palaeoscolecidans are
古蟲綱是
palaeoscolecidans were
古蟲綱是
palaeoscolecidans lived
古蟲綱生存於
palaeoscolecidans fossil
古蟲綱化石
palaeoscolecidans fossils
古蟲綱化石
palaeoscolecidans species
古蟲綱物種
palaeoscolecidans specimens
古蟲綱標本
palaeoscolecidans discovered
古蟲綱被發現
palaeoscolecidans found
古蟲綱被發現
palaeoscolecidans described
古蟲綱被描述
palaeoscolecidans are an extinct group of early ecdysozoan worms.
古蟲動物門是一群已滅絕的早期節肢動物蠕蟲。
fossil palaeoscolecidans are often found in cambrian strata.
古蟲動物門的化石常見於寒武紀地層中。
the microfossils of palaeoscolecidans consist of phosphatic sclerites.
古蟲動物門的微化石由磷酸鹽骨片組成。
scientists study the armored cuticle of palaeoscolecidans.
科學家研究古蟲動物門的甲殼表皮。
palaeoscolecidans played a significant role in the cambrian ecosystem.
古蟲動物門在寒武紀生態系統中扮演了重要角色。
the taxonomic affinity of palaeoscolecidans remains debated among paleontologists.
古蟲動物門的分類學親緣關係在古生物學家之間仍存在爭議。
palaeoscolecidans possessed a characteristic trunk covered in plates.
古蟲動物門具有一個特徵性的由板狀結構覆蓋的體幹。
many specimens of palaeoscolecidans are preserved through phosphatization.
許多古蟲動物門的標本通過磷酸鹽化作用得以保存。
researchers identified palaeoscolecidans from orsten-type deposits.
研究人員從奧斯坦型沉積物中鑒定了古蟲動物門。
the morphology of palaeoscolecidans suggests a burrowing lifestyle.
古蟲動物門的形態學特徵表明其具有掘穴的生活方式。
palaeoscolecidans are generally classified within the superphylum ecdysozoa.
古蟲動物門通常被歸類於節肢動物超門。
these palaeoscolecidans are distinguished by their ornamented scleritomes.
這些古蟲動物門以其裝飾性的骨片體而區別於其他物種。
palaeoscolecidans are
古蟲綱是
palaeoscolecidans were
古蟲綱是
palaeoscolecidans lived
古蟲綱生存於
palaeoscolecidans fossil
古蟲綱化石
palaeoscolecidans fossils
古蟲綱化石
palaeoscolecidans species
古蟲綱物種
palaeoscolecidans specimens
古蟲綱標本
palaeoscolecidans discovered
古蟲綱被發現
palaeoscolecidans found
古蟲綱被發現
palaeoscolecidans described
古蟲綱被描述
palaeoscolecidans are an extinct group of early ecdysozoan worms.
古蟲動物門是一群已滅絕的早期節肢動物蠕蟲。
fossil palaeoscolecidans are often found in cambrian strata.
古蟲動物門的化石常見於寒武紀地層中。
the microfossils of palaeoscolecidans consist of phosphatic sclerites.
古蟲動物門的微化石由磷酸鹽骨片組成。
scientists study the armored cuticle of palaeoscolecidans.
科學家研究古蟲動物門的甲殼表皮。
palaeoscolecidans played a significant role in the cambrian ecosystem.
古蟲動物門在寒武紀生態系統中扮演了重要角色。
the taxonomic affinity of palaeoscolecidans remains debated among paleontologists.
古蟲動物門的分類學親緣關係在古生物學家之間仍存在爭議。
palaeoscolecidans possessed a characteristic trunk covered in plates.
古蟲動物門具有一個特徵性的由板狀結構覆蓋的體幹。
many specimens of palaeoscolecidans are preserved through phosphatization.
許多古蟲動物門的標本通過磷酸鹽化作用得以保存。
researchers identified palaeoscolecidans from orsten-type deposits.
研究人員從奧斯坦型沉積物中鑒定了古蟲動物門。
the morphology of palaeoscolecidans suggests a burrowing lifestyle.
古蟲動物門的形態學特徵表明其具有掘穴的生活方式。
palaeoscolecidans are generally classified within the superphylum ecdysozoa.
古蟲動物門通常被歸類於節肢動物超門。
these palaeoscolecidans are distinguished by their ornamented scleritomes.
這些古蟲動物門以其裝飾性的骨片體而區別於其他物種。
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