pterygota species
有翅亚纲物种
pterygota insects
有翅亚纲昆虫
pterygota include
有翅亚纲包括
pterygota are
有翅亚纲是
pterygota evolved
有翅亚纲进化
pterygota developed
有翅亚纲发育
the pterygota
有翅亚纲
pterygota group
有翅亚纲群体
pterygota order
有翅亚纲目
pterygota classification
有翅亚纲分类
pterygota represents a major subclass of insects characterized by the presence of wings.
有翅亚纲代表昆虫纲的一个主要亚纲，其特征是拥有翅膀。
entomologists divide the class insecta into apterygota and pterygota based on wing development.
昆虫学家根据翅膀的发育情况将昆虫纲分为无翅亚纲和有翅亚纲。
unlike the primitive apterygota, pterygota species undergo distinct metamorphic changes.
与原始的无翅亚纲不同，有翅亚纲物种经历明显的变态变化。
the evolution of pterygota played a crucial role in the diversification of terrestrial ecosystems.
有翅亚纲���演化在陆地生态系统的多样化中发挥了至关重要的作用。
most extant insects belong to the pterygota group, including beetles and butterflies.
大多数现存的昆虫属于有翅亚纲群体，包括甲虫和蝴蝶。
the fossil record provides significant data regarding the origin of pterygota during the paleozoic era.
化石记录提供了关于古生代有翅亚纲起源的重要数据。
paleoptera and neoptera are two major evolutionary lineages within the subclass pterygota.
古翅类和新翅类是有翅亚纲中的两个主要演化谱系。
research suggests that pterygota evolved from a wingless ancestor approximately 300 million years ago.
研究表明，有翅亚纲大约在3亿年前由无翅祖先演化而来。
the thorax in pterygota is highly specialized to accommodate the muscles required for flight.
有翅亚纲的胸部高度特化，以适应飞行所需的肌肉。
some pterygota insects have secondarily lost their wings through evolutionary adaptation.
一些有翅亚纲昆虫通过演化适应次生性地失去了翅膀。
classifying an insect as pterygota requires examining its developmental stages and morphology.
将昆虫归类为有翅亚纲需要检查其发育阶段和形态。
pterygota species
有翅亚纲物种
pterygota insects
有翅亚纲昆虫
pterygota include
有翅亚纲包括
pterygota are
有翅亚纲是
pterygota evolved
有翅亚纲进化
pterygota developed
有翅亚纲发育
the pterygota
有翅亚纲
pterygota group
有翅亚纲群体
pterygota order
有翅亚纲目
pterygota classification
有翅亚纲分类
pterygota represents a major subclass of insects characterized by the presence of wings.
有翅亚纲代表昆虫纲的一个主要亚纲，其特征是拥有翅膀。
entomologists divide the class insecta into apterygota and pterygota based on wing development.
昆虫学家根据翅膀的发育情况将昆虫纲分为无翅亚纲和有翅亚纲。
unlike the primitive apterygota, pterygota species undergo distinct metamorphic changes.
与原始的无翅亚纲不同，有翅亚纲物种经历明显的变态变化。
the evolution of pterygota played a crucial role in the diversification of terrestrial ecosystems.
有翅亚纲���演化在陆地生态系统的多样化中发挥了至关重要的作用。
most extant insects belong to the pterygota group, including beetles and butterflies.
大多数现存的昆虫属于有翅亚纲群体，包括甲虫和蝴蝶。
the fossil record provides significant data regarding the origin of pterygota during the paleozoic era.
化石记录提供了关于古生代有翅亚纲起源的重要数据。
paleoptera and neoptera are two major evolutionary lineages within the subclass pterygota.
古翅类和新翅类是有翅亚纲中的两个主要演化谱系。
research suggests that pterygota evolved from a wingless ancestor approximately 300 million years ago.
研究表明，有翅亚纲大约在3亿年前由无翅祖先演化而来。
the thorax in pterygota is highly specialized to accommodate the muscles required for flight.
有翅亚纲的胸部高度特化，以适应飞行所需的肌肉。
some pterygota insects have secondarily lost their wings through evolutionary adaptation.
一些有翅亚纲昆虫通过演化适应次生性地失去了翅膀。
classifying an insect as pterygota requires examining its developmental stages and morphology.
将昆虫归类为有翅亚纲需要检查其发育阶段和形态。
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