bipedalisms are essential for understanding human evolution.
双足行走对理解人类进化至关重要。
many species exhibit bipedalisms as a primary mode of locomotion.
许多物种以双足行走作为主要移动方式。
the study of bipedalisms can reveal insights into biomechanics.
研究双足行走可以揭示生物力学的见解。
bipedalisms in birds have evolved differently from mammals.
鸟类的双足行走与哺乳动物的进化不同。
understanding bipedalisms helps in designing better prosthetics.
理解双足行走有助于设计更好的假肢。
some researchers focus on the evolutionary advantages of bipedalisms.
一些研究人员专注于双足行走的进化优势。
bipedalisms can influence social behaviors in certain species.
双足行走可能会影响某些物种的社会行为。
studying bipedalisms provides valuable information for robotics.
研究双足行走为机器人技术提供了宝贵的信息。
human bipedalisms are unique compared to other primates.
与其他灵长类动物相比，人类的双足行走是独特的。
children learn bipedalisms through play and exploration.
儿童通过游戏和探索学习双足行走。
bipedalisms are essential for understanding human evolution.
双足行走对理解人类进化至关重要。
many species exhibit bipedalisms as a primary mode of locomotion.
许多物种以双足行走作为主要移动方式。
the study of bipedalisms can reveal insights into biomechanics.
研究双足行走可以揭示生物力学的见解。
bipedalisms in birds have evolved differently from mammals.
鸟类的双足行走与哺乳动物的进化不同。
understanding bipedalisms helps in designing better prosthetics.
理解双足行走有助于设计更好的假肢。
some researchers focus on the evolutionary advantages of bipedalisms.
一些研究人员专注于双足行走的进化优势。
bipedalisms can influence social behaviors in certain species.
双足行走可能会影响某些物种的社会行为。
studying bipedalisms provides valuable information for robotics.
研究双足行走为机器人技术提供了宝贵的信息。
human bipedalisms are unique compared to other primates.
与其他灵长类动物相比，人类的双足行走是独特的。
children learn bipedalisms through play and exploration.
儿童通过游戏和探索学习双足行走。
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