Linked from

The 55 pages that link to Ectothermy, each with the reason it gives.

• ThermoregulationCompared with: Ectotherms often rely more heavily on environmental conditions and behavior than metabolic heating.

• HibernationCompared with: Ectotherms enter cold-season dormancy differently from the mammals most associated with hibernation.

• ReptileRelated: Many reptiles regulate body temperature behaviorally rather than producing enough metabolic heat to stay warm.

• Metabolic rateCompared with: Ectothermic metabolic rates respond strongly to environmental temperature.

• EndothermyCompared with: It contrasts with the internal metabolic heat central to endothermy.

• AnuraRelated: Anurans rely on environmental temperatures to regulate activity and development.

• BrumationNarrower topic: Brumation occurs in animals whose body temperatures track environmental conditions.

• BaskingRelated: Ectotherms commonly use basking to warm their bodies.

• American alligatorNarrower topic: Basking and shifting between sun and water let alligators regulate body temperature.

• Crocodilian thermoregulationNarrower topic: Crocodilians depend mainly on external heat rather than sustained metabolic heat production.

• HerpetologyRelated: Many reptiles and amphibians regulate body temperature through environmental heat.

• HomeothermyCompared with: Ectotherms can maintain stable temperatures behaviorally without relying on internal heat production.

• PoikilothermyRelated: External heat dependence often causes body temperature to track environmental conditions.

• Regional endothermyCompared with: Regional endotherms combine environmental temperature dependence with internally warmed tissues.

• Thermal ecologyCompared with: It contrasts with internally generated body heat as a basis for temperature regulation.

• AgamidaeRelated: Agamids commonly use sunlight and warm surfaces to control body temperature.

• Reptile husbandryNarrower topic: This trait explains why enclosure temperatures shape reptile activity, digestion, and health.

• ReptiliaRelated: Most living reptiles regulate activity by behavior and environmental heat.

• TuataraRelated: Tuatara tolerate unusually cool temperatures for reptiles and rely on environmental conditions.

• American crocodileRelated: Basking and habitat choice help this crocodile regulate body temperature.

• CaimanRelated: Caimans regulate body temperature by moving between sun, shade, and water.

• AlligatorRelated: Alligators bask and seek shade to regulate body temperature without internally generated warmth.

• GigantothermyNarrower topic: Gigantothermy modifies temperature stability within an ectothermic mode of thermoregulation.

• HeterothermyRelated: Ectothermy concerns heat sources, whereas heterothermy describes temperature variation.

• Skipjack tunaRelated: Unlike several larger tunas, skipjack does not maintain elevated muscle temperatures.

• ConstrictorRelated: Temperature affects a snake's muscle performance and ability to capture prey.

• Boa constrictorRelated: Boa activity and digestion depend on warmth from the surroundings.

• Common snapping turtleRelated: Water temperature influences the turtle's activity, growth, and seasonal behavior.

• PythonidaeRelated: Like other reptiles, pythons regulate body temperature through their surroundings.

• Aldabra giant tortoiseRelated: Its activity and preferred basking conditions depend on ambient warmth.

• Gila monsterRelated: Its activity and body temperature depend strongly on environmental warmth.

• Monitor lizardRelated: Monitor lizards regulate body temperature behaviorally by moving between sun and shade.

• NeedlefishRelated: As fishes, needlefish rely on environmental heat rather than maintaining a constant internal temperature.

• Red-eared sliderRelated: Sliders bask to regulate body temperature because they are ectotherms.

• American bullfrogRelated: Bullfrog activity and seasonal behavior vary with environmental temperature.

• Ball pythonRelated: Its body temperature changes with the thermal conditions of its surroundings.

• Bengal monitorRelated: Basking and shelter help this lizard regulate its body temperature.

• BillfishRelated: Most billfish are ectothermic, while some species warm parts of the body to improve performance.

• Black caimanRelated: Black caimans use sunlight, shade, and water to regulate body temperature.

• Green iguanaRelated: Sun-basking helps green iguanas warm their bodies and remain active.

• Mahi-mahiRelated: Mahi-mahi’s activity and distribution are tied to the warm temperatures of surface waters.

• Painted turtleRelated: Basking lets painted turtles warm their bodies before they become active.

• PoikilothermBroader topic: This common heat strategy helps explain poikilotherms' dependence on environmental temperatures.

• Mediterranean house geckoRelated: Its activity and habitat use depend on environmental temperatures.

• Nile monitorRelated: Like other reptiles, Nile monitors use sun and shade to regulate body temperature.

• PlethodontidaeRelated: Like other salamanders, plethodontids rely on environmental temperatures to warm their bodies.

• Brachypelma hamoriiRelated: Ambient temperature shapes this tarantula’s activity and development.

• ChannichthyidaeRelated: Icefishes are ectotherms whose physiology operates near the temperature of Antarctic seawater.

• Eastern newtRelated: Temperature strongly affects the newt’s activity and development.

• Inland taipanRelated: Seasonal temperatures affect the inland taipan’s activity and coloration.