ectothermy research
外温律研究
studying ectothermy
研究外温律
understanding ectothermy
理解外温律
ectothermy's impact
外温律的影响
with ectothermy
伴随外温律
observe ectothermy
观察外温律
related to ectothermy
与外温律相关
ectothermy adaptations
外温律适应
describe ectothermy
描述外温律
many reptiles exhibit ectothermy, relying on external sources for body heat.
许多爬行动物表现出变温性,依靠外部来源来获取体温。
ectothermy allows reptiles to survive in environments with limited food resources.
变温性使爬行动物能够在食物资源有限的环境中生存。
the efficiency of ectothermy is a fascinating adaptation in desert ecosystems.
变温性的效率在沙漠生态系统中是一种迷人的适应性特征。
amphibians also utilize ectothermy, impacting their geographic distribution.
两栖动物也利用变温性,影响了它们的地理分布。
understanding ectothermy is crucial for studying reptile and amphibian physiology.
理解变温性对于研究爬行动物和两栖动物的生理学至关重要。
ectothermy presents challenges in colder climates, limiting activity levels.
在寒冷的气候中,变温性带来了挑战,限制了活动水平。
the evolutionary advantages of ectothermy are well-documented in various species.
变温性的进化优势在各种物种中都有充分的记录。
researchers study ectothermy to predict species responses to climate change.
研究人员研究变温性,以预测物种对气候变化的反应。
ectothermy contrasts with endothermy, the ability to generate internal heat.
变温性与内温性相反,即产生内部热量的能力。
the metabolic rate associated with ectothermy is significantly lower than endothermy.
与变温性相关的代谢率明显低于内温性。
seasonal changes significantly impact ectothermic animals' behavior and physiology.
季节变化对变温动物的行为和生理学产生重大影响。
ectothermy research
外温律研究
studying ectothermy
研究外温律
understanding ectothermy
理解外温律
ectothermy's impact
外温律的影响
with ectothermy
伴随外温律
observe ectothermy
观察外温律
related to ectothermy
与外温律相关
ectothermy adaptations
外温律适应
describe ectothermy
描述外温律
many reptiles exhibit ectothermy, relying on external sources for body heat.
许多爬行动物表现出变温性,依靠外部来源来获取体温。
ectothermy allows reptiles to survive in environments with limited food resources.
变温性使爬行动物能够在食物资源有限的环境中生存。
the efficiency of ectothermy is a fascinating adaptation in desert ecosystems.
变温性的效率在沙漠生态系统中是一种迷人的适应性特征。
amphibians also utilize ectothermy, impacting their geographic distribution.
两栖动物也利用变温性,影响了它们的地理分布。
understanding ectothermy is crucial for studying reptile and amphibian physiology.
理解变温性对于研究爬行动物和两栖动物的生理学至关重要。
ectothermy presents challenges in colder climates, limiting activity levels.
在寒冷的气候中,变温性带来了挑战,限制了活动水平。
the evolutionary advantages of ectothermy are well-documented in various species.
变温性的进化优势在各种物种中都有充分的记录。
researchers study ectothermy to predict species responses to climate change.
研究人员研究变温性,以预测物种对气候变化的反应。
ectothermy contrasts with endothermy, the ability to generate internal heat.
变温性与内温性相反,即产生内部热量的能力。
the metabolic rate associated with ectothermy is significantly lower than endothermy.
与变温性相关的代谢率明显低于内温性。
seasonal changes significantly impact ectothermic animals' behavior and physiology.
季节变化对变温动物的行为和生理学产生重大影响。
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