| 复数 | rudists |
rudist fossils
rudist化石
rudist shells
rudist壳体
rudist reefs
rudist礁
rudist species
rudist物种
rudist limestone
rudist石灰岩
rudist bivalves
rudist双壳类
rudist fauna
rudist动物群
rudist assemblages
rudist组合
rudist community
rudist群落
rudist diversity
rudist多样性
paleontologists discovered a massive rudist reef formation during their expedition to the mediterranean region.
古生物学家在地中海地区的考察中发现了一个巨大的rudist珊瑚礁构造。
the rudist bivalve was one of the most abundant organisms in cretaceous marine ecosystems.
rudist双壳类生物是白垩纪海洋生态系统中数量最多的生物之一。
scientists identified three new rudist species from the limestone deposits in texas.
科学家们在德克萨斯州的石灰岩沉积物中鉴定出三种新的rudist物种。
a well-preserved rudist fossil provided valuable insights into cretaceous biodiversity.
一块保存完好的rudist化石为了解白垩纪生物多样性提供了宝贵的线索。
the rudist shell exhibited a distinctive conical shape characteristic of the jurassic period.
rudist的壳呈现出独特的圆锥形，这是侏罗纪时期的特征。
geologists mapped an extensive rudist limestone layer across the iberian peninsula.
地质学家在伊比利亚半岛绘制了一层广泛的rudist石灰岩层。
the mass extinction event marked the sudden disappearance of rudist organisms worldwide.
这次大规模灭绝事件标志着rudist生物在全球范围内的突然消失。
researchers studied the ancient rudist habitat to understand cretaceous marine environments.
研究人员研究了古代rudist的栖息地，以了解白垩纪的海洋环境。
the exceptional rudist diversity during the late cretaceous surprised the scientific community.
白垩纪晚期rudist的非凡多样性令科学界感到惊讶。
cretaceous rudist reefs created vital carbonate platforms in tropical seas.
白垩纪的rudist珊瑚礁在热带海域创造了重要的碳酸盐平台。
the fossil site contained a rich assemblage of rudist shells and other marine organisms.
这个化石遗址包含了丰富的rudist贝壳和其他海洋生物的组合。
paleontologists established a new rudist zone based on the distinctive fossil markers.
古生物学家基于独特的化石标志建立了一个新的rudist区域。
the rudist fauna of the late cretaceous differed significantly from earlier periods.
白垩纪晚期的rudist动物群与早期时期有显著差异。
scientists analyzed the rudist morphology to reconstruct ancient marine ecosystems.
科学家们分析了rudist的形态，以重建古代海洋生态系统。
recent advances in rudist paleontology have revolutionized our understanding of cretaceous reefs.
近年来在rudist古生物学方面的进展彻底改变了我们对白垩纪珊瑚礁的理解。
rudist fossils
rudist化石
rudist shells
rudist壳体
rudist reefs
rudist礁
rudist species
rudist物种
rudist limestone
rudist石灰岩
rudist bivalves
rudist双壳类
rudist fauna
rudist动物群
rudist assemblages
rudist组合
rudist community
rudist群落
rudist diversity
rudist多样性
paleontologists discovered a massive rudist reef formation during their expedition to the mediterranean region.
古生物学家在地中海地区的考察中发现了一个巨大的rudist珊瑚礁构造。
the rudist bivalve was one of the most abundant organisms in cretaceous marine ecosystems.
rudist双壳类生物是白垩纪海洋生态系统中数量最多的生物之一。
scientists identified three new rudist species from the limestone deposits in texas.
科学家们在德克萨斯州的石灰岩沉积物中鉴定出三种新的rudist物种。
a well-preserved rudist fossil provided valuable insights into cretaceous biodiversity.
一块保存完好的rudist化石为了解白垩纪生物多样性提供了宝贵的线索。
the rudist shell exhibited a distinctive conical shape characteristic of the jurassic period.
rudist的壳呈现出独特的圆锥形，这是侏罗纪时期的特征。
geologists mapped an extensive rudist limestone layer across the iberian peninsula.
地质学家在伊比利亚半岛绘制了一层广泛的rudist石灰岩层。
the mass extinction event marked the sudden disappearance of rudist organisms worldwide.
这次大规模灭绝事件标志着rudist生物在全球范围内的突然消失。
researchers studied the ancient rudist habitat to understand cretaceous marine environments.
研究人员研究了古代rudist的栖息地，以了解白垩纪的海洋环境。
the exceptional rudist diversity during the late cretaceous surprised the scientific community.
白垩纪晚期rudist的非凡多样性令科学界感到惊讶。
cretaceous rudist reefs created vital carbonate platforms in tropical seas.
白垩纪的rudist珊瑚礁在热带海域创造了重要的碳酸盐平台。
the fossil site contained a rich assemblage of rudist shells and other marine organisms.
这个化石遗址包含了丰富的rudist贝壳和其他海洋生物的组合。
paleontologists established a new rudist zone based on the distinctive fossil markers.
古生物学家基于独特的化石标志建立了一个新的rudist区域。
the rudist fauna of the late cretaceous differed significantly from earlier periods.
白垩纪晚期的rudist动物群与早期时期有显著差异。
scientists analyzed the rudist morphology to reconstruct ancient marine ecosystems.
科学家们分析了rudist的形态，以重建古代海洋生态系统。
recent advances in rudist paleontology have revolutionized our understanding of cretaceous reefs.
近年来在rudist古生物学方面的进展彻底改变了我们对白垩纪珊瑚礁的理解。
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