ancient lepidosauria
古老的鳞龙类
extinct lepidosauria
已灭绝的鳞龙类
modern lepidosauria
现代鳞龙类
early lepidosauria
早期鳞龙类
living lepidosauria
现存鳞龙类
scaled lepidosauria
有鳞鳞龙类
diverse lepidosauria
多样的鳞龙类
major lepidosauria
主要鳞龙类
primitive lepidosauria
原始鳞龙类
the lepidosauria
鳞龙类
the order lepidosauria includes lizards, snakes, and tuatara as its living members.
鳞龙蜥目包括蜥蜴、蛇和喙头蜥作为其现存成员。
scientists study lepidosauria fossils to understand reptile evolution over millions of years.
科学家研究鳞龙蜥目化石以了解数百万年来的爬行动物进化。
the tuatara is the only surviving species of ancient lepidosauria still alive today.
喙头蜥是古代鳞龙蜥目中唯一存活至今的物种。
modern lepidosauria demonstrates remarkable adaptive diversity across different habitats worldwide.
现代鳞龙蜥目在世界各地不同栖息地展现出显著的适应性多样性。
researchers classify lepidosauria within the larger group of scaled reptiles called squamates.
研究人员将有鳞爬行动物归类为鳞龙蜥目中更大的有鳞爬行动物群。
the evolutionary history of lepidosauria dates back to the permian period.
鳞龙蜥目的进化历史可追溯到二叠纪时期。
distinctive features distinguish lepidosauria from other reptile orders through their scaled skin.
独特的特征通过鳞状皮肤将鳞龙蜥目与其他爬行动物目区分开来。
climate change potentially threatens several lepidosauria species in island environments.
气候变化可能威胁到岛屿环境中的一些鳞龙蜥目物种。
the phylogenetic relationships within lepidosauria continue to be studied by herpetologists.
鳞龙蜥目内的系统发育关系继续被爬虫学家研究。
conservation efforts aim to protect endangered lepidosauria populations in new zealand ecosystems.
保护工作旨在保护新西兰生态系统中濒危的鳞龙蜥目种群。
the taxonomic classification of lepidosauria has been revised multiple times based on dna evidence.
鳞龙蜥目的分类学分类已根据dna证据多次修订。
lepidosauria shares common ancestry with ancient marine reptiles from prehistoric times.
鳞龙蜥目与史前时代的古代海洋爬行动物有共同的祖先。
ancient lepidosauria
古老的鳞龙类
extinct lepidosauria
已灭绝的鳞龙类
modern lepidosauria
现代鳞龙类
early lepidosauria
早期鳞龙类
living lepidosauria
现存鳞龙类
scaled lepidosauria
有鳞鳞龙类
diverse lepidosauria
多样的鳞龙类
major lepidosauria
主要鳞龙类
primitive lepidosauria
原始鳞龙类
the lepidosauria
鳞龙类
the order lepidosauria includes lizards, snakes, and tuatara as its living members.
鳞龙蜥目包括蜥蜴、蛇和喙头蜥作为其现存成员。
scientists study lepidosauria fossils to understand reptile evolution over millions of years.
科学家研究鳞龙蜥目化石以了解数百万年来的爬行动物进化。
the tuatara is the only surviving species of ancient lepidosauria still alive today.
喙头蜥是古代鳞龙蜥目中唯一存活至今的物种。
modern lepidosauria demonstrates remarkable adaptive diversity across different habitats worldwide.
现代鳞龙蜥目在世界各地不同栖息地展现出显著的适应性多样性。
researchers classify lepidosauria within the larger group of scaled reptiles called squamates.
研究人员将有鳞爬行动物归类为鳞龙蜥目中更大的有鳞爬行动物群。
the evolutionary history of lepidosauria dates back to the permian period.
鳞龙蜥目的进化历史可追溯到二叠纪时期。
distinctive features distinguish lepidosauria from other reptile orders through their scaled skin.
独特的特征通过鳞状皮肤将鳞龙蜥目与其他爬行动物目区分开来。
climate change potentially threatens several lepidosauria species in island environments.
气候变化可能威胁到岛屿环境中的一些鳞龙蜥目物种。
the phylogenetic relationships within lepidosauria continue to be studied by herpetologists.
鳞龙蜥目内的系统发育关系继续被爬虫学家研究。
conservation efforts aim to protect endangered lepidosauria populations in new zealand ecosystems.
保护工作旨在保护新西兰生态系统中濒危的鳞龙蜥目种群。
the taxonomic classification of lepidosauria has been revised multiple times based on dna evidence.
鳞龙蜥目的分类学分类已根据dna证据多次修订。
lepidosauria shares common ancestry with ancient marine reptiles from prehistoric times.
鳞龙蜥目与史前时代的古代海洋爬行动物有共同的祖先。
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