study neoceratodipnoans
研究新角龙类
neoceratodipnoans evolved
新角龙类进化了
discover neoceratodipnoans
发现新角龙类
neoceratodipnoans fossils
新角龙类化石
classify neoceratodipnoans
分类新角龙类
neoceratodipnoans lived
新角龙类生活过
research neoceratodipnoans
新角龙类物种
neoceratodipnoans species
识别新角龙类
identify neoceratodipnoans
新角龙类残留
neoceratodipnoans remain
neoceratodipnoans are an extinct group of lungfishes that lived during the late devonian period.
新角肺鱼是一种已灭绝的肺鱼，生活于晚泥盆世。
the fossil record of neoceratodipnoans provides insight into the evolution of early tetrapods.
新角肺鱼的化石记录为了解早期四足动物的演化提供了线索。
researchers have identified several neoceratodipnoans species in the strata of greenland.
研究人员在格陵兰的地层中识别出若干新角肺鱼物种。
neoceratodipnoans exhibit a unique combination of fish and amphibian characteristics.
新角肺鱼表现出鱼类和两栖动物特征的独特组合。
the morphological analysis of neoceratodipnoans reveals specialized jaw structures.
对新角肺鱼的形态分析揭示了特殊的颌部结构。
in the lab, scientists compare the dentition of neoceratodipnoans with that of modern lungfishes.
在实验室里，科学家将新角肺鱼的齿列与现代肺鱼的齿列进行比较。
the name neoceratodipnoans derives from greek roots meaning 'new horn-toothed lungfish'.
新角肺鱼的名字来源于希腊词根，意为‘新角齿肺鱼’。
museum collections contain well-preserved neoceratodipnoans specimens from the paleozoic era.
博物馆收藏了保存完好的新角肺鱼标本，属于古生代。
the discovery of neoceratodipnoans fossils challenges previous assumptions about early vertebrate diversification.
新角肺鱼化石的发现挑战了先前关于早期脊椎动物多样化的假设。
climate shifts during the devonian likely influenced the distribution of neoceratodipnoans.
泥盆纪的气候变化可能影响了新角肺鱼的分布。
paleontologists often use computed tomography to study the internal anatomy of neoceratodipnoans.
古生物学家常使用计算机断层扫描来研究新角肺鱼的内部解剖结构。
the evolutionary success of neoceratodipnoans was short-lived, as they disappeared by the end of the devonian.
新角肺鱼的进化成功是短暂的，它们在泥盆纪末期消失。
comparative studies suggest that neoceratodipnoans shared a common ancestor with modern dipnoans.
比较研究表明，新角肺鱼与现代肺鱼共享一个共同祖先。
field expeditions in antarctica have also yielded rare neoceratodipnoans fossils.
在南极洲的野外考察也发现了稀有的新角肺鱼化石。
future research may clarify the ecological role of neoceratodipnoans in devonian ecosystems.
未来的研究可能会阐明新角肺鱼在泥盆纪生态系统中的生态角色。
study neoceratodipnoans
研究新角龙类
neoceratodipnoans evolved
新角龙类进化了
discover neoceratodipnoans
发现新角龙类
neoceratodipnoans fossils
新角龙类化石
classify neoceratodipnoans
分类新角龙类
neoceratodipnoans lived
新角龙类生活过
research neoceratodipnoans
新角龙类物种
neoceratodipnoans species
识别新角龙类
identify neoceratodipnoans
新角龙类残留
neoceratodipnoans remain
neoceratodipnoans are an extinct group of lungfishes that lived during the late devonian period.
新角肺鱼是一种已灭绝的肺鱼，生活于晚泥盆世。
the fossil record of neoceratodipnoans provides insight into the evolution of early tetrapods.
新角肺鱼的化石记录为了解早期四足动物的演化提供了线索。
researchers have identified several neoceratodipnoans species in the strata of greenland.
研究人员在格陵兰的地层中识别出若干新角肺鱼物种。
neoceratodipnoans exhibit a unique combination of fish and amphibian characteristics.
新角肺鱼表现出鱼类和两栖动物特征的独特组合。
the morphological analysis of neoceratodipnoans reveals specialized jaw structures.
对新角肺鱼的形态分析揭示了特殊的颌部结构。
in the lab, scientists compare the dentition of neoceratodipnoans with that of modern lungfishes.
在实验室里，科学家将新角肺鱼的齿列与现代肺鱼的齿列进行比较。
the name neoceratodipnoans derives from greek roots meaning 'new horn-toothed lungfish'.
新角肺鱼的名字来源于希腊词根，意为‘新角齿肺鱼’。
museum collections contain well-preserved neoceratodipnoans specimens from the paleozoic era.
博物馆收藏了保存完好的新角肺鱼标本，属于古生代。
the discovery of neoceratodipnoans fossils challenges previous assumptions about early vertebrate diversification.
新角肺鱼化石的发现挑战了先前关于早期脊椎动物多样化的假设。
climate shifts during the devonian likely influenced the distribution of neoceratodipnoans.
泥盆纪的气候变化可能影响了新角肺鱼的分布。
paleontologists often use computed tomography to study the internal anatomy of neoceratodipnoans.
古生物学家常使用计算机断层扫描来研究新角肺鱼的内部解剖结构。
the evolutionary success of neoceratodipnoans was short-lived, as they disappeared by the end of the devonian.
新角肺鱼的进化成功是短暂的，它们在泥盆纪末期消失。
comparative studies suggest that neoceratodipnoans shared a common ancestor with modern dipnoans.
比较研究表明，新角肺鱼与现代肺鱼共享一个共同祖先。
field expeditions in antarctica have also yielded rare neoceratodipnoans fossils.
在南极洲的野外考察也发现了稀有的新角肺鱼化石。
future research may clarify the ecological role of neoceratodipnoans in devonian ecosystems.
未来的研究可能会阐明新角肺鱼在泥盆纪生态系统中的生态角色。
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