male crayfish use their gonopods to transfer sperm to females during mating season.
雄性小龙虾在交配季节使用生殖足将精子传递给雌性。
gonopods are specialized reproductive appendages found in decapod crustaceans.
生殖足是十足目甲壳动物特有的生殖附肢。
researchers study gonopod morphology to identify different species of shrimp.
研究人员通过研究生殖足形态来识别不同种类的虾。
during breeding season, the gonopods of male crabs become more prominent.
在繁殖季节，雄性螃蟹的生殖足变得更加明显。
the structure of gonopods varies significantly among different crustacean families.
不同甲壳动物科的生殖足结构差异很大。
female crayfish can store sperm received through gonopods for later fertilization.
雌性小龙虾可以储存通过生殖足接收的精子以备后续受精使用。
gonopods evolved from walking legs and adapted for reproductive functions.
生殖足由步行足进化而来，并适应了生殖功能。
marine biologists examine gonopods to determine the maturity of crustacean specimens.
海洋生物学家通过检查生殖足来判断甲壳动物标本的成熟度。
the gonopod count helps taxonomists classify organisms into proper taxonomic groups.
生殖足数量帮助分类学家将生物归入正确的分类群。
some species of shrimp have asymmetric gonopods used in complex mating rituals.
一些虾类具有不对称生殖足，用于复杂的交配仪式。
damage to gonopods can prevent male crustaceans from successfully reproducing.
生殖足受损可能阻止雄性甲壳动物成功繁殖。
the development of gonopods indicates the onset of sexual maturity in male crustaceans.
生殖足的发育标志着雄性甲壳动物性成熟的开始。
gonopods contain sensory organs that help males locate receptive females.
生殖足包含感觉器官，帮助雄性找到愿意交配的雌性。
in some species, gonopods deliver spermatophores directly to the female's genital opening.
在某些物种中，生殖足直接将精荚传递到雌性的生殖开口。
the evolutionary adaptation of gonopods represents a significant milestone in crustacean biology.
生殖足的进化适应代表了甲壳动物生物学的重要里程碑。
male crayfish use their gonopods to transfer sperm to females during mating season.
雄性小龙虾在交配季节使用生殖足将精子传递给雌性。
gonopods are specialized reproductive appendages found in decapod crustaceans.
生殖足是十足目甲壳动物特有的生殖附肢。
researchers study gonopod morphology to identify different species of shrimp.
研究人员通过研究生殖足形态来识别不同种类的虾。
during breeding season, the gonopods of male crabs become more prominent.
在繁殖季节，雄性螃蟹的生殖足变得更加明显。
the structure of gonopods varies significantly among different crustacean families.
不同甲壳动物科的生殖足结构差异很大。
female crayfish can store sperm received through gonopods for later fertilization.
雌性小龙虾可以储存通过生殖足接收的精子以备后续受精使用。
gonopods evolved from walking legs and adapted for reproductive functions.
生殖足由步行足进化而来，并适应了生殖功能。
marine biologists examine gonopods to determine the maturity of crustacean specimens.
海洋生物学家通过检查生殖足来判断甲壳动物标本的成熟度。
the gonopod count helps taxonomists classify organisms into proper taxonomic groups.
生殖足数量帮助分类学家将生物归入正确的分类群。
some species of shrimp have asymmetric gonopods used in complex mating rituals.
一些虾类具有不对称生殖足，用于复杂的交配仪式。
damage to gonopods can prevent male crustaceans from successfully reproducing.
生殖足受损可能阻止雄性甲壳动物成功繁殖。
the development of gonopods indicates the onset of sexual maturity in male crustaceans.
生殖足的发育标志着雄性甲壳动物性成熟的开始。
gonopods contain sensory organs that help males locate receptive females.
生殖足包含感觉器官，帮助雄性找到愿意交配的雌性。
in some species, gonopods deliver spermatophores directly to the female's genital opening.
在某些物种中，生殖足直接将精荚传递到雌性的生殖开口。
the evolutionary adaptation of gonopods represents a significant milestone in crustacean biology.
生殖足的进化适应代表了甲壳动物生物学的重要里程碑。
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