Dwelling around 167 million years ago, the chimeric reptile was discovered along with 70 other prehistoric species.

Recent study sheds new light on the enigmatic early evolution of snakes by examining an unexpected source: their brains. The results emphasize the significance of studying both the soft parts of ...

When a snake displays its fangs, it’s showing off one of evolution’s greatest weapons. This is because snake venom is not a ...

The fossil record of squamates, encompassing both lizards and snakes, provides an intricate account of evolutionary innovation over millions of years. Fossils elucidate key morphological transitions, ...

Why did it have to be snakes? Because evolution puts snakes on a plain advantage, according to a new study co-authored by a Stony Brook University researcher. According to a new study, snakes are ...

Snakes usually use venom to attack and subdue or kill their prey, and their venoms tend to cause paralysis or death. But researchers have found that in one group of snakes, venom has evolved; it has ...

The fossilized skeleton of the newly discovered snake species Hibernophis breithaupti, which lived 38 million years ago in what is now western Wyoming, reveals insights into the evolution and social ...

It is easy to think of snakes as creatures that were always legless, gliding effortlessly through grass or sand. Yet millions of years ago, their ancestors had four fully formed limbs. The journey ...

Love ‘em or hate ‘em, new research shows that snakes deserve our recognition as evolutionary superstars. The study, published last week in the journal Science, found that snakes evolve faster than ...

"When the cobra runs for her life, she goes like a whiplash flicked across a horse's neck," Rudyard Kipling wrote of the villainous cobra Nagaina in his story of the heroic mongoose Rikki-Tiki-Tavi.