acrodont dentition
异形齿排列
an acrodont tooth
一种异形齿
acrodont teeth structure
异形齿结构
examining acrodont morphology
研究异形形态学
the dinosaur had acrodont teeth, perfect for grinding tough plant matter.
这只恐龙拥有齿排列成行状的牙齿，非常适合研磨坚硬的植物物质。
acrodont dentition is a characteristic feature of many extinct reptiles.
牙列成行状是许多已灭绝爬行动物的特征性特征。
the study focused on the acrodont teeth of early mammals.
这项研究集中于早期哺乳动物的齿排列成行状牙齿。
acrodont teeth are typically found in herbivores, allowing them to efficiently process plant material.
齿排列成行状牙齿通常见于植食动物，使它们能够有效地加工植物物质。
scientists analyze acrodont tooth morphology to understand ancient diets.
科学家分析齿排列成行状的牙齿形态来了解古代的饮食结构。
the fossilized remains revealed an acrodont dentition, suggesting a herbivorous lifestyle.
化石遗迹显示出一种齿排列成行状的牙齿排列，表明了一种以植物为食的生活方式。
acrodont teeth are distinguished by their enamel covering the entire tooth surface.
齿排列成行状的牙齿的特点是釉质覆盖整个牙齿表面。
the evolution of acrodont dentition is a fascinating area of study in paleontology.
齿排列成行状牙齿的进化是古生物学研究的一个令人着迷的领域。
understanding acrodont tooth structure helps us reconstruct ancient ecosystems.
理解齿排列成行状牙齿结构有助于我们重建古代生态系统。
acrodont teeth are a key adaptation for herbivorous animals to efficiently consume plant matter.
齿排列成行状的牙齿是植食动物有效消耗植物物质的关键适应性特征。
acrodont dentition
异形齿排列
an acrodont tooth
一种异形齿
acrodont teeth structure
异形齿结构
examining acrodont morphology
研究异形形态学
the dinosaur had acrodont teeth, perfect for grinding tough plant matter.
这只恐龙拥有齿排列成行状的牙齿，非常适合研磨坚硬的植物物质。
acrodont dentition is a characteristic feature of many extinct reptiles.
牙列成行状是许多已灭绝爬行动物的特征性特征。
the study focused on the acrodont teeth of early mammals.
这项研究集中于早期哺乳动物的齿排列成行状牙齿。
acrodont teeth are typically found in herbivores, allowing them to efficiently process plant material.
齿排列成行状牙齿通常见于植食动物，使它们能够有效地加工植物物质。
scientists analyze acrodont tooth morphology to understand ancient diets.
科学家分析齿排列成行状的牙齿形态来了解古代的饮食结构。
the fossilized remains revealed an acrodont dentition, suggesting a herbivorous lifestyle.
化石遗迹显示出一种齿排列成行状的牙齿排列，表明了一种以植物为食的生活方式。
acrodont teeth are distinguished by their enamel covering the entire tooth surface.
齿排列成行状的牙齿的特点是釉质覆盖整个牙齿表面。
the evolution of acrodont dentition is a fascinating area of study in paleontology.
齿排列成行状牙齿的进化是古生物学研究的一个令人着迷的领域。
understanding acrodont tooth structure helps us reconstruct ancient ecosystems.
理解齿排列成行状牙齿结构有助于我们重建古代生态系统。
acrodont teeth are a key adaptation for herbivorous animals to efficiently consume plant matter.
齿排列成行状的牙齿是植食动物有效消耗植物物质的关键适应性特征。
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