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Scientists recover oldest big cat fossil yet

The fossil could be the sister of present day snow leopards and the missing link in the evolution of big cats.

By Ananth Baliga
The new fossil, named Panthera blytheae, could be the sister species of the snow leopard, above, with similar features like a broad forehead and short face. (CC/Bernard Landgraf)
The new fossil, named Panthera blytheae, could be the sister species of the snow leopard, above, with similar features like a broad forehead and short face. (CC/Bernard Landgraf)

Nov. 13 (UPI) -- Palaeontologists have found the oldest fossil of a big cat in the Himalayan region of Tibet, answering many evolutionary questions linked to the spread of the species.

The newly found skull is between 4.1 and 5.95 million years old; previous fossils were only 3.6 million years old. The skull of the newly named Panthera blytheae supports theories which suggest that the big cats evolved in central Asia, not Africa, before spreading.

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"This cat is a sister of living snow leopards -- it has a broad forehead and a short face. But it's a little smaller -- the size of clouded leopards," said lead author Dr Jack Tseng of the University of Southern California.

The new fossils were dug up in a 2010 expedition in the Zanda Basin in southwestern Tibet, by a team including Dr Tseng and his wife Juan Liu.

"We were very surprised to find a cat fossil in that basin," said Dr Tseng. "Usually we find antelopes and rhinos, but this site was special. We found multiple carnivores -- badgers, weasels and foxes."

The big cats, which include lions, tigers and leopards, diverged from their cousins Felinae, about 6.37 million years ago. The Felinae subfamily includes cougars, lynxes, and domestic cats. Palaeontologists have never been able to prove this theory before because there was a mismatch between the DNA data and fossil records. But now Panthera blytheae provides them with that missing link.

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Dr. Tseng and his team will return to the basin to find more complete skeletons if possible to confirm their findings.

Sources: [BBC] [Proceedings of the Royal Society]

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