17	12	6	35
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Jan 2023	21	9	0	30
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May 2023	39	13	0	52
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Oct 2023	53	7	1	61
Nov 2023	35	6	0	41
Dec 2023	42	6	2	50
Jan 2024	46	12	2	60
Feb 2024	48	19	5	72
Mar 2024	47	13	4	64
Apr 2024	45	21	3	69
May 2024	16	13	1	30
Jun 2024	14	15	2	31
Jul 2024	30	20	0	50
Aug 2024	50	11	3	64
Sep 2024	20	5	0	25
Oct 2024	38	5	0	43
Nov 2024	55	3	2	60
Dec 2024	32	8	5	45
Jan 2025	36	17	4	57
Feb 2025	34	18	0	52
Mar 2025	21	17	2	40
Apr 2025	27	18	2	47
May 2025	29	15	0	44
Jun 2025	50	8	1	59
Jul 2025	34	22	0	56
Aug 2025	60	16	1	77
Sep 2025	84	11	2	97
Oct 2025	29	21	0	50
Nov 2025	43	22	3	68
Dec 2025	9	4	0	13

Cumulative views and downloads (calculated since 14 May 2014)

Month	HTML	PDF	XML	Total
May 2014	196	153	4	353
Jun 2014	47	35	4	86
Jul 2014	37	28	1	66
Aug 2014	26	16	3	45
Sep 2014	18	15	2	35
Oct 2014	21	22	0	43
Nov 2014	248	261	3	512
Dec 2014	114	102	3	219
Jan 2015	57	47	7	111
Feb 2015	47	25	0	72
Mar 2015	46	16	3	65
Apr 2015	46	24	1	71
May 2015	36	23	3	62
Jun 2015	42	18	3	63
Jul 2015	38	17	2	57
Aug 2015	16	11	2	29
Sep 2015	11	17	0	28
Oct 2015	29	15	1	45
Nov 2015	32	15	0	47
Dec 2015	16	23	0	39
Jan 2016	46	24	1	71
Feb 2016	33	13	2	48
Mar 2016	29	12	0	41
Apr 2016	13	11	1	25
May 2016	17	14	0	31
Jun 2016	12	5	1	18
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Aug 2016	21	11	0	32
Sep 2016	21	14	1	36
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Nov 2016	19	8	0	27
Dec 2016	5	14	0	19
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Feb 2017	15	22	0	37
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Nov 2022	41	10	0	51
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Jan 2023	21	9	0	30
Feb 2023	25	5	0	30
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May 2023	39	13	0	52
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Oct 2023	53	7	1	61
Nov 2023	35	6	0	41
Dec 2023	42	6	2	50
Jan 2024	46	12	2	60
Feb 2024	48	19	5	72
Mar 2024	47	13	4	64
Apr 2024	45	21	3	69
May 2024	16	13	1	30
Jun 2024	14	15	2	31
Jul 2024	30	20	0	50
Aug 2024	50	11	3	64
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Oct 2024	38	5	0	43
Nov 2024	55	3	2	60
Dec 2024	32	8	5	45
Jan 2025	36	17	4	57
Feb 2025	34	18	0	52
Mar 2025	21	17	2	40
Apr 2025	27	18	2	47
May 2025	29	15	0	44
Jun 2025	50	8	1	59
Jul 2025	34	22	0	56
Aug 2025	60	16	1	77
Sep 2025	84	11	2	97
Oct 2025	29	21	0	50
Nov 2025	43	22	3	68
Dec 2025	9	4	0	13

Latest update: 06 Dec 2025

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Short summary

This paper details the physical--chemical characteristics of aerosols in a region strongly impacted by biomass burning in the western part of the Brazilian Amazon region. For such, a large suite of state-of-the-art instruments for realtime analysis was deployed at a ground site. Among the key findings, we observe the strong prevalence of organic aerosols associated to fire emissions, with important climate effects, and indications of its very fast processing in the atmosphere.