Identification of atmospheric transport and dispersion  of Asian dust storms

Ha, Raegyung; Baatar, Amarjargal; Yu, Yongjae

doi:https://doi.org/10.5194/nhess-17-1425-2017

Articles | Volume 17, issue 8

https://doi.org/10.5194/nhess-17-1425-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/nhess-17-1425-2017

© Author(s) 2017. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 17, issue 8

Research article

|

29 Aug 2017

Research article |

| 29 Aug 2017

Identification of atmospheric transport and dispersion of Asian dust storms

Raegyung Ha, Amarjargal Baatar, and Yongjae Yu

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May 2017	27	4	1	32
Jun 2017	18	6	4	28
Jul 2017	3	4	1	8
Aug 2017	52	14	2	68
Sep 2017	99	31	1	131
Oct 2017	38	14	2	54
Nov 2017	20	16	0	36
Dec 2017	14	13	0	27
Jan 2018	16	17	2	35
Feb 2018	7	8	0	15
Mar 2018	17	13	3	33
Apr 2018	5	7	0	12
May 2018	6	6	0	12
Jun 2018	13	16	3	32
Jul 2018	14	13	3	30
Aug 2018	20	9	4	33
Sep 2018	8	11	0	19
Oct 2018	12	12	1	25
Nov 2018	13	8	0	21
Dec 2018	20	10	0	30
Jan 2019	11	11	0	22
Feb 2019	3	5	0	8
Mar 2019	9	11	1	21
Apr 2019	6	5	0	11
May 2019	6	6	1	13
Jun 2019	9	9	2	20
Jul 2019	15	12	0	27
Aug 2019	9	8	1	18
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Nov 2019	7	9	3	19
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Jan 2020	15	11	2	28
Feb 2020	11	9	1	21
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Apr 2020	5	13	0	18
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Oct 2020	6	6	0	12
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Jan 2021	14	4	0	18
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Jan 2022	8	7	0	15
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Aug 2023	6	5	2	13
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May 2024	15	9	1	25
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Aug 2024	22	3	3	28
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Cumulative views and downloads (calculated since 05 Jan 2017)

Month	HTML	PDF	XML	Total
Jan 2017	96	16	0	112
Feb 2017	26	5	0	31
Mar 2017	32	7	6	45
Apr 2017	25	5	1	31
May 2017	27	4	1	32
Jun 2017	18	6	4	28
Jul 2017	3	4	1	8
Aug 2017	52	14	2	68
Sep 2017	99	31	1	131
Oct 2017	38	14	2	54
Nov 2017	20	16	0	36
Dec 2017	14	13	0	27
Jan 2018	16	17	2	35
Feb 2018	7	8	0	15
Mar 2018	17	13	3	33
Apr 2018	5	7	0	12
May 2018	6	6	0	12
Jun 2018	13	16	3	32
Jul 2018	14	13	3	30
Aug 2018	20	9	4	33
Sep 2018	8	11	0	19
Oct 2018	12	12	1	25
Nov 2018	13	8	0	21
Dec 2018	20	10	0	30
Jan 2019	11	11	0	22
Feb 2019	3	5	0	8
Mar 2019	9	11	1	21
Apr 2019	6	5	0	11
May 2019	6	6	1	13
Jun 2019	9	9	2	20
Jul 2019	15	12	0	27
Aug 2019	9	8	1	18
Sep 2019	8	59	0	67
Oct 2019	6	7	2	15
Nov 2019	7	9	3	19
Dec 2019	2	7	0	9
Jan 2020	15	11	2	28
Feb 2020	11	9	1	21
Mar 2020	2	6	0	8
Apr 2020	5	13	0	18
May 2020	4	6	2	12
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Jul 2020	25	25	10	60
Aug 2020	6	11	4	21
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Oct 2020	6	6	0	12
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Feb 2021	6	7	0	13
Mar 2021	5	2	1	8
Apr 2021	7	5	2	14
May 2021	3	5	0	8
Jun 2021	9	6	0	15
Jul 2021	8	12	1	21
Aug 2021	5	5	1	11
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Oct 2021	9	37	0	46
Nov 2021	9	24	1	34
Dec 2021	8	4	0	12
Jan 2022	8	7	0	15
Feb 2022	3	3	1	7
Mar 2022	6	7	0	13
Apr 2022	9	16	3	28
May 2022	6	10	1	17
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Sep 2022	4	4	1	9
Oct 2022	5	2	1	8
Nov 2022	14	16	1	31
Dec 2022	16	2	2	20
Jan 2023	7	15	0	22
Feb 2023	6	9	3	18
Mar 2023	7	6	4	17
Apr 2023	25	6	0	31
May 2023	22	8	3	33
Jun 2023	2	4	0	6
Jul 2023	5	5	3	13
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Sep 2023	7	5	0	12
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Jan 2024	9	4	1	14
Feb 2024	10	6	1	17
Mar 2024	8	13	4	25
Apr 2024	15	7	2	24
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Jun 2024	9	9	2	20
Jul 2024	7	9	2	18
Aug 2024	22	3	3	28
Sep 2024	9	6	3	18
Oct 2024	8	6	1	15
Nov 2024	2	3	0	5

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Short summary

A total of 743 Asian dust storm (ADS) events from January 2003 to August 2015 were analyzed using backward trajectory HYSPLIT models to gain insight into the dust generation and transport in eastern Asia. Spatial distribution of ADS events is northwesterly, as more than two-thirds of ADS events are azimuthally confined. The total amount of cumulative PM₁₀ discharge was rather constant over time in Korea, as there is an inverse correlation between ADS occurrence and PM₁₀ dust air concentration.

Identification of atmospheric transport and dispersion of Asian dust storms

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8 citations as recorded by crossref.

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