apterygota are
无翅昆虫是
apterygota include
无翅昆虫包括
apterygota found
发现无翅昆虫
apterygota species
无翅昆虫物种
apterygota insects
无翅昆虫类
apterygotan group
无翅昆虫群
apterygota evolved
无翅昆虫进化
apterygota studied
研究无翅昆虫
apterygota exist
无翅昆虫存在
unlike modern insects, species classified as apterygota lack wings throughout their entire life cycle.
与现代昆虫不同，被归类为无翅亚纲的物种在其整个生命周期中都缺乏翅膀。
entomologists study apterygota to understand the primitive characteristics of early hexapods.
昆虫学家研究无翅亚纲以了解早期六足动物的原始特征。
the thysanura order is a well-known group within the apterygota subclass.
缨尾目是无翅亚纲中一个著名的类群。
members of apterygota demonstrate a primitively wingless state that predates the evolution of flight.
无翅亚纲成员表现出一种早于飞行进化的原始无翅状态。
apterygota insects never undergo metamorphosis, unlike their winged relatives.
与有翅的���缘物种不同，无翅亚纲昆虫从不经历变态发育。
springtails and silverfish are common examples often discussed when defining apterygota.
跳虫和衣鱼是定义无翅亚纲时经常讨论的常见例子。
the fossil record suggests that apterygota appeared on earth hundreds of millions of years ago.
化石记录表明，无翅亚纲在数亿年前就出现在地球上了。
one key distinction of apterygota is the absence of wings during their development.
无翅亚纲���一个关键区别特征是其发育过程中缺乏翅膀。
researchers analyze the morphology of apterygota to trace the evolutionary history of arthropods.
研究人员分析无翅亚纲的形态，以追溯节肢动物的进化史。
molting continues even after the adult stage in many apterygota species.
许多无翅亚纲物种在成年阶段后仍继续蜕皮。
the taxonomy of apterygota has been debated due to new genetic evidence.
由于新的基因证据，无翅亚纲的分类一直存在争议。
apterygota are
无翅昆虫是
apterygota include
无翅昆虫包括
apterygota found
发现无翅昆虫
apterygota species
无翅昆虫物种
apterygota insects
无翅昆虫类
apterygotan group
无翅昆虫群
apterygota evolved
无翅昆虫进化
apterygota studied
研究无翅昆虫
apterygota exist
无翅昆虫存在
unlike modern insects, species classified as apterygota lack wings throughout their entire life cycle.
与现代昆虫不同，被归类为无翅亚纲的物种在其整个生命周期中都缺乏翅膀。
entomologists study apterygota to understand the primitive characteristics of early hexapods.
昆虫学家研究无翅亚纲以了解早期六足动物的原始特征。
the thysanura order is a well-known group within the apterygota subclass.
缨尾目是无翅亚纲中一个著名的类群。
members of apterygota demonstrate a primitively wingless state that predates the evolution of flight.
无翅亚纲成员表现出一种早于飞行进化的原始无翅状态。
apterygota insects never undergo metamorphosis, unlike their winged relatives.
与有翅的���缘物种不同，无翅亚纲昆虫从不经历变态发育。
springtails and silverfish are common examples often discussed when defining apterygota.
跳虫和衣鱼是定义无翅亚纲时经常讨论的常见例子。
the fossil record suggests that apterygota appeared on earth hundreds of millions of years ago.
化石记录表明，无翅亚纲在数亿年前就出现在地球上了。
one key distinction of apterygota is the absence of wings during their development.
无翅亚纲���一个关键区别特征是其发育过程中缺乏翅膀。
researchers analyze the morphology of apterygota to trace the evolutionary history of arthropods.
研究人员分析无翅亚纲的形态，以追溯节肢动物的进化史。
molting continues even after the adult stage in many apterygota species.
许多无翅亚纲物种在成年阶段后仍继续蜕皮。
the taxonomy of apterygota has been debated due to new genetic evidence.
由于新的基因证据，无翅亚纲的分类一直存在争议。
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