lobe-finned fish
叶足鱼
early lobe-finned
早期叶足
lobe-finned ancestors
叶足祖先
becoming lobe-finned
变成叶足
lobe-finned evolution
叶足演化
lobe-finned lineage
叶足谱系
lobe-finned traits
叶足特征
studying lobe-finned
研究叶足
ancient lobe-finned
古叶足
lobe-finned origins
叶足起源
the fossil record reveals the existence of ancient lobe-finned fish.
化石记录显示了古代叶足鱼的存在。
scientists study lobe-finned fish to understand tetrapod evolution.
科学家研究叶足鱼以了解四足动物的演化。
lobe-finned fishes possess fleshy, fin-like structures.
叶足鱼具有肉质的，鳍状结构。
the coelacanth is a living example of a lobe-finned fish.
棘臀鱼是叶足鱼的活体例子。
lobe-finned fish ancestors transitioned to land over 375 million years ago.
超过3.75亿年前，叶足鱼祖先过渡到陆地。
researchers analyze lobe-finned fish genomes for evolutionary clues.
研究人员分析叶足鱼基因组以寻找演化线索。
the robust pectoral fin is a key feature of lobe-finned fish.
强壮的胸鳍是叶足鱼的关键特征。
lobe-finned fish represent a crucial link in vertebrate history.
叶足鱼代表着脊椎动物历史中的一个关键环节。
early lobe-finned fish likely inhabited shallow, oxygen-poor waters.
早期的叶足鱼可能生活在浅水和缺氧水域。
the evolution of lobe-finned fish led to the emergence of amphibians.
叶足鱼的演化导致了两栖动物的出现。
comparative anatomy reveals similarities between lobe-finned fish and early tetrapods.
比较解剖学揭示了叶足鱼和早期四足动物之间的相似之处。
lobe-finned fish
叶足鱼
early lobe-finned
早期叶足
lobe-finned ancestors
叶足祖先
becoming lobe-finned
变成叶足
lobe-finned evolution
叶足演化
lobe-finned lineage
叶足谱系
lobe-finned traits
叶足特征
studying lobe-finned
研究叶足
ancient lobe-finned
古叶足
lobe-finned origins
叶足起源
the fossil record reveals the existence of ancient lobe-finned fish.
化石记录显示了古代叶足鱼的存在。
scientists study lobe-finned fish to understand tetrapod evolution.
科学家研究叶足鱼以了解四足动物的演化。
lobe-finned fishes possess fleshy, fin-like structures.
叶足鱼具有肉质的，鳍状结构。
the coelacanth is a living example of a lobe-finned fish.
棘臀鱼是叶足鱼的活体例子。
lobe-finned fish ancestors transitioned to land over 375 million years ago.
超过3.75亿年前，叶足鱼祖先过渡到陆地。
researchers analyze lobe-finned fish genomes for evolutionary clues.
研究人员分析叶足鱼基因组以寻找演化线索。
the robust pectoral fin is a key feature of lobe-finned fish.
强壮的胸鳍是叶足鱼的关键特征。
lobe-finned fish represent a crucial link in vertebrate history.
叶足鱼代表着脊椎动物历史中的一个关键环节。
early lobe-finned fish likely inhabited shallow, oxygen-poor waters.
早期的叶足鱼可能生活在浅水和缺氧水域。
the evolution of lobe-finned fish led to the emergence of amphibians.
叶足鱼的演化导致了两栖动物的出现。
comparative anatomy reveals similarities between lobe-finned fish and early tetrapods.
比较解剖学揭示了叶足鱼和早期四足动物之间的相似之处。
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