apterygote insects
无翅昆虫
an apterygote
一只无翅昆虫
apterygote species
无翅物种
apterygote forms
无翅形态
primitive apterygote
原始无翅昆虫
extant apterygotes
现存无翅昆虫
fossil apterygote
无翅昆虫化石
apterygote group
无翅类群
apterygote lineage
无翅世系
wingless apterygote
无翅的无翅昆虫
the apterygote insect is known for its primitive body structure.
这种无翅昆虫以其原始的体形结构而闻名。
apterygote species can be found in moist environments worldwide.
无翅物种可以在世界各地的潮湿环境中找到。
scientists study apterygote development to understand insect evolution.
科学家研究无翅昆虫的发育以了解昆虫的进化。
the apterygote order includes silverfish and firebrats.
无翅目包括衣鱼和火蛾。
apterygote morphology differs significantly from winged insects.
无翅昆虫的形态与有翅昆虫显著不同。
researchers classify apterygote taxa based on genetic analysis.
研究人员根据遗传分析对无翅分类群进行分类。
the apterygote lineage dates back to the devonian period.
无翅谱系可以追溯到泥盆纪时期。
apterygote fauna plays an important role in soil ecosystems.
无翅动物群在土壤生态系统中起着重要作用。
many apterygote genera have remained unchanged for millions of years.
许多无翅属在数百万年里保持不变。
the apterygote group lacks wings throughout its life cycle.
无翅类群在整个生命周期中都没有翅膀。
entomologists examine apterygote specimens to study ancient traits.
昆虫学家检查无翅标本以研究古代特征。
apterygote communities are often overlooked in biodiversity surveys.
无翅动物群在生物多样性调查经常被忽视。
apterygote insects
无翅昆虫
an apterygote
一只无翅昆虫
apterygote species
无翅物种
apterygote forms
无翅形态
primitive apterygote
原始无翅昆虫
extant apterygotes
现存无翅昆虫
fossil apterygote
无翅昆虫化石
apterygote group
无翅类群
apterygote lineage
无翅世系
wingless apterygote
无翅的无翅昆虫
the apterygote insect is known for its primitive body structure.
这种无翅昆虫以其原始的体形结构而闻名。
apterygote species can be found in moist environments worldwide.
无翅物种可以在世界各地的潮湿环境中找到。
scientists study apterygote development to understand insect evolution.
科学家研究无翅昆虫的发育以了解昆虫的进化。
the apterygote order includes silverfish and firebrats.
无翅目包括衣鱼和火蛾。
apterygote morphology differs significantly from winged insects.
无翅昆虫的形态与有翅昆虫显著不同。
researchers classify apterygote taxa based on genetic analysis.
研究人员根据遗传分析对无翅分类群进行分类。
the apterygote lineage dates back to the devonian period.
无翅谱系可以追溯到泥盆纪时期。
apterygote fauna plays an important role in soil ecosystems.
无翅动物群在土壤生态系统中起着重要作用。
many apterygote genera have remained unchanged for millions of years.
许多无翅属在数百万年里保持不变。
the apterygote group lacks wings throughout its life cycle.
无翅类群在整个生命周期中都没有翅膀。
entomologists examine apterygote specimens to study ancient traits.
昆虫学家检查无翅标本以研究古代特征。
apterygote communities are often overlooked in biodiversity surveys.
无翅动物群在生物多样性调查经常被忽视。
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