Course description

The science of neuroethology links brain function to natural behaviour. This course will explore the neural & molecular mechanisms that drive animal behaviour, elucidating how the nervous system translates biologically relevant stimuli into behavioural activity. Thought-provoking examples from the insect world will demonstrate how these mechanisms have evolved & adapted to specific challenges of their environment. The course will provide students with an in-depth understanding of neuroscientific approaches to behavioural research in insects & other invertebrate model organisms. They will gain an understanding of how quite complex behaviours can in some cases be reduced to relatively simple "detect & respond" reflexes. Topics include odour-guided navigation & pheromone communication, visual processing of colours & shapes, neuroscience of circadian rhythms, the molecular basis of learning & memory, the control of flight & the genetic basis of aggression & courtship. Insect models include the honey bee & the fruitfly. We touch on the emerging field of bio-robotics, where principles of insect sensory integration & locomotion are incorporated into robot design. The course is designed for students with a background in biology, neuroscience or psychology.

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