Skip to content Skip to footer
News

Tiny ancient bandicoot shines light on future

15 May 2013
The 20 million-year-old skull of the extinct Bulungu palara (bottom) is much smaller than the skulls of the modern bandicoots, such as the Southern Brown Bandicoot (above).
The 20 million-year-old skull of the extinct Bulungu palara (bottom) is much smaller than the skulls of the modern bandicoots, such as the Southern Brown Bandicoot (above).

A 20 million-year-old fossil skull identified as a ‘pocket-sized’ ancestor of the bandicoot will give insights into the future of Australia’s modern endangered animals.

Paleontologists from The University of Queensland (UQ) and University of New South Wales identified the skull as belonging to Bulungu palara.

The skull was found a decade ago by a team of paleontologists from UNSW lead by Professor Michael Archer.

UQ researcher Dr Kenny Travouillon said this fossil shows how bandicoots have evolved over time to adapt to large changes in the Australian environment.

“We can see from the teeth that the diet of these animals changed from carnivorous to omnivorous and that the body size was much smaller than modern bandicoots,” says Dr Travouillon.

Dr Travouillon said the smallest of today’s bandicoots weigh as little as 200 grams and Bulungu palara weighed just 50-150 grams.

“It was closer in size to today’s native Australian marsupial mice of the Antechinus genus,” Dr Travouillon said.

The well-preserved skull of Bulungu palara joins a list of extinct Australian animal fossils found at the Riversleigh site, which includes carnivorous kangaroos, the predecessors of Tasmanian Tigers, and tree-climbing crocodiles.

Dr Travouillon said the Bulungu palara skull was among the oldest bandicoot fossils identified, along with two related species from 25 million-year-old-sediments of the Etadunna Formation in central Australia.

“This finding (Bulungu palara’s skull) provides insight into the future of modern endangered animals,” he said.

“As we find more fossils we can create a more complete record and see these animals changing over time.”

This information can be used to plan the conservation of modern species.

The finding was published in the Journal of Systematic Paleontology, yesterday and available at http://www.tandfonline.com/toc/tjsp20/current.

Riversleigh has provided thousands of well-preserved fossil specimens from between 10 and 25 million-years-ago.

Media: Dr Kenny Travouillon k.travouillon@uq.edu.au, (07) 3345 2176

Related articles

A student walks through the cloisters at UQ

UQ’s QARC wins at Engagement Australia Awards

UQ’s Queensland Aphasia Research Centre (QARC) has won the Outstanding Engagement for Research Impact award at the 2026 Engagement Australia Excellence Awards.
12 November 2026
Two researchers wearing white University of Queensland and QAAFI laboratory coats stand behind a stainless-steel bench displaying multiple glasses of pale wine and three bottles. The researchers are positioned in a bright laboratory with large windows in the background. Tasting glasses are arranged on white trays, suggesting sensory evaluation or beverage research. The polished bench reflects the bottles and glasses, while University of Queensland and Queensland Alliance for Agriculture and Food Innovation

White wine drinkers help pinpoint what’s missing in no and low alcohol drinks

Researchers at The University of Queensland are on a quest to identify key aroma compounds that could make no and low-alcohol (NOLO) wine more attractive to drinkers.
12 November 2026

Media contact

Subscribe to UQ News

Get the latest from our newsroom.