News & events
News & events
Find out about our latest news and events.
Dr Robert Lanfear of the ANU Research School of Biology and Dr Minh Bui, from the College of Engineering, Computing and Cybernetics (CECC) are finalists for the 2023 Eureka Prize for Excellence in Research Software.
A first-of-its-kind genetic study of the endangered Australian Pookila - formerly known as the New Holland Mouse - is contributing to saving the species from extinction.
A major new study explains why you won’t find kangaroos, koalas and other Aussie marsupials in Indonesia, but you will find many groups of animals that originated in Asia, such as goannas, rodents and kookaburras in Australia.
While Australia is the last continent to be invaded by the vorroa mite, it has an opportunity to be the first to eradicate it.
Until recently we had very little idea when butterflies evolved, and hypotheses concerning their place of origin were largely educated guesses.
Choosing a mate is one of the most important decisions an animal can make. The fitness costs and benefits of mate choice have been analysed extensively in the context of sexual selection, and the neural and hormonal bases of mate choice have provided insights into how animals make such decisions.
Athena Aktipis discusses how an evolutionary approach to understanding and treating cancer can transform it from being a disease that threatens our lives to one we can live with.
Studying physiological responses in animals can tell us a lot about how much environmental stress animals can tolerate, helping to improve our understanding of animal biology and inform conservation management actions.
Bob Wong considers the role that behaviour plays in determining the fate of species under human-induced environmental change.
In anisogamous mating systems, males and females play different roles. This results in sexual differences in morphology and behaviour.
In this talk, I will introduce a suite of new methods and biological insights gained from the assembly and analysis of Eucalyptus genomes. I will start by introducing new methods of assembling and assessing nuclear, mitochondrial, and chloroplast genomes with long- and short-read data.