Life can be a struggle for power – not just for people but for nonhuman animals, too. An animal behaviorist explains how this quest can be more Shakespearean drama than boxing match.
There is more to evolution than the genes species inherit.
Tibetan monks at a monastry in Gansu province in China. New research shows sending a child to a monastery can have surprising evolutionary advantages for a family.
Matyas Rehak/Shutterstock
Listen to the first episode of Discovery, a new series available via The Conversation Weekly podcast, telling the stories of fascinating new research discoveries from around the world.
A hopping mouse from the arid desert of Australia (Notomys). Hopping mice have evolved highly efficient kidneys to deal with the low water environments of Australia’s deserts.
David Paul/Museums Victoria
Australia has more than 60 species of native rodents found nowhere else in the world. New research used museum specimens to find out how they got here.
Axolotls are a model organism researchers use to study a variety of topics in biology.
Ruben Undheim/Flickr
Human embryos are far more likely to die than come to term, an evolutionary trait seen across species. Laws granting personhood at conception ignore built-in embryo loss, with potentially grave consequences.
A vast array of species, including people, use slime for a variety of essential bodily functions. Studying the genetic ancestry of slime surprisingly showcases the role of repetitive DNA in evolution.
Frilled sharks haven’t changed for about 80 million years! And while they may look a bit like snakes from a distance, they are actually much more similar to other sharks close up.
Few animals have babies without sex, so biologists assumed asexual reproduction must have evolutionary drawbacks. But a self-cloning Australian grasshopper shows things might be more complicated.
A long-term study of wild animal populations shows each generation is on average almost 20% genetically ‘better’ than their parents at surviving and reproducing.
Live birth has evolved independently more than 150 times. The underlying biophysical processes all look quite similar, but new research shows they use completely different genetic tools.
There’s plenty of aggression in the bird world, but little armed violence.
Velvet Shearer, USFWS/Flickr
Birds will shriek and dive at each other over food, territory or mates, but only a small number of species sport actual weapons. The reason: Flying matters more for their survival than fighting.
‘Survival of the fittest’ may not function so well in a global society.
MaxPixel