study ectotherms
研究變溫動物
observe ectotherms
觀察變溫動物
are ectotherms
是變溫動物
cold-blooded ectotherms
冷血變溫動物
containing ectotherms
包含變溫動物
protecting ectotherms
保護變溫動物
diverse ectotherms
多樣的變溫動物
warming ectotherms
加溫變溫動物
tracking ectotherms
追蹤變溫動物
ecosystems for ectotherms
變溫動物的生態系統
many ectotherms, like lizards, rely on external heat sources to regulate their body temperature.
許多變溫動物，例如蜥蜴，依賴外部熱源來調節體溫。
ectotherms often exhibit behavioral adaptations to maximize sun exposure and warm their bodies.
變溫動物常常表現出行為適應，以最大化日照並暖身。
the metabolic rate of ectotherms is generally lower than that of endotherms.
變溫動物的新陳代謝率通常低於恒溫動物。
ectotherms face challenges surviving in cold environments due to their temperature dependence.
由於對溫度的依賴，變溫動物在寒冷環境中生存會面臨挑戰。
reptiles and amphibians are well-known examples of ectotherms found worldwide.
爬行動物和兩棲動物是全球範圍內著名的變溫動物例子。
ectotherms demonstrate diverse strategies for avoiding overheating during hot summer days.
變溫動物在炎熱的夏季會展示出多樣的策略來避免過熱。
the distribution of ectotherms is heavily influenced by climate and temperature patterns.
變溫動物的分布受到氣候和溫度模式的顯著影響。
scientists study ectotherms to understand the physiological limits of life in varying conditions.
科學家研究變溫動物，以了解在不同條件下生命的生理極限。
ectotherms often have lower energy requirements compared to endotherms.
與恒溫動物相比，變溫動物通常有較低的能量需求。
the term "ectotherm" refers to animals that primarily rely on external sources for body heat.
「變溫動物」這個術語指的是主要依賴外部來源獲得體熱的動物。
changes in environmental temperature significantly impact the activity levels of ectotherms.
環境溫度的變化會顯著影響變溫動物的活動水平。
study ectotherms
研究變溫動物
observe ectotherms
觀察變溫動物
are ectotherms
是變溫動物
cold-blooded ectotherms
冷血變溫動物
containing ectotherms
包含變溫動物
protecting ectotherms
保護變溫動物
diverse ectotherms
多樣的變溫動物
warming ectotherms
加溫變溫動物
tracking ectotherms
追蹤變溫動物
ecosystems for ectotherms
變溫動物的生態系統
many ectotherms, like lizards, rely on external heat sources to regulate their body temperature.
許多變溫動物，例如蜥蜴，依賴外部熱源來調節體溫。
ectotherms often exhibit behavioral adaptations to maximize sun exposure and warm their bodies.
變溫動物常常表現出行為適應，以最大化日照並暖身。
the metabolic rate of ectotherms is generally lower than that of endotherms.
變溫動物的新陳代謝率通常低於恒溫動物。
ectotherms face challenges surviving in cold environments due to their temperature dependence.
由於對溫度的依賴，變溫動物在寒冷環境中生存會面臨挑戰。
reptiles and amphibians are well-known examples of ectotherms found worldwide.
爬行動物和兩棲動物是全球範圍內著名的變溫動物例子。
ectotherms demonstrate diverse strategies for avoiding overheating during hot summer days.
變溫動物在炎熱的夏季會展示出多樣的策略來避免過熱。
the distribution of ectotherms is heavily influenced by climate and temperature patterns.
變溫動物的分布受到氣候和溫度模式的顯著影響。
scientists study ectotherms to understand the physiological limits of life in varying conditions.
科學家研究變溫動物，以了解在不同條件下生命的生理極限。
ectotherms often have lower energy requirements compared to endotherms.
與恒溫動物相比，變溫動物通常有較低的能量需求。
the term "ectotherm" refers to animals that primarily rely on external sources for body heat.
「變溫動物」這個術語指的是主要依賴外部來源獲得體熱的動物。
changes in environmental temperature significantly impact the activity levels of ectotherms.
環境溫度的變化會顯著影響變溫動物的活動水平。
探索常見搜尋詞彙