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Diurnality as an energy saving strategy: energetic consequences of temporal niche switching in small mammals

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Academic year: 2020

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Figure

Fig. 1. Scholander curves describe the relationship between ambienta decreases belowreducesof heat generated by activity for thermogenesis (activity thermogenesis)reduces the energy expenditure increase when TLCTa) whenEnergy expenditure in the thermoneutr
Fig. 2. Model for calculation of the energeticbenefit of diurnality under natural conditions.depends on the animalEnvironmental conditions shape the Scholandercurves during both the active and rest phases
Fig. S3) after their incorporation into the model. For mice housed at
Fig. 6. Energetic consequences of thermal buffering of nest temperature.(A) Increasing thermal buffering of nest temperature (timing of the energetically optimal and worst activity midpoint, which remain ataround noon and midnight, respectively
+2

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