craniate species
颅索动物种类
craniate evolution
颅索动物进化
craniate classification
颅索动物分类
craniate anatomy
颅索动物解剖
craniate diversity
颅索动物多样性
craniate lineage
颅索动物谱系
craniate characteristics
颅索动物特征
craniate fossils
颅索动物化石
craniate traits
颅索动物特性
craniate habitat
颅索动物栖息地
all craniate animals have a backbone.
所有脊椎动物都有脊柱。
the study of craniate evolution reveals fascinating insights.
脊椎动物进化的研究揭示了迷人的见解。
fish are the most diverse group of craniates.
鱼类是脊椎动物中最具多样性的一组。
craniates are characterized by their complex nervous systems.
脊椎动物的特点是其复杂的神经系统。
amphibians are a class of craniate vertebrates.
两栖动物是脊椎动物的一类。
birds are craniates that have adapted to flight.
鸟类是适应飞行的脊椎动物。
understanding craniate anatomy is essential for biology students.
理解脊椎动物解剖对生物学学生至关重要。
the fossil record of craniates helps trace their history.
脊椎动物的化石记录有助于追溯它们的历史。
craniates exhibit a wide range of behaviors.
脊椎动物表现出广泛的行为。
research on craniate genetics continues to evolve.
脊椎动物遗传学的研究持续发展。
craniate species
颅索动物种类
craniate evolution
颅索动物进化
craniate classification
颅索动物分类
craniate anatomy
颅索动物解剖
craniate diversity
颅索动物多样性
craniate lineage
颅索动物谱系
craniate characteristics
颅索动物特征
craniate fossils
颅索动物化石
craniate traits
颅索动物特性
craniate habitat
颅索动物栖息地
all craniate animals have a backbone.
所有脊椎动物都有脊柱。
the study of craniate evolution reveals fascinating insights.
脊椎动物进化的研究揭示了迷人的见解。
fish are the most diverse group of craniates.
鱼类是脊椎动物中最具多样性的一组。
craniates are characterized by their complex nervous systems.
脊椎动物的特点是其复杂的神经系统。
amphibians are a class of craniate vertebrates.
两栖动物是脊椎动物的一类。
birds are craniates that have adapted to flight.
鸟类是适应飞行的脊椎动物。
understanding craniate anatomy is essential for biology students.
理解脊椎动物解剖对生物学学生至关重要。
the fossil record of craniates helps trace their history.
脊椎动物的化石记录有助于追溯它们的历史。
craniates exhibit a wide range of behaviors.
脊椎动物表现出广泛的行为。
research on craniate genetics continues to evolve.
脊椎动物遗传学的研究持续发展。
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