gnathostomes evolved
颚口类进化
gnathostomes include
颚口类包括
ancient gnathostomes
古代颚口类
early gnathostomes
早期颚口类
gnathostomes developed
颚口类发育
gnathostomes have
颚口类有
gnathostomes are
颚口类是
gnathostomes and
颚口类和
gnathostomes first
颚口类首先
gnathostomes represent
颚口类代表
early gnathostomes evolved powerful jaws that allowed them to exploit new food sources.
早期有颚脊椎动物进化出强有力的颚部，使它们能够利用新的食物来源。
fossil evidence shows that primitive gnathostomes first appeared during the silurian period.
化石证据表明，原始有颚脊椎动物最初出现在志留纪时期。
the evolution of gnathostomes marked a major transition in vertebrate history.
有颚脊椎动物的进化标志着脊椎动物历史上的重大转变。
scientists have discovered well-preserved gnathostome fossils in ancient marine sediments.
科学家在古代海洋沉积物中发现了保存完好的有颚脊椎动物化石。
gnathostome diversification led to the emergence of numerous new species.
有颚脊椎动物的多样化导致了众多新物种的出现。
the study of gnathostome phylogeny helps us understand vertebrate relationships.
对有颚脊椎动物系统发育的研究帮助我们理解脊椎动物之间的关系。
anatomical studies reveal that gnathostomes developed more complex skeletal systems.
解剖学研究表明，有颚脊椎动物进化出了更复杂的骨骼系统。
developmental biology has shown how gnathostome jaws form during embryogenesis.
发育生物学已经揭示了有颚脊椎动物颚部在胚胎发育过程中是如何形成的。
some gnathostomes evolved specialized teeth for hunting different prey.
一些有颚脊椎动物进化出了专门的牙齿，用于捕猎不同的猎物。
the success of gnathostomes can be attributed to their adaptable jaw mechanisms.
有颚脊椎动物的成功可以归因于它们适应性强的颚部机制。
marine gnathostomes dominated ancient oceans during the devonian period.
海洋有颚脊椎动物在泥盆纪时期统治了古代海洋。
researchers continue to uncover new information about gnathostome evolutionary history.
研究人员不断发现关于有颚脊椎动物进化历史的新信息。
gnathostomes evolved
颚口类进化
gnathostomes include
颚口类包括
ancient gnathostomes
古代颚口类
early gnathostomes
早期颚口类
gnathostomes developed
颚口类发育
gnathostomes have
颚口类有
gnathostomes are
颚口类是
gnathostomes and
颚口类和
gnathostomes first
颚口类首先
gnathostomes represent
颚口类代表
early gnathostomes evolved powerful jaws that allowed them to exploit new food sources.
早期有颚脊椎动物进化出强有力的颚部，使它们能够利用新的食物来源。
fossil evidence shows that primitive gnathostomes first appeared during the silurian period.
化石证据表明，原始有颚脊椎动物最初出现在志留纪时期。
the evolution of gnathostomes marked a major transition in vertebrate history.
有颚脊椎动物的进化标志着脊椎动物历史上的重大转变。
scientists have discovered well-preserved gnathostome fossils in ancient marine sediments.
科学家在古代海洋沉积物中发现了保存完好的有颚脊椎动物化石。
gnathostome diversification led to the emergence of numerous new species.
有颚脊椎动物的多样化导致了众多新物种的出现。
the study of gnathostome phylogeny helps us understand vertebrate relationships.
对有颚脊椎动物系统发育的研究帮助我们理解脊椎动物之间的关系。
anatomical studies reveal that gnathostomes developed more complex skeletal systems.
解剖学研究表明，有颚脊椎动物进化出了更复杂的骨骼系统。
developmental biology has shown how gnathostome jaws form during embryogenesis.
发育生物学已经揭示了有颚脊椎动物颚部在胚胎发育过程中是如何形成的。
some gnathostomes evolved specialized teeth for hunting different prey.
一些有颚脊椎动物进化出了专门的牙齿，用于捕猎不同的猎物。
the success of gnathostomes can be attributed to their adaptable jaw mechanisms.
有颚脊椎动物的成功可以归因于它们适应性强的颚部机制。
marine gnathostomes dominated ancient oceans during the devonian period.
海洋有颚脊椎动物在泥盆纪时期统治了古代海洋。
researchers continue to uncover new information about gnathostome evolutionary history.
研究人员不断发现关于有颚脊椎动物进化历史的新信息。
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