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The 31 pages that link to Metabolic rate, each with the reason it gives.

• EctothermyRelated: Ectotherms' metabolic rates generally vary strongly with body temperature.

• HibernationRelated: Its profound reduction is central to hibernation’s energy savings.

• AllometryRelated: Its relationship to body mass is a central application of allometric analysis.

• Deep-sea gigantismRelated: Temperature and energy use help explain why body-size patterns vary across deep-sea lineages.

• EndothermyNarrower topic: Metabolic energy use supplies the heat that endotherms produce.

• TorporRelated: Torpor conserves energy by lowering the rate of ongoing metabolic processes.

• CursorialityRelated: Sustained running depends on the rate at which muscles can obtain usable energy.

• MegafaunaRelated: Large body size changes energy requirements and helps determine how many individuals a habitat can support.

• Bergmann's ruleRelated: Metabolic demands may help explain why thermal patterns differ among groups.

• Ram ventilationRelated: Maintaining movement to ventilate can increase the energy demanded by respiration.

• Thermal performance curveRelated: It is a common performance measure whose temperature response forms a curve.

• BrumationRelated: Cold conditions lower energy demands during brumation.

• EctothermRelated: Temperature changes often alter ectotherm metabolism, influencing movement, digestion, and growth.

• Aquatic respirationRelated: Oxygen demand determines how much water or air an animal must process.

• PoikilothermyRelated: Temperature shifts can alter metabolic rate, especially in ectothermic organisms.

• Body massRelated: Body mass helps predict energy use, though metabolic rate also depends on physiology and temperature.

• DiapauseRelated: Diapause commonly lowers energy use, helping stored reserves last through adversity.

• Thermal toleranceRelated: Temperature changes metabolic demand and can constrain performance near tolerance limits.

• ShiveringRelated: Shivering raises metabolic rate as muscles repeatedly expend energy.

• AestivationRelated: Reducing metabolic rate lets aestivating animals spend less energy while conditions limit food and water.

• NectarivoreRelated: High energy demands can make frequent nectar feeding necessary.

• PaleohistologyRelated: Bone tissue patterns provide evidence used to assess extinct animals’ metabolic physiology.

• HeterothermyRelated: Lowering body temperature typically reduces metabolic demand during torpor.

• EndothermNarrower topic: Internal heat production depends on energy-consuming metabolism.

• Kleiber's lawNarrower topic: Kleiber's law describes how basal metabolic rate changes as body mass increases.

• PoikilothermRelated: In many poikilotherms, metabolic rate changes strongly with body temperature.

• EcophysiologyRelated: Environmental conditions change energy demands and the pace of physiological processes.

• BradymetabolismNarrower topic: Bradymetabolism is a notably low value of this broader physiological measure.

• ChannichthyidaeRelated: Cold adaptation and oxygen delivery constrain the energy budgets of icefishes.

• KleptothermyRelated: Borrowed warmth can reduce the energy an animal must spend generating heat.

• MesothermRelated: Metabolic heat production can raise mesotherms’ body temperatures above ambient levels.