Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)

AbstractOne of the results of climate change is the lack of fresh water and as a result land destruction or desertification, increase in wind erosion and the occurrence of dust storms. Although by implementing desertification operations, an attempt is made to control the destructive effects of dust...

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Main Authors: Leila Amini, Hosseinali Narimani, Mina Motamedi, Akram Parande Khozani
Format: Article
Language:fas
Published: I.R. of Iran Meteorological Organization 2022-03-01
Series:Nīvār
Subjects:
Online Access:https://nivar.irimo.ir/article_157648_de85a40570ec54e1d666d4adc4d1601f.pdf
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author Leila Amini
Hosseinali Narimani
Mina Motamedi
Akram Parande Khozani
author_facet Leila Amini
Hosseinali Narimani
Mina Motamedi
Akram Parande Khozani
author_sort Leila Amini
collection DOAJ
description AbstractOne of the results of climate change is the lack of fresh water and as a result land destruction or desertification, increase in wind erosion and the occurrence of dust storms. Although by implementing desertification operations, an attempt is made to control the destructive effects of dust storms, but identifying the causes of erosion, the temporal distribution of storms, and the location of the start zones of storms can be effective in the effectiveness of projects and reducing damages caused by storms. In this regard, this research was conducted with the aim of knowing the effective atmospheric factors in the activity of dust centers with domestic origin in Isfahan province. Knowing the existence of internal focuses and their location, the date of occurrence of local, intense and short-term dusts at the focal point was investigated. The results showed that convective conditions played a significant role in these cases and the occurrence of such internal dusts due to the timeframe of occurrence and locality requires thermodynamic information, especially cin, cape, TT, ki, ko, li and tools such as Skewet diagram. Also, due to the scale of these phenomena, companion maps do not help much and output of microscale models such as wrf, satellite imagery and if radar access is required
format Article
id doaj-art-291ac8b0772848e4b4d3347d41606a05
institution Kabale University
issn 1735-0565
2645-3347
language fas
publishDate 2022-03-01
publisher I.R. of Iran Meteorological Organization
record_format Article
series Nīvār
spelling doaj-art-291ac8b0772848e4b4d3347d41606a052025-01-05T11:49:15ZfasI.R. of Iran Meteorological OrganizationNīvār1735-05652645-33472022-03-0146116-117739310.30467/nivar.2022.337120.1217157648Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)Leila Amini0Hosseinali Narimani1Mina Motamedi2Akram Parande Khozani3Head of Isfahan Meteorological Research CenterTechnical Deputy of Natural Resources and watershed management of Isfahan provinceResearch Expert at Isfahan Meteorological Office, Expert at the Meteorological Office of IsfahanAbstractOne of the results of climate change is the lack of fresh water and as a result land destruction or desertification, increase in wind erosion and the occurrence of dust storms. Although by implementing desertification operations, an attempt is made to control the destructive effects of dust storms, but identifying the causes of erosion, the temporal distribution of storms, and the location of the start zones of storms can be effective in the effectiveness of projects and reducing damages caused by storms. In this regard, this research was conducted with the aim of knowing the effective atmospheric factors in the activity of dust centers with domestic origin in Isfahan province. Knowing the existence of internal focuses and their location, the date of occurrence of local, intense and short-term dusts at the focal point was investigated. The results showed that convective conditions played a significant role in these cases and the occurrence of such internal dusts due to the timeframe of occurrence and locality requires thermodynamic information, especially cin, cape, TT, ki, ko, li and tools such as Skewet diagram. Also, due to the scale of these phenomena, companion maps do not help much and output of microscale models such as wrf, satellite imagery and if radar access is requiredhttps://nivar.irimo.ir/article_157648_de85a40570ec54e1d666d4adc4d1601f.pdfkeywords: internal focidustisfahan provincesynopticthermodynamics
spellingShingle Leila Amini
Hosseinali Narimani
Mina Motamedi
Akram Parande Khozani
Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)
Nīvār
keywords: internal foci
dust
isfahan province
synoptic
thermodynamics
title Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)
title_full Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)
title_fullStr Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)
title_full_unstemmed Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)
title_short Synoptic-Thermodynamic Investigation of the Dust Phenomenon in Isfahan Province (Case Study)
title_sort synoptic thermodynamic investigation of the dust phenomenon in isfahan province case study
topic keywords: internal foci
dust
isfahan province
synoptic
thermodynamics
url https://nivar.irimo.ir/article_157648_de85a40570ec54e1d666d4adc4d1601f.pdf
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AT hosseinalinarimani synopticthermodynamicinvestigationofthedustphenomenoninisfahanprovincecasestudy
AT minamotamedi synopticthermodynamicinvestigationofthedustphenomenoninisfahanprovincecasestudy
AT akramparandekhozani synopticthermodynamicinvestigationofthedustphenomenoninisfahanprovincecasestudy