Matches in SemOpenAlex for { <https://semopenalex.org/work/W4221105911> ?p ?o ?g. }
- W4221105911 endingPage "1416" @default.
- W4221105911 startingPage "1416" @default.
- W4221105911 abstract "Central Asia is one of the most important sources of mineral saline dust worldwide. A comprehensive understanding of Central Asian dust transport is essential for evaluating its impacts on human health, ecological safety, weather and climate. This study first puts forward an observation-based climatology of Central Asian dust transport flux by using the 3-D dust detection of Cloud-Aerosol LiDAR with Orthogonal Polarization (CALIOP). The seasonal difference of transport flux and downstream contribution are evaluated and compared with those of the Modern-Era Retrospective Analysis for Research and Applications, version 2 (MERRA-2). Central Asian dust can be transported not only southward in summer under the effect of the South Asian summer monsoon, but also eastward in other seasons under the control of the westerly jet. Additionally, the transport of Central Asian dust across the Pamir Plateau to the Tibetan Plateau is also non-negligible, especially during spring (with a transport flux rate of 150 kg m−1 day−1). The annual CALIOP-based downstream contribution of Central Asian dust to South Asian (164.01 Tg) is 2.1 times that to East Asia (78.36 Tg). This can be attributed to the blocking effect of the higher terrain between Central and East Asia. Additionally, the downstream contributions to South and East Asia from MERRA-2 are only 0.36 and 0.84 times that of CALIOP, respectively. This difference implies the overestimation of the wet and dry depositions of the model, especially in the low latitude zone. The quantification of the Central Asian dust transport allows a better understanding of the Central Asian dust cycle, and supports the calibration/validation of aerosol-related modules of regional and global climate models." @default.
- W4221105911 created "2022-04-03" @default.
- W4221105911 creator A5009013756 @default.
- W4221105911 creator A5012033041 @default.
- W4221105911 creator A5019215037 @default.
- W4221105911 creator A5035916650 @default.
- W4221105911 creator A5055032932 @default.
- W4221105911 creator A5059386427 @default.
- W4221105911 creator A5066543327 @default.
- W4221105911 creator A5083518455 @default.
- W4221105911 creator A5083900229 @default.
- W4221105911 date "2022-03-15" @default.
- W4221105911 modified "2023-09-30" @default.
- W4221105911 title "CALIOP-Based Quantification of Central Asian Dust Transport" @default.
- W4221105911 cites W1487838321 @default.
- W4221105911 cites W165684514 @default.
- W4221105911 cites W1884173788 @default.
- W4221105911 cites W1976902485 @default.
- W4221105911 cites W1985532844 @default.
- W4221105911 cites W1989426046 @default.
- W4221105911 cites W1992426643 @default.
- W4221105911 cites W1997071220 @default.
- W4221105911 cites W1998525509 @default.
- W4221105911 cites W2014792593 @default.
- W4221105911 cites W2018024014 @default.
- W4221105911 cites W2023354287 @default.
- W4221105911 cites W2025454615 @default.
- W4221105911 cites W2029659240 @default.
- W4221105911 cites W2044547069 @default.
- W4221105911 cites W2053340884 @default.
- W4221105911 cites W2053692323 @default.
- W4221105911 cites W2078014797 @default.
- W4221105911 cites W2089891032 @default.
- W4221105911 cites W2103977502 @default.
- W4221105911 cites W2114275728 @default.
- W4221105911 cites W2118842843 @default.
- W4221105911 cites W2130871838 @default.
- W4221105911 cites W2134420070 @default.
- W4221105911 cites W2146844468 @default.
- W4221105911 cites W2154282956 @default.
- W4221105911 cites W2158426942 @default.
- W4221105911 cites W2161160098 @default.
- W4221105911 cites W2171452112 @default.
- W4221105911 cites W2179521036 @default.
- W4221105911 cites W2198585843 @default.
- W4221105911 cites W2301370732 @default.
- W4221105911 cites W2321267671 @default.
- W4221105911 cites W2322333889 @default.
- W4221105911 cites W2507529314 @default.
- W4221105911 cites W2611772571 @default.
- W4221105911 cites W2626032231 @default.
- W4221105911 cites W2736845635 @default.
- W4221105911 cites W2751007034 @default.
- W4221105911 cites W2766134878 @default.
- W4221105911 cites W2766881594 @default.
- W4221105911 cites W2769669889 @default.
- W4221105911 cites W2786971642 @default.
- W4221105911 cites W2791701668 @default.
- W4221105911 cites W2810022917 @default.
- W4221105911 cites W2843634981 @default.
- W4221105911 cites W2893104692 @default.
- W4221105911 cites W2909985350 @default.
- W4221105911 cites W2911633447 @default.
- W4221105911 cites W2924483333 @default.
- W4221105911 cites W2938561838 @default.
- W4221105911 cites W2951514498 @default.
- W4221105911 cites W2954393448 @default.
- W4221105911 cites W2960338362 @default.
- W4221105911 cites W2972191923 @default.
- W4221105911 cites W2972447684 @default.
- W4221105911 cites W2989701889 @default.
- W4221105911 cites W3006913425 @default.
- W4221105911 cites W3011266583 @default.
- W4221105911 cites W3012503239 @default.
- W4221105911 cites W3018074812 @default.
- W4221105911 cites W3018487895 @default.
- W4221105911 cites W3024719569 @default.
- W4221105911 cites W3027026511 @default.
- W4221105911 cites W3035561037 @default.
- W4221105911 cites W3040115064 @default.
- W4221105911 cites W3047193065 @default.
- W4221105911 cites W3098464728 @default.
- W4221105911 cites W3104749865 @default.
- W4221105911 cites W3119169991 @default.
- W4221105911 cites W3120601933 @default.
- W4221105911 cites W3121868445 @default.
- W4221105911 cites W3127445075 @default.
- W4221105911 cites W3131462323 @default.
- W4221105911 cites W3134389260 @default.
- W4221105911 cites W3136313833 @default.
- W4221105911 cites W3158314117 @default.
- W4221105911 cites W3174542908 @default.
- W4221105911 cites W3205596637 @default.
- W4221105911 cites W4210697786 @default.
- W4221105911 doi "https://doi.org/10.3390/rs14061416" @default.
- W4221105911 hasPublicationYear "2022" @default.
- W4221105911 type Work @default.
- W4221105911 citedByCount "6" @default.