the order microcoryphia is characterized by insects possessing a unique mechanism for jumping.
microcoryphia（石𧐐目）的特征是昆虫拥有独特的跳跃机制。
jumping bristletails belong to the ancient order microcoryphia.
跳虫属��古老的microcoryphia（石𧐐目）。
distinguishing microcorryphia from zygentoma is essential for proper identification.
区分microcoryphia（石𧐐目）和zygentoma（衣鱼目）对于正确鉴定至关重要。
fossils of microcoryphia suggest they evolved during the devonian period.
microcoryphia（石𧐐目）的化石表明它们演化于泥盆纪。
researchers studied the mandibular morphology of microcoryphia species.
研究人员研究了microcoryphia（石𧐐目）物种的下颚形态。
microcoryphia insects are typically found under stones and bark.
microcoryphia（石𧐐目）昆虫通常被发现于石头和树皮下。
the taxonomy of microcoryphia includes several extinct and extant families.
microcoryphia（石𧐐目）的分类学包括几个已灭绝和现存的科。
unlike silverfish, microcoryphia specimens have large compound eyes.
与衣鱼不同，microcoryphia（石𧐐目）标本拥有大型复眼。
the phylogeny of microcoryphia provides insight into insect evolution.
microcoryphia（石𧐐目）的系统发育为昆虫演化提供了见解。
entomologists classify these wingless creatures under microcoryphia.
昆虫学家将这些无翅生物归类于microcoryphia（石𧐐目）。
microcoryphia specimens are often collected for entomological research.
microcoryphia（石𧐐目）标本经常被采集用于昆虫学研究。
global biodiversity assessments include data on microcoryphia distribution.
全球生物多样性评估包括关于microcoryphia（石𧐐目）分布的数据。
the order microcoryphia is characterized by insects possessing a unique mechanism for jumping.
microcoryphia（石𧐐目）的特征是昆虫拥有独特的跳跃机制。
jumping bristletails belong to the ancient order microcoryphia.
跳虫属��古老的microcoryphia（石𧐐目）。
distinguishing microcorryphia from zygentoma is essential for proper identification.
区分microcoryphia（石𧐐目）和zygentoma（衣鱼目）对于正确鉴定至关重要。
fossils of microcoryphia suggest they evolved during the devonian period.
microcoryphia（石𧐐目）的化石表明它们演化于泥盆纪。
researchers studied the mandibular morphology of microcoryphia species.
研究人员研究了microcoryphia（石𧐐目）物种的下颚形态。
microcoryphia insects are typically found under stones and bark.
microcoryphia（石𧐐目）昆虫通常被发现于石头和树皮下。
the taxonomy of microcoryphia includes several extinct and extant families.
microcoryphia（石𧐐目）的分类学包括几个已灭绝和现存的科。
unlike silverfish, microcoryphia specimens have large compound eyes.
与衣鱼不同，microcoryphia（石𧐐目）标本拥有大型复眼。
the phylogeny of microcoryphia provides insight into insect evolution.
microcoryphia（石𧐐目）的系统发育为昆虫演化提供了见解。
entomologists classify these wingless creatures under microcoryphia.
昆虫学家将这些无翅生物归类于microcoryphia（石𧐐目）。
microcoryphia specimens are often collected for entomological research.
microcoryphia（石𧐐目）标本经常被采集用于昆虫学研究。
global biodiversity assessments include data on microcoryphia distribution.
全球生物多样性评估包括关于microcoryphia（石𧐐目）分布的数据。
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