An international team of scientists from South Africa, Canada, France and the UK has uncovered fossil evidence of a tiny ...

The digested meat from the wolf pup’s last meal, which took place 14,400 years ago, contained enough woolly rhino DNA to ...

Learning how pronghorn survived the climate changes that ended the ice ages anddrove so many other large mammals to extinction can help us adapt to our ownchanging climate.

Analysis of the genome of a 14,400-year-old woolly rhinoceros (Coelodonta antiquitatis), recovered from the stomach of an ancient wolf, shows the species probably died out very quickly alongside a ...

In a landmark scientific breakthrough of 2025, a Texas-based biotechnology firm has made strides towards resurrecting ...

The woolly rhino, Coelodonta antiquitatis, would have been an impressive sight to the ancient people who painted images of ...

Little is known about why the woolly rhinoceros went extinct around 14,000 years ago. Scientists have found clues in an unusual source: the frozen remains of an ice age wolf.

Museum scientists have identified and described an extinct rhinoceros species from Canada’s High Arctic. Researchers at the ...

When Swedish scientists examined the stomach contents of 14,400-year-old Ice Age wolf remains they discovered DNA from a ...

A rare sample from a woolly rhinoceroses reveals how the population changed in the lead-up to the species’ extinction.

Learn about the woolly rhino genome that was recovered from a wolf's stomach, providing insight on the extinct species' genetic health.

A 14,400-year-old wolf puppy’s last meal is shedding light on the last days of one of the Ice Age’s most iconic megafauna ...