blastoid structure
爆样结构
blastoid formation
爆样形成
blastoid morphology
爆样形态
blastoid features
爆样特征
blastoid development
爆样发育
the blastoid fossils were discovered in the sedimentary rock layers.
在沉积岩层中发现了爆炸体化石。
scientists study blastoid species to understand ancient marine life.
科学家研究爆炸体物种以了解古代海洋生物。
the blastoid's unique structure helps in classification.
爆炸体的独特结构有助于分类。
many blastoid types exhibit radial symmetry.
许多爆炸体类型表现出放射对称性。
researchers found that some blastoid species are still alive today.
研究人员发现一些爆炸体物种今天仍然存在。
the blastoid's reproductive methods are fascinating to biologists.
爆炸体的繁殖方式对生物学家来说非常迷人。
blastoid specimens can be found in many natural history museums.
许多自然历史博物馆中可以找到爆炸体标本。
the study of blastoids provides insight into evolutionary processes.
对爆炸体的研究为进化过程提供了洞察。
blastoid characteristics can vary significantly among species.
爆炸体的特征在不同物种之间可能有显著差异。
understanding blastoids is crucial for paleontological research.
理解爆炸体对古生物学研究至关重要。
blastoid structure
爆样结构
blastoid formation
爆样形成
blastoid morphology
爆样形态
blastoid features
爆样特征
blastoid development
爆样发育
the blastoid fossils were discovered in the sedimentary rock layers.
在沉积岩层中发现了爆炸体化石。
scientists study blastoid species to understand ancient marine life.
科学家研究爆炸体物种以了解古代海洋生物。
the blastoid's unique structure helps in classification.
爆炸体的独特结构有助于分类。
many blastoid types exhibit radial symmetry.
许多爆炸体类型表现出放射对称性。
researchers found that some blastoid species are still alive today.
研究人员发现一些爆炸体物种今天仍然存在。
the blastoid's reproductive methods are fascinating to biologists.
爆炸体的繁殖方式对生物学家来说非常迷人。
blastoid specimens can be found in many natural history museums.
许多自然历史博物馆中可以找到爆炸体标本。
the study of blastoids provides insight into evolutionary processes.
对爆炸体的研究为进化过程提供了洞察。
blastoid characteristics can vary significantly among species.
爆炸体的特征在不同物种之间可能有显著差异。
understanding blastoids is crucial for paleontological research.
理解爆炸体对古生物学研究至关重要。
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