upper calypter
上腋瓣
lower calypter
下腋瓣
well developed calypter
发达的腋瓣
reduced calypter
退化的腋瓣
fern calypter
蕨类囊群盖
large calypter
大腋瓣
small calypter
小腋瓣
hairy calypter
多毛腋瓣
bare calypter
裸腋瓣
scale-like calypter
鳞片状腋瓣
the calypter structure varies significantly among different fly species.
不同蝇类的翅瓣结构存在显著差异。
researchers examined the calypter morphology under electron microscopy.
研究人员在电子显微镜下检查了翅瓣形态。
the calypter size correlates with the flying ability of the insect.
翅瓣大小与昆虫的飞行能力相关。
calypter development follows a precise pattern during pupal stage.
翅瓣在蛹期遵循精确的发育模式。
the calypter function relates to aerodynamic stability during flight.
翅瓣功能与飞行中的空气动力学稳定性有关。
entomologists compared calypter shapes across diptera families.
昆虫学家比较了双翅目各科的翅瓣形状。
the calypter contains specialized bristles that detect air movement.
翅瓣包含能探测空气流动的特殊刚毛。
calypter veins provide structural support to the wing base.
翅瓣静脉为翅基部提供结构支撑。
the calypter plays a crucial role in thermoregulation.
翅瓣在体温调节中起着关键作用。
taxonomists use calypter characteristics for species identification.
分类学家利用翅瓣特征进行物种鉴定。
the calypter measurement helps determine evolutionary relationships.
翅瓣测量有助于确定进化关系。
abnormal calypter development can indicate genetic mutations.
异常的翅瓣发育可能表明基因突变。
upper calypter
上腋瓣
lower calypter
下腋瓣
well developed calypter
发达的腋瓣
reduced calypter
退化的腋瓣
fern calypter
蕨类囊群盖
large calypter
大腋瓣
small calypter
小腋瓣
hairy calypter
多毛腋瓣
bare calypter
裸腋瓣
scale-like calypter
鳞片状腋瓣
the calypter structure varies significantly among different fly species.
不同蝇类的翅瓣结构存在显著差异。
researchers examined the calypter morphology under electron microscopy.
研究人员在电子显微镜下检查了翅瓣形态。
the calypter size correlates with the flying ability of the insect.
翅瓣大小与昆虫的飞行能力相关。
calypter development follows a precise pattern during pupal stage.
翅瓣在蛹期遵循精确的发育模式。
the calypter function relates to aerodynamic stability during flight.
翅瓣功能与飞行中的空气动力学稳定性有关。
entomologists compared calypter shapes across diptera families.
昆虫学家比较了双翅目各科的翅瓣形状。
the calypter contains specialized bristles that detect air movement.
翅瓣包含能探测空气流动的特殊刚毛。
calypter veins provide structural support to the wing base.
翅瓣静脉为翅基部提供结构支撑。
the calypter plays a crucial role in thermoregulation.
翅瓣在体温调节中起着关键作用。
taxonomists use calypter characteristics for species identification.
分类学家利用翅瓣特征进行物种鉴定。
the calypter measurement helps determine evolutionary relationships.
翅瓣测量有助于确定进化关系。
abnormal calypter development can indicate genetic mutations.
异常的翅瓣发育可能表明基因突变。
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