warm-blooded homeotherms
温血的恒温动物
homeotherms in nature
自然界中的恒温动物
adaptation of homeotherms
恒温动物的适应
homeotherms and environment
恒温动物与环境
homeotherms body temperature
恒温动物体温
homeotherms energy balance
恒温动物能量平衡
homeotherms in biology
生物学中的恒温动物
homeotherms and metabolism
恒温动物与新陈代谢
homeotherms survival strategies
恒温动物的生存策略
behavior of homeotherms
恒温动物的行为
homeotherms maintain a stable internal body temperature.
恒温动物维持稳定的内部体温。
most mammals are classified as homeotherms.
大多数哺乳动物被归类为恒温动物。
homeotherms have adaptations that allow them to survive in various environments.
恒温动物具有使其能够在各种环境中生存的适应性。
birds are considered homeotherms due to their ability to regulate body temperature.
鸟类被认为是恒温动物，因为它们能够调节体温。
homeotherms often require more food than ectotherms.
恒温动物通常比变温动物需要更多的食物。
the study of homeotherms is important in understanding climate adaptation.
研究恒温动物对于理解气候适应性非常重要。
homeotherms use various mechanisms to dissipate heat.
恒温动物使用各种机制来散热。
some homeotherms can enter a state of torpor to conserve energy.
一些恒温动物可以进入一种休眠状态以节省能量。
homeotherms are often more active in cooler temperatures.
恒温动物在较凉的温度下通常更活跃。
the evolution of homeotherms has allowed them to thrive in diverse habitats.
恒温动物的进化使它们能够在多样的栖息地中繁衍生息。
warm-blooded homeotherms
温血的恒温动物
homeotherms in nature
自然界中的恒温动物
adaptation of homeotherms
恒温动物的适应
homeotherms and environment
恒温动物与环境
homeotherms body temperature
恒温动物体温
homeotherms energy balance
恒温动物能量平衡
homeotherms in biology
生物学中的恒温动物
homeotherms and metabolism
恒温动物与新陈代谢
homeotherms survival strategies
恒温动物的生存策略
behavior of homeotherms
恒温动物的行为
homeotherms maintain a stable internal body temperature.
恒温动物维持稳定的内部体温。
most mammals are classified as homeotherms.
大多数哺乳动物被归类为恒温动物。
homeotherms have adaptations that allow them to survive in various environments.
恒温动物具有使其能够在各种环境中生存的适应性。
birds are considered homeotherms due to their ability to regulate body temperature.
鸟类被认为是恒温动物，因为它们能够调节体温。
homeotherms often require more food than ectotherms.
恒温动物通常比变温动物需要更多的食物。
the study of homeotherms is important in understanding climate adaptation.
研究恒温动物对于理解气候适应性非常重要。
homeotherms use various mechanisms to dissipate heat.
恒温动物使用各种机制来散热。
some homeotherms can enter a state of torpor to conserve energy.
一些恒温动物可以进入一种休眠状态以节省能量。
homeotherms are often more active in cooler temperatures.
恒温动物在较凉的温度下通常更活跃。
the evolution of homeotherms has allowed them to thrive in diverse habitats.
恒温动物的进化使它们能够在多样的栖息地中繁衍生息。
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