warm-bloodedness

the animal's warm-bloodedness allowed it to thrive in the cold climate.

scientists studied the evolution of warm-bloodedness in mammals.

birds and mammals share the characteristic of warm-bloodedness.

maintaining warm-bloodedness requires a high metabolic rate.

the advantage of warm-bloodedness is activity in diverse environments.

warm-bloodedness provides insulation against extreme temperatures.

the presence of warm-bloodedness is a key evolutionary adaptation.

understanding warm-bloodedness is crucial for veterinary medicine.

the loss of warm-bloodedness occurred in some ancient reptiles.

warm-bloodedness enables endothermy, generating internal heat.

the evolution of warm-bloodedness was a significant breakthrough.