Birds and mammals are examples of endotherm organisms.
鸟类和哺乳动物是吸热动物的例子。
An endotherm maintains a stable body temperature internally.
吸热动物通过内部机制维持稳定的体温。
The endotherm can survive in colder environments than ectotherms.
吸热动物能在比变温动物更冷的环境中生存。
Unlike reptiles, an endotherm generates heat through metabolism.
与爬行动物不同,吸热动物通过新陈代谢产生热量。
Many birds are endotherms, allowing them to fly in cold weather.
许多鸟类是吸热动物,使它们能够在寒冷天气中飞行。
Being an endotherm gives mammals an evolutionary advantage.
作为吸热动物使哺乳动物具有进化优势。
The endotherm uses energy to keep its body temperature constant.
吸热动物使用能量来保持体温恒定。
An endotherm can remain active in a wide range of temperatures.
吸热动物可以在广泛的温度范围内保持活跃。
Penguins are endotherms, thriving in the Antarctic cold.
企鹅是吸热动物,在南极的寒冷中茁壮成长。
The endotherm trait helps animals inhabit diverse environments.
吸热动物的特性帮助动物栖息于多样化的环境中。
endotherm regulation 内温调节
endotherm adaptation 内温适应
endotherm metabolism 内温代谢
endotherm species 内温物种
endotherm advantage 内温优势
endotherm physiology 内温生理
endotherm behavior 内温行为