archosaurian ancestry
祖龙 ancestry
archosaurian reptiles
祖龙类爬行动物
early archosaurian
早期祖龙
archosaurian lineage
祖龙谱系
extinct archosaurian
灭绝的祖龙
archosaurian fossil
祖龙化石
large archosaurian
大型祖龙
triassic archosaurian
三叠纪祖龙
modern archosaurians
现代祖龙类
archosaurian traits
祖龙特征
the archosaurian fossils discovered in this region provide crucial insights into mesozoic ecosystems.
该地区发现的古龙类化石为理解中生代生态系统提供了关键线索。
scientists have identified a new archosaurian species from well-preserved skeletal remains.
科学家从保存完好的骨骼遗骸中鉴定出了一个全新的古龙类物种。
the archosaurian lineage diversified dramatically during the triassic period.
古龙类谱系在三叠纪时期经历了剧烈的多样化演变。
archosaurian reptiles dominated terrestrial ecosystems for over 160 million years.
古龙类爬行动物在陆地生态系统中占据了超过一亿六千万年的主导地位。
phylogenetic studies continue to refine our understanding of archosaurian relationships.
系统发育研究不断深化我们对古龙类亲缘关系的理解。
the museum's collection includes rare archosaurian eggs and nest structures.
该博物馆的藏品包括罕见的古龙类蛋和巢穴结构。
climate change significantly impacted archosaurian biodiversity during the late cretaceous.
气候变化在晚白垩世期间显著影响了古龙类的生物多样性。
researchers are using advanced imaging techniques to study archosaurian bone structure.
研究人员正在使用先进的成像技术来研究古龙类的骨骼结构。
the discovery challenges previous theories about archosaurian dispersal patterns.
这一发现挑战了先前关于古龙类扩散模式的理论。
archosaurian footprints have been found preserved in ancient river sediments.
古龙类足迹已在古河相沉积物中被发现并保存下来。
comparative anatomy reveals fascinating adaptations in archosaurian physiology.
比较解剖学揭示了古龙类生理学中令人着迷的适应性特征。
the extinction event eliminated most archosaurian groups except for crocodilians and birds.
这场灭绝事件消灭了大多数古龙类群体，仅剩鳄鱼类和鸟类存活下来。
archosaurian ancestry
祖龙 ancestry
archosaurian reptiles
祖龙类爬行动物
early archosaurian
早期祖龙
archosaurian lineage
祖龙谱系
extinct archosaurian
灭绝的祖龙
archosaurian fossil
祖龙化石
large archosaurian
大型祖龙
triassic archosaurian
三叠纪祖龙
modern archosaurians
现代祖龙类
archosaurian traits
祖龙特征
the archosaurian fossils discovered in this region provide crucial insights into mesozoic ecosystems.
该地区发现的古龙类化石为理解中生代生态系统提供了关键线索。
scientists have identified a new archosaurian species from well-preserved skeletal remains.
科学家从保存完好的骨骼遗骸中鉴定出了一个全新的古龙类物种。
the archosaurian lineage diversified dramatically during the triassic period.
古龙类谱系在三叠纪时期经历了剧烈的多样化演变。
archosaurian reptiles dominated terrestrial ecosystems for over 160 million years.
古龙类爬行动物在陆地生态系统中占据了超过一亿六千万年的主导地位。
phylogenetic studies continue to refine our understanding of archosaurian relationships.
系统发育研究不断深化我们对古龙类亲缘关系的理解。
the museum's collection includes rare archosaurian eggs and nest structures.
该博物馆的藏品包括罕见的古龙类蛋和巢穴结构。
climate change significantly impacted archosaurian biodiversity during the late cretaceous.
气候变化在晚白垩世期间显著影响了古龙类的生物多样性。
researchers are using advanced imaging techniques to study archosaurian bone structure.
研究人员正在使用先进的成像技术来研究古龙类的骨骼结构。
the discovery challenges previous theories about archosaurian dispersal patterns.
这一发现挑战了先前关于古龙类扩散模式的理论。
archosaurian footprints have been found preserved in ancient river sediments.
古龙类足迹已在古河相沉积物中被发现并保存下来。
comparative anatomy reveals fascinating adaptations in archosaurian physiology.
比较解剖学揭示了古龙类生理学中令人着迷的适应性特征。
the extinction event eliminated most archosaurian groups except for crocodilians and birds.
这场灭绝事件消灭了大多数古龙类群体，仅剩鳄鱼类和鸟类存活下来。
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