Matches in SemOpenAlex for { <https://semopenalex.org/work/W4307942386> ?p ?o ?g. }
- W4307942386 endingPage "14144" @default.
- W4307942386 startingPage "14144" @default.
- W4307942386 abstract "With the desiccation of the Aral Sea, salt–alkali dust storms have increased in frequency and the surrounding environment has deteriorated. In order to increase our understanding of the characteristics and potential impact zone of atmospheric aerosols in the Aral Sea region, we evaluated seasonal and diurnal variation of aerosols and identified the zone most frequently impacted by aerosols from the Aral Sea region using CALIPSO data and the HYSPLIT model. The results showed that polluted dust and dust were the two most commonly observed aerosol subtypes in the Aral Sea region with the two accounting for over 75% of observed aerosols. Occurrence frequencies of polluted dust, clean continental, polluted continental/smoke, and elevated smoke showed obvious seasonal and diurnal variations, while occurrence frequency of dust only showed obvious seasonal variation. Vertically, the occurrence frequencies of all aerosol subtypes except dust showed significant diurnal variation at all levels. The thickness of polluted dust layers and dust layers exhibited same seasonal and diurnal variations with a value of more than 1.0 km year-round, and the layer thickness of clean continental and polluted continental/smoke shared the same seasonal and diurnal variation features. The zone most severely impacted by aerosols from the Aral Sea region, covering an area of approximately 2 million km2, was mainly distributed in the vicinity of the Aral Sea region, including western Kazakhstan, and most of Uzbekistan and Turkmenistan. The results provide direct support for positioning monitoring of aeolian dust deposition and human health protection in the Aral Sea region." @default.
- W4307942386 created "2022-11-06" @default.
- W4307942386 creator A5034752676 @default.
- W4307942386 creator A5042696867 @default.
- W4307942386 creator A5051516681 @default.
- W4307942386 creator A5074703847 @default.
- W4307942386 creator A5089384740 @default.
- W4307942386 creator A5090132646 @default.
- W4307942386 date "2022-10-29" @default.
- W4307942386 modified "2023-10-14" @default.
- W4307942386 title "Identifying Seasonal and Diurnal Variations and the Most Frequently Impacted Zone of Aerosols in the Aral Sea Region" @default.
- W4307942386 cites W1485504984 @default.
- W4307942386 cites W1499211136 @default.
- W4307942386 cites W1608863199 @default.
- W4307942386 cites W1968225938 @default.
- W4307942386 cites W1971003791 @default.
- W4307942386 cites W1971218395 @default.
- W4307942386 cites W1975063388 @default.
- W4307942386 cites W1988005997 @default.
- W4307942386 cites W2003999641 @default.
- W4307942386 cites W2006025374 @default.
- W4307942386 cites W2009945366 @default.
- W4307942386 cites W2014792593 @default.
- W4307942386 cites W2019487479 @default.
- W4307942386 cites W2024940236 @default.
- W4307942386 cites W2033111261 @default.
- W4307942386 cites W2044547069 @default.
- W4307942386 cites W2053340884 @default.
- W4307942386 cites W2070645124 @default.
- W4307942386 cites W2077142700 @default.
- W4307942386 cites W2078014797 @default.
- W4307942386 cites W2087013010 @default.
- W4307942386 cites W2128397404 @default.
- W4307942386 cites W2131491776 @default.
- W4307942386 cites W2137024708 @default.
- W4307942386 cites W2144991971 @default.
- W4307942386 cites W2158974646 @default.
- W4307942386 cites W2158996333 @default.
- W4307942386 cites W2223770311 @default.
- W4307942386 cites W2301370732 @default.
- W4307942386 cites W2321267671 @default.
- W4307942386 cites W2327716922 @default.
- W4307942386 cites W2345816942 @default.
- W4307942386 cites W237658516 @default.
- W4307942386 cites W2507529314 @default.
- W4307942386 cites W2592627862 @default.
- W4307942386 cites W2600916932 @default.
- W4307942386 cites W2606298991 @default.
- W4307942386 cites W2751007034 @default.
- W4307942386 cites W2753375374 @default.
- W4307942386 cites W2755859357 @default.
- W4307942386 cites W2761034473 @default.
- W4307942386 cites W2766881594 @default.
- W4307942386 cites W2796538042 @default.
- W4307942386 cites W2804560900 @default.
- W4307942386 cites W2810022917 @default.
- W4307942386 cites W2885934532 @default.
- W4307942386 cites W2892525100 @default.
- W4307942386 cites W2944499865 @default.
- W4307942386 cites W2945868121 @default.
- W4307942386 cites W2952984458 @default.
- W4307942386 cites W2970389299 @default.
- W4307942386 cites W2989701889 @default.
- W4307942386 cites W2990269116 @default.
- W4307942386 cites W3002846382 @default.
- W4307942386 cites W3003769250 @default.
- W4307942386 cites W3010388921 @default.
- W4307942386 cites W3012709489 @default.
- W4307942386 cites W3034801403 @default.
- W4307942386 cites W3034975787 @default.
- W4307942386 cites W3038496591 @default.
- W4307942386 cites W3040115064 @default.
- W4307942386 cites W3082194594 @default.
- W4307942386 cites W3092009928 @default.
- W4307942386 cites W3126252959 @default.
- W4307942386 cites W3137484891 @default.
- W4307942386 cites W3188596229 @default.
- W4307942386 cites W3196357299 @default.
- W4307942386 cites W3200870350 @default.
- W4307942386 cites W3211049882 @default.
- W4307942386 cites W3214295474 @default.
- W4307942386 cites W3214417587 @default.
- W4307942386 cites W3215016540 @default.
- W4307942386 cites W4200236302 @default.
- W4307942386 cites W4205452503 @default.
- W4307942386 cites W4205455502 @default.
- W4307942386 cites W4220891108 @default.
- W4307942386 cites W4220898115 @default.
- W4307942386 cites W4221105911 @default.
- W4307942386 cites W4280629942 @default.
- W4307942386 cites W4283815199 @default.
- W4307942386 cites W4284969953 @default.
- W4307942386 cites W4286510722 @default.
- W4307942386 doi "https://doi.org/10.3390/ijerph192114144" @default.
- W4307942386 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36361020" @default.
- W4307942386 hasPublicationYear "2022" @default.
- W4307942386 type Work @default.
- W4307942386 citedByCount "1" @default.