duplicidentates fossil
兔形类化石
study duplicidentates
研究兔形类
duplicidentates evolution
兔形类演化
ancient duplicidentates
古代兔形类
duplicidentates anatomy
兔形类解剖
modern duplicidentates
现代兔形类
duplicidentates diet
兔形类食性
duplicidentates behavior
兔形类行为
diverse duplicidentates
多样的兔形类
extinct duplicidentates
已灭绝的兔形类
duplicidentates are distinguished by a second pair of peg‑like incisors behind the main ones.
双门齿类动物的特征是拥有第二对像钉子一样的切牙，位于主切牙后方。
the dental formula of duplicidentates includes a supplementary set of cheek teeth.
双门齿类的牙式包括一组辅助性的颊齿。
fossil records reveal that duplicidentates first appeared during the late paleocene.
化石记录显示，双门齿类最早出现于晚古新世。
researchers study duplicidentates to understand the evolution of herbivorous dentition.
研究人员研究双门齿类，以了解草食性牙列的演化。
in comparative anatomy, duplicidentates exhibit a unique maxillary bone structure.
在比较解剖学中，双门齿类表现出独特的上颌骨结构。
many duplicidentates have adapted to a diet of fibrous plant material.
许多双门齿类已经适应了以纤维植物为食的饮食。
the cranial morphology of duplicidentates differs markedly from that of rodents.
双门齿类的颅骨形态与啮齿类明显不同。
duplicidentates occupy diverse habitats, from grasslands to alpine meadows.
双门齿类栖息于多样的栖息地，从草原到高山草甸。
molecular phylogenies confirm the monophyly of duplicidentates within lagomorphs.
分子系统发育研究证实了双门齿类在兔形目中的单系性。
the ecological niche of duplicidentates emphasizes efficient nutrient extraction from cellulose.
双门齿类的生态位强调高效地从纤维素中提取营养。
paleontologists often identify duplicidentates by their distinctive double‑layered tooth rows.
古生物学家经常通过其独特的双层牙列来辨认双门齿类。
conservation efforts for duplicidentates focus on protecting their native ecosystems.
对双门齿类的保护工作侧重于保护其原生生态系统。
duplicidentates fossil
兔形类化石
study duplicidentates
研究兔形类
duplicidentates evolution
兔形类演化
ancient duplicidentates
古代兔形类
duplicidentates anatomy
兔形类解剖
modern duplicidentates
现代兔形类
duplicidentates diet
兔形类食性
duplicidentates behavior
兔形类行为
diverse duplicidentates
多样的兔形类
extinct duplicidentates
已灭绝的兔形类
duplicidentates are distinguished by a second pair of peg‑like incisors behind the main ones.
双门齿类动物的特征是拥有第二对像钉子一样的切牙，位于主切牙后方。
the dental formula of duplicidentates includes a supplementary set of cheek teeth.
双门齿类的牙式包括一组辅助性的颊齿。
fossil records reveal that duplicidentates first appeared during the late paleocene.
化石记录显示，双门齿类最早出现于晚古新世。
researchers study duplicidentates to understand the evolution of herbivorous dentition.
研究人员研究双门齿类，以了解草食性牙列的演化。
in comparative anatomy, duplicidentates exhibit a unique maxillary bone structure.
在比较解剖学中，双门齿类表现出独特的上颌骨结构。
many duplicidentates have adapted to a diet of fibrous plant material.
许多双门齿类已经适应了以纤维植物为食的饮食。
the cranial morphology of duplicidentates differs markedly from that of rodents.
双门齿类的颅骨形态与啮齿类明显不同。
duplicidentates occupy diverse habitats, from grasslands to alpine meadows.
双门齿类栖息于多样的栖息地，从草原到高山草甸。
molecular phylogenies confirm the monophyly of duplicidentates within lagomorphs.
分子系统发育研究证实了双门齿类在兔形目中的单系性。
the ecological niche of duplicidentates emphasizes efficient nutrient extraction from cellulose.
双门齿类的生态位强调高效地从纤维素中提取营养。
paleontologists often identify duplicidentates by their distinctive double‑layered tooth rows.
古生物学家经常通过其独特的双层牙列来辨认双门齿类。
conservation efforts for duplicidentates focus on protecting their native ecosystems.
对双门齿类的保护工作侧重于保护其原生生态系统。
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