Behaviour and Biomechanics

Behaviour and Biomechanics

We analyse how and why organisms behave as they do by studying the function, phylogeny, development, and mechanisms that produce behaviour.

About

All living organisms behave. Adaptive value, physiology, genetics, and social and natural environment all influence an organism's behaviour.

Our research on behaviour has a rich history, beginning with Nobel Laureate Niko Tinbergen. Today, we investigate the mechanisms and evolutionary rationale of animal and plant behaviour. Our impact includes informing policies, protecting species, modelling animal motion, and designing behaviour-inspired technologies.

Our research spans fields that include the biomechanics of flight and sound production, sensory physiology, navigation, nutrition, animal collective behaviour, the sexual behaviour of vertebrates and invertebrates, and the mathematical modelling of plant evolution.

“The study of animal behaviour is fascinating. Understanding the behaviour of individuals and groups is crucial for protecting species in the wild and improving animal welfare in managed environments. Our knowledge of the mechanisms of behaviour provides inspiration for advances in biomaterials, biomimicry, and intelligence.”

Geraldine Wright