恒温的

Homothermic animals, like humans, maintain a constant body temperature regardless of the external environment.
同温动物，如人类，无论外部环境如何都能保持恒定的体温。
Birds are homothermic, enabling them to fly in cold temperatures that would incapacitate colder-blooded creatures.
鸟类是同温动物，这使它们能够在寒冷的温度下飞行，而冷血生物在这样的温度下则无法行动。
The homothermic nature of mammals allows for sustained activity throughout the year, unlike reptiles which are largely inactive in winter.
哺乳动物的同温性使得它们能够全年持续活动，与冬天大多处于休眠状态的爬行动物不同。
In homothermic organisms, metabolic processes function optimally within a narrow temperature range.
在同温生物中，新陈代谢过程在狭窄的温度范围内运作最佳。
Endothermy, a characteristic of homothermic species, involves the internal production of heat to regulate body temperature.
同温物种的一个特征是内热性，涉及体内产生热量来调节体温。
The ability of homothermic animals to regulate their body heat is crucial for survival in diverse ecosystems.
同温动物调节体温的能力对于在多样化的生态系统中生存至关重要。
Unlike fish, which are poikilothermic, mammals are homothermic, maintaining a stable internal temperature.
与变温的鱼类不同，哺乳动物是同温的，能保持稳定的内部温度。
The homothermic condition in humans allows for physical exertion regardless of ambient conditions.
人类的同温状态使得我们能在任何环境条件下进行体力活动。
Research on homothermic species has shed light on the evolution of complex physiological adaptations.
对同温物种的研究揭示了复杂生理适应的进化过程。
The high energy cost of maintaining homothermy is balanced by the ecological and behavioral advantages it confers.
维持同温性的高能量消耗与其带来的生态和行为优势相平衡。