But that's what scientists say is happening to some animals in response to climate change. Warm-blooded species are evolving to have larger beaks, legs and ears to regulate body temperature as the ...

How do they do it? Chemistry helps! The most important adaptation is how animals regulate their body temperature. Animals can be either warm-blooded or cold-blooded. Warm-blooded animals, which are ...

However, our new research, published today in Nature Climate Change, suggests temperature is not the only environmental factor affecting the future energy needs of cold-blooded animals.

A new UBC study published in the journal PLOS Biology shows that climate warming can potentially ... on how rising temperatures impact warm-blooded animals, including humans.

“These findings suggest that climate warming may pose a greater risk to cold-blooded animals, an important part of the ecosystem,” said Dr. Li. She added that more research is needed on how rising ...

A new UBC study shows that climate ... cold-blooded animals, an important part of the ecosystem,” said Dr. Li. She added that more research is needed on how rising temperatures impact warm ...

Geese, like all birds, are warm-blooded animals, also called regulators, whose bodies make their own heat, whatever the weather. But they need plenty of food to do this and food for geese is ...

“These findings suggest that climate warming may pose a greater risk to cold-blooded animals, an important part of the ecosystem,” said Dr. Li. She added that more research is needed on how rising ...

To unpack the history of how this ability might have evolved, scientists compared 1,000 fossils with a model of the prehistoric climate ... modern animals. Modern birds are all warm-blooded ...