Why do small dogs live longer than big dogs?
Larger animals tend to live longer than smaller ones, but within the dog kingdom it pays to be small. A University of Melbourne expert explains what's going on.
On the hunt for ancient reefs
As we mark International Women's Day, the university of Melbourne's Dr Ashleigh Hood describes the inspiration behind her worldwide search for ancient reefs.
Iron and Ice: How life survived snowball Earth
Early life forms survived Snowball Earth in ocean refuges that were oxygenated by melting glaciers, suggests discoveries by University of Melbourne geologists.
The shared evolution of the Tasmanian tiger and the wolf
Through a molecular quirk, the Tasmanian tiger and grey wolf have evolved to look like twins finds new University of Melbourne research.
The evolution of schizophrenia
University of Melbourne research finds that the genetic risks of schizophrenia may eventually evolve out of existence, but the environmental risk factors remain
The superheroes of nutrient detection living in our oceans
With no Uber Eats for bacteria, a University of Melbourne-led study reveals how ocean microorganisms are supremely evolved to detect and swim toward nutrients.
Speeding natural selection in the name of conservation
University of Melbourne scientists are using breeding to genetically adapt quolls to resist toxic cane toads – if it works it may help other endangered species
The legacy of a great scientific hoax
The University of Melbourne's anatomy museum features model fossils from the famous Piltdown Man hoax, which skewed the study of human evolution for decades.
It’s not just antenna size, but scales that matter for lonely male moths
University of Melbourne research finds some male moths have evolved intricate scale arrangements on their antennae to enhance detection of female sex pheromones
Genes don’t always dictate that ‘boys will be boys’
New University of Melbourne evolutionary biology research finds that genes don't always dictate that 'boys will be boys' in the animal world, just like humans.