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Meteorological Setting for a Catastrophic Event: The Deadly Joplin Tornado of 22 May 2011

机译:灾难性事件的气象背景:2011年5月22日的致命乔普林龙卷风

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The tornado that struck Joplin, MO on 22 May 2011 resulted in the first triple-digit death toll from a single tornado in the United States since the 1950s.? This paper documents the meteorological setting for this exceptional event, as no published studies have done so yet.? Synoptic-scale surface and upper air maps, a brief radar overview, environmental parameters via the SPC mesoanalysis and soundings, and mesoscale surface analysis are used to examine the background setting that led to the deadly tornado.? Several other tornado days in the same general area with synoptic patterns similar to the Joplin tornado day also are examined from the standpoint of environmental parameters for comparison.? The results show the Joplin tornado case to be an example of very supportive ingredients developing from a favorable evolution of synoptic-scale features; similar patterns have produced several deadly tornadoes in recent years.? A couple of mesoscale boundaries also may have contributed to increased tornado potential in the Joplin area.? Informal comments published elsewhere have described the environment for this event as "unfavorable" for violent tornadoes.? The findings here contradict and refute that characterization, and show that the background environment for the Joplin tornado was actually quite favorable for supporting strong or violent tornadoes.
机译:2011年5月22日袭击密苏里州乔普林的龙卷风导致1950年代以来美国一次龙卷风造成的首例三位数死亡人数。由于没有发表的研究,本文记录了这一特殊事件的气象背景。天气尺度的地面和高空地图,简要的雷达概览,通过SPC介观分析和测深的环境参数以及中尺度的地面分析被用于检查导致致命龙卷风的背景设置。从环境参数的角度出发,还检查了同一地区的其他几种龙卷风日,其天气模式类似于乔普林龙卷风日,以进行比较。结果表明,乔普林龙卷风案例是从天气尺度特征的有利演变发展而来的非常支持成分的一个例子。近年来,类似的模式也造成了几场致命的龙卷风。几个中尺度边界也可能导致乔普林地区龙卷风的潜力增加。在其他地方发表的非正式评论将这次活动的环境描述为对暴力龙卷风“不利”。此处的发现与该特征相矛盾并予以反驳,并且表明乔普林龙卷风的背景环境实际上对于支持强力或暴力龙卷风非常有利。

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