Spring isn't all it's quacked up to be. Pollen levels are high, magpies are terrorising cyclists and pedestrians alike, and protective duck parents are in attack mode.
Our new research unites genomic sequencing and museum collections to reconstruct the evolutionary tale of native rodents, including many extinct and elusive species – and they have a fascinating origin story.
If swooping season strikes fear into your heart, you're not alone. Fortunately, Dr Chaminda Ratnayake from the ANU Research School of Biology has the intel you need to navigate the great outdoors this spring.
To measure the speed of adaptive evolution in the wild, we studied 19 populations of birds and mammals over several decades. We found they were evolving at twice to four times the speed suggested by earlier work.
Phylogenetics is the science of reconstructing the evolutionary history of groups of species or individuals. Most phylogenetic methods include the treelikeness assumption, which states that every site in an alignment shares an identical evolutionary history.
I will tell you about Australia's most diverse snake genus, their relationships with one another, how they got to where they are, and what their morphological and ecological variation can tell us about their evolutionary history and their future.
A fundamental challenge in animal ecology research lies in the ability to understand the factors that shape the evolution and plasticity of behaviours, life histories, and population dynamics of organisms.
Common wall lizards are one of the most widespread and frequently encountered reptiles in Europe. They span the entire continent from Spain through to Turkey and have even managed to find themselves introduced into areas outside their native range (e.g., the UK).
The extraordinary diversity of life has evolved alongside major changes in Earth’s climate and geography and understanding this link is one of the key goals of evolutionary biology.