Atmospheric processing of iron in mineral and combustion aerosols: development of an intermediate-complexity mechanism suitable for Earth system models

Scanza, Rachel A.; Hamilton, Douglas S.; Perez Garcia-Pando, Carlos; Buck, Clifton; Baker, Alex; Mahowald, Natalie M.

doi:10.5194/acp-18-14175-2018

Articles | Volume 18, issue 19

https://doi.org/10.5194/acp-18-14175-2018

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

Special issue:

Anthropogenic dust and its climate impact

https://doi.org/10.5194/acp-18-14175-2018

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

Articles | Volume 18, issue 19

Research article

|

05 Oct 2018

Research article |

| 05 Oct 2018

Atmospheric processing of iron in mineral and combustion aerosols: development of an intermediate-complexity mechanism suitable for Earth system models

Rachel A. Scanza, Douglas S. Hamilton, Carlos Perez Garcia-Pando, Clifton Buck, Alex Baker, and Natalie M. Mahowald

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Jan 2020	33	6	0	39
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May 2020	37	10	0	47
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Jan 2022	18	9	0	27
Feb 2022	21	16	1	38
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Apr 2022	12	5	1	18
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Aug 2022	63	15	0	78
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Jan 2024	29	13	0	42
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Aug 2024	35	10	3	48
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Oct 2024	37	8	0	45
Nov 2024	30	4	8	42
Dec 2024	28	8	1	37
Jan 2025	57	15	0	72
Feb 2025	93	43	1	137
Mar 2025	53	14	4	71
Apr 2025	36	15	0	51
May 2025	37	34	0	71
Jun 2025	67	13	5	85
Jul 2025	44	19	3	66
Aug 2025	50	20	1	71
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Cumulative views and downloads (calculated since 19 Feb 2018)

Month	HTML	PDF	XML	Total
Feb 2018	150	43	9	202
Mar 2018	40	9	1	50
Apr 2018	22	5	0	27
May 2018	31	13	2	46
Jun 2018	24	21	1	46
Jul 2018	13	5	0	18
Aug 2018	22	22	2	46
Sep 2018	21	13	0	34
Oct 2018	284	124	10	418
Nov 2018	33	32	1	66
Dec 2018	28	18	1	47
Jan 2019	24	16	0	40
Feb 2019	17	8	0	25
Mar 2019	17	21	1	39
Apr 2019	12	15	0	27
May 2019	14	16	0	30
Jun 2019	30	17	0	47
Jul 2019	15	8	0	23
Aug 2019	20	9	2	31
Sep 2019	19	8	0	27
Oct 2019	37	19	0	56
Nov 2019	21	9	1	31
Dec 2019	14	14	0	28
Jan 2020	33	6	0	39
Feb 2020	26	11	1	38
Mar 2020	10	5	0	15
Apr 2020	26	8	0	34
May 2020	37	10	0	47
Jun 2020	13	9	0	22
Jul 2020	30	23	4	57
Aug 2020	18	6	3	27
Sep 2020	26	5	0	31
Oct 2020	11	9	0	20
Nov 2020	20	9	2	31
Dec 2020	21	5	0	26
Jan 2021	25	8	0	33
Feb 2021	34	4	2	40
Mar 2021	34	17	1	52
Apr 2021	37	13	0	50
May 2021	32	14	3	49
Jun 2021	18	6	0	24
Jul 2021	28	18	0	46
Aug 2021	17	14	0	31
Sep 2021	22	8	2	32
Oct 2021	23	32	0	55
Nov 2021	18	37	0	55
Dec 2021	20	8	0	28
Jan 2022	18	9	0	27
Feb 2022	21	16	1	38
Mar 2022	18	4	0	22
Apr 2022	12	5	1	18
May 2022	7	6	0	13
Jun 2022	12	7	2	21
Jul 2022	21	5	1	27
Aug 2022	63	15	0	78
Sep 2022	20	8	0	28
Oct 2022	22	5	0	27
Nov 2022	21	16	0	37
Dec 2022	19	5	0	24
Jan 2023	33	11	1	45
Feb 2023	57	12	2	71
Mar 2023	32	19	0	51
Apr 2023	22	8	0	30
May 2023	14	12	0	26
Jun 2023	15	8	1	24
Jul 2023	18	6	2	26
Aug 2023	19	14	3	36
Sep 2023	11	5	1	17
Oct 2023	33	13	2	48
Nov 2023	16	4	0	20
Dec 2023	31	14	3	48
Jan 2024	29	13	0	42
Feb 2024	11	5	1	17
Mar 2024	19	13	2	34
Apr 2024	28	13	3	44
May 2024	28	9	2	39
Jun 2024	64	12	1	77
Jul 2024	43	15	1	59
Aug 2024	35	10	3	48
Sep 2024	18	3	0	21
Oct 2024	37	8	0	45
Nov 2024	30	4	8	42
Dec 2024	28	8	1	37
Jan 2025	57	15	0	72
Feb 2025	93	43	1	137
Mar 2025	53	14	4	71
Apr 2025	36	15	0	51
May 2025	37	34	0	71
Jun 2025	67	13	5	85
Jul 2025	44	19	3	66
Aug 2025	50	20	1	71
Sep 2025	87	14	2	103
Oct 2025	50	25	0	75
Nov 2025	43	20	0	63

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Short summary

Soluble iron input to remote oceans from dust and combustion aerosols may significantly impact the ability of the ocean to remove carbon dioxide from the atmosphere. In this paper, the processing of insoluble iron during atmospheric transport is simulated using parameterizations that can be implemented in most Earth system models. Our mechanism reasonably matches observations and is computationally efficient, enabling the study of trends and climate impacts due to the Fe–C cycle.


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