lobe-finned fish
肉鳍鱼
early lobe-finned
早期肉鳍
lobe-finned ancestors
肉鳍祖先
becoming lobe-finned
成為肉鳍
lobe-finned evolution
肉鳍演化
lobe-finned lineage
肉鳍谱系
lobe-finned traits
肉鳍特徵
studying lobe-finned
研究肉鳍
ancient lobe-finned
古代肉鳍
lobe-finned origins
肉鳍起源
the fossil record reveals the existence of ancient lobe-finned fish.
化石記錄顯示古代肉鳍魚的存在。
scientists study lobe-finned fish to understand tetrapod evolution.
科學家研究肉鳍魚以了解四足動物的演化。
lobe-finned fishes possess fleshy, fin-like structures.
肉鳍魚具有肉質的、類似魚鳍的結構。
the coelacanth is a living example of a lobe-finned fish.
腔棘魚是現存的肉鳍魚例子。
lobe-finned fish ancestors transitioned to land over 375 million years ago.
肉鳍魚的祖先在超過3.75億年前轉移到陸地上。
researchers analyze lobe-finned fish genomes for evolutionary clues.
研究人員分析肉鳍魚的基因組以尋找演化線索。
the robust pectoral fin is a key feature of lobe-finned fish.
強壯的胸鳍是肉鳍魚的關鍵特徵。
lobe-finned fish represent a crucial link in vertebrate history.
肉鳍魚在脊椎動物的歷史中代表一個關鍵的環節。
early lobe-finned fish likely inhabited shallow, oxygen-poor waters.
早期的肉鳍魚很可能棲息在淺水且氧氣貧乏的水域中。
the evolution of lobe-finned fish led to the emergence of amphibians.
肉鳍魚的演化導致了兩棲類的出現。
comparative anatomy reveals similarities between lobe-finned fish and early tetrapods.
比較解剖學顯示肉鳍魚與早期四足動物之間的相似性。
lobe-finned fish
肉鳍鱼
early lobe-finned
早期肉鳍
lobe-finned ancestors
肉鳍祖先
becoming lobe-finned
成為肉鳍
lobe-finned evolution
肉鳍演化
lobe-finned lineage
肉鳍谱系
lobe-finned traits
肉鳍特徵
studying lobe-finned
研究肉鳍
ancient lobe-finned
古代肉鳍
lobe-finned origins
肉鳍起源
the fossil record reveals the existence of ancient lobe-finned fish.
化石記錄顯示古代肉鳍魚的存在。
scientists study lobe-finned fish to understand tetrapod evolution.
科學家研究肉鳍魚以了解四足動物的演化。
lobe-finned fishes possess fleshy, fin-like structures.
肉鳍魚具有肉質的、類似魚鳍的結構。
the coelacanth is a living example of a lobe-finned fish.
腔棘魚是現存的肉鳍魚例子。
lobe-finned fish ancestors transitioned to land over 375 million years ago.
肉鳍魚的祖先在超過3.75億年前轉移到陸地上。
researchers analyze lobe-finned fish genomes for evolutionary clues.
研究人員分析肉鳍魚的基因組以尋找演化線索。
the robust pectoral fin is a key feature of lobe-finned fish.
強壯的胸鳍是肉鳍魚的關鍵特徵。
lobe-finned fish represent a crucial link in vertebrate history.
肉鳍魚在脊椎動物的歷史中代表一個關鍵的環節。
early lobe-finned fish likely inhabited shallow, oxygen-poor waters.
早期的肉鳍魚很可能棲息在淺水且氧氣貧乏的水域中。
the evolution of lobe-finned fish led to the emergence of amphibians.
肉鳍魚的演化導致了兩棲類的出現。
comparative anatomy reveals similarities between lobe-finned fish and early tetrapods.
比較解剖學顯示肉鳍魚與早期四足動物之間的相似性。
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