Linked from

The 28 pages that link to Endothermy, each with the reason it gives.

• ThermoregulationBroader topic: Many mammals and birds regulate temperature partly by producing internal heat.

• BirdRelated: Birds sustain high activity with internally generated heat.

• MammalRelated: Mammals regulate body temperature internally, supporting activity across varied environments.

• EctothermyCompared with: Endotherms rely more on internally generated heat than ectotherms do.

• HibernationNarrower topic: Mammalian hibernation modifies the costly heat production characteristic of endothermy.

• MammaliaRelated: Mammals maintain relatively stable body temperatures through internal heat production.

• Metabolic rateCompared with: Endotherms often expend more energy at rest than similarly sized ectotherms.

• Dinosaur renaissanceRelated: Debates about dinosaur activity often turned on whether their physiology supported sustained high energy.

• Evolution of mammalsRelated: High metabolic activity is associated with mammalian physiology, though its evolutionary timing remains debated.

• Bergmann's ruleNarrower topic: Bergmann's rule is classically framed around animals that generate substantial internal heat.

• AvesRelated: Birds maintain high body temperatures through metabolic heat production.

• BaskingCompared with: Basking relies on external heat rather than primarily on metabolic heat production.

• LystrosaurusCompared with: Debate over Lystrosaurus’s physiology bears on how it coped with post-extinction conditions.

• Crocodilian thermoregulationCompared with: Unlike endotherms, crocodilians generally use environmental heat to warm their bodies.

• HomeothermyCompared with: Endothermy often supports homeothermy, but the two describe different properties.

• PoikilothermyCompared with: Endothermy concerns heat source, not whether body temperature remains stable.

• Regional endothermyNarrower topic: Regional endothermy is a limited distribution of endothermic heat across the body.

• Thermal ecologyCompared with: It shows how organisms can buffer body temperature from ambient conditions.

• Vertebrate evolutionRelated: Its independent evolution in birds and mammals shaped their ecological possibilities.

• GigantothermyCompared with: It achieves temperature stability through internal heat production rather than body size alone.

• HeterothermyRelated: Endotherms can still vary their body temperatures and therefore can be heterothermic.

• CynodontiaRelated: Evidence from advanced cynodont anatomy and growth informs hypotheses about mammalian-grade thermoregulation.

• Kleiber's lawRelated: The classic law concerns basal metabolism in animals, especially endotherms.

• OpahNarrower topic: The opah’s warm body is a distinctive case of endothermy in a fish.

• ThrinaxodonRelated: Thrinaxodon’s fossils inform debate about when high metabolic heat production evolved in synapsids.

• KleptothermyCompared with: Kleptothermy gains heat from another organism rather than producing it internally.

• MegazostrodonRelated: Small body size and mammalian traits raise questions about heat production, though fossils do not settle the issue.

• MesothermCompared with: Mesotherms generate internal heat, but generally do not sustain endotherms’ high body temperatures.