apterygotes are primitive insects that lack wings and undergo minimal metamorphosis.
無翅目是原始的昆蟲，沒有翅膀且經歷極少的變態。
scientists classify springtails as apterygotes due to their distinct evolutionary history.
科學家根據其獨特的進化歷史，將彈尾蟲分類為無翅目。
the fossil record suggests that apterygotes appeared on earth during the devonian period.
化石記錄顯示無翅目在泥盆紀時期出現在地球上。
unlike most insects, apterygotes continue to molt throughout their entire lives.
與大多數昆蟲不同，無翅目會在其一生中持續蛻皮。
entomologists study apterygotes to understand the early evolution of hexapods.
昆蟲學家研究無翅目以了解六足動物的早期進化。
silverfish are a common example of apterygotes found in human dwellings.
銀魚是常見於人類住宅中的無翅目例子。
these small apterygotes rely on water surface tension to move across ponds.
這些小型無翅目依賴水表面張力在池塘中移動。
ecologists examine how apterygotes contribute to soil decomposition and nutrient cycling.
生態學家研究無翅目如何促進土壤分解和營養物質循環。
the absence of wings is a defining characteristic of all apterygotes.
缺乏翅膀是所有無翅目的特徵。
students observed the apterygotes under a microscope to identify their body segments.
學生在顯微鏡下觀察無翅目以辨識其身體節段。
some apterygotes possess specialized appendages that allow them to jump effectively.
一些無翅目擁有特殊的附肢，使其能有效跳躍。
firebrats and silverfish are grouped together as apterygotes in taxonomic studies.
在分類學研究中，衣魚和銀魚被歸類為無翅目。
apterygotes are primitive insects that lack wings and undergo minimal metamorphosis.
無翅目是原始的昆蟲，沒有翅膀且經歷極少的變態。
scientists classify springtails as apterygotes due to their distinct evolutionary history.
科學家根據其獨特的進化歷史，將彈尾蟲分類為無翅目。
the fossil record suggests that apterygotes appeared on earth during the devonian period.
化石記錄顯示無翅目在泥盆紀時期出現在地球上。
unlike most insects, apterygotes continue to molt throughout their entire lives.
與大多數昆蟲不同，無翅目會在其一生中持續蛻皮。
entomologists study apterygotes to understand the early evolution of hexapods.
昆蟲學家研究無翅目以了解六足動物的早期進化。
silverfish are a common example of apterygotes found in human dwellings.
銀魚是常見於人類住宅中的無翅目例子。
these small apterygotes rely on water surface tension to move across ponds.
這些小型無翅目依賴水表面張力在池塘中移動。
ecologists examine how apterygotes contribute to soil decomposition and nutrient cycling.
生態學家研究無翅目如何促進土壤分解和營養物質循環。
the absence of wings is a defining characteristic of all apterygotes.
缺乏翅膀是所有無翅目的特徵。
students observed the apterygotes under a microscope to identify their body segments.
學生在顯微鏡下觀察無翅目以辨識其身體節段。
some apterygotes possess specialized appendages that allow them to jump effectively.
一些無翅目擁有特殊的附肢，使其能有效跳躍。
firebrats and silverfish are grouped together as apterygotes in taxonomic studies.
在分類學研究中，衣魚和銀魚被歸類為無翅目。
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