软体果蝇幼虫的跳跃

IF 0.4 4区 农林科学 Q4 ENTOMOLOGY Entomological News Pub Date : 2022-11-01 DOI:10.3157/021.130.0312
K. Suetsugu, Hidehito Okada, M. Sueyoshi
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引用次数: 0

摘要

对于短腿或无腿的软体动物来说,快速运动是一项挑战(Harvey和Zukoff,2011)。跳跃使动物能够以相对较高的速度移动,但无腿跳跃通常需要通过基于刚性结构的释放机制来储存复杂的能量,如点击甲虫和爪蚁(Ribak和Weihs,2011;Sorger,2015)。在身体柔软、像蠕虫一样的动物中,只有少数动物有跳跃的记录。长期以来,Maggots一直被认为是软体无腿生物跳跃的唯一例子(Maitland 1992),而最近已经证明,虎甲虫Cicindela dorsalis和食虫线虫的幼虫也有类似的跳跃行为(Campbell和Kaya,1999;Harvey和Zukoff,2011)。
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Leaping by Soft-Bodied Drosophilid Larvae
Rapid movement is challenging for soft-bodied animals with short or no legs (Harvey and Zukoff, 2011). Leaping enables animals to move at relatively high speeds, but legless leaping usually requires sophisticated energy storage by rigid structure-based release mechanisms, as seen in click beetles and trap-jaw ants (Ribak and Weihs, 2011; Sorger, 2015). Among animals with soft-bodied wormlike builds, leaping has been recorded in only a few animals. Maggots have long been believed as the only example of jumping by a soft-bodied legless organism (Maitland 1992), while it has been recently demonstrated that larvae of a tiger beetle Cicindela dorsalis and entomophagous nematodes also have similar leaping behavior (Campbell and Kaya, 1999; Harvey and Zukoff, 2011).
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来源期刊
Entomological News
Entomological News 生物-昆虫学
CiteScore
1.10
自引率
25.00%
发文量
17
期刊介绍: Contributions are accepted on any of the aspects of systematics and taxonomy of insects. This includes: taxonomic revisions, phylogenetics, biogeography and faunistics, and descriptive morphology of insects. Taxonomic papers describing single species are acceptable if such a study is sufficiently justified, however, comprehensive studies that provide a comparative, integrated study of insect systematics and taxonomy will get priority.
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