adjective relating to or denoting animals that regulate their body temperature by external means, such as by basking in the sun
Ectothermic organisms are influenced by climate change and habitat alterations due to their reliance on external heat sources.
Ectothermic species play a key role in ecosystem dynamics due to their temperature regulation strategies.
Ectothermic organisms regulate their body temperature through external sources such as the sun or surrounding environment.
Ectothermic animals, such as reptiles and amphibians, rely on external heat sources to maintain their body temperature.
Ectothermic reptiles are commonly studied in herpetology to understand their behavior and physiology.
In scientific writing, writers may discuss ectothermic organisms in relation to their reliance on external sources of heat for regulating body temperature.
Biologists often study ectothermic animals and their unique physiological adaptations to varying environmental temperatures.
Zoologists may specialize in the study of ectothermic reptiles, amphibians, and fish to understand their behavior and habitat preferences.
Ecologists consider the role of ectothermic species in ecosystem dynamics and how temperature changes can impact their populations.