A new Murdoch University study has found that cold-blooded animals (ectotherms) are unable to adjust physiologically to daily ...

The new research offers important insights about how animals, particularly birds, may adapt to the rapid rise in temperatures driven by global climate change Cornell Lab of Ornithology/Birds of the ...

The study suggests a previously unobserved relationship between body temperature and REM sleep, with REM sleep appearing to act like a 'thermostatically controlled brain heater.' Warm-blooded animal ...

Organisms are classified into two broad categories based on their ability to regulate their body temperature. Warm-blooded animals, such as mammals and birds, are able to maintain a relatively ...

A research group at Nagoya University in Japan has reported that a group of neurons, called EP3 neurons, in the preoptic area of the brain play a key role in regulating body temperature in mammals.

Across the animal kingdom, a surprising number of species defy the simple warm-blooded or cold-blooded labels found in textbooks. From leatherback sea turtles that can keep their deep body temperature ...

Animals have three main strategies to survive the freezing temperatures of winter: migrating, remaining in place and resisting the cold, and reducing body temperature and metabolic rate in a state ...