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NEURAL MECHANISMS UNDERLYING VISUAL CONTROL OF FLIGHT IN HONEYBEES. Recent behavioural studies of freely flying bees have uncovered novel principles by which bees regulate flight speed, avoid collisions with obstacles, orchestrate smooth landings and estimate distance flown. This is a proposal to investigate the neural mechanisms that mediate these behaviours. The results will provide new insights into the mechanisms subserving flight control and navigation, as well as suggest innovative, biolog ....NEURAL MECHANISMS UNDERLYING VISUAL CONTROL OF FLIGHT IN HONEYBEES. Recent behavioural studies of freely flying bees have uncovered novel principles by which bees regulate flight speed, avoid collisions with obstacles, orchestrate smooth landings and estimate distance flown. This is a proposal to investigate the neural mechanisms that mediate these behaviours. The results will provide new insights into the mechanisms subserving flight control and navigation, as well as suggest innovative, biologically inspired stratagems for the guidance of autonomous aerial vehicles, with applications in national defence and planetary exploration.Read moreRead less
Understanding how the brain uses sensory information to guide reaching and grasping movements. Reaching, grasping and manipulating objects are crucial aspects of our daily lives, which are performed so effortlessly that they tend to be taken for granted. We know however that these functions take a relatively long time to mature (think of a baby learning how to get an object), and that they can be impaired by brain lesions involving a region called the posterior parietal cortex. We also know that ....Understanding how the brain uses sensory information to guide reaching and grasping movements. Reaching, grasping and manipulating objects are crucial aspects of our daily lives, which are performed so effortlessly that they tend to be taken for granted. We know however that these functions take a relatively long time to mature (think of a baby learning how to get an object), and that they can be impaired by brain lesions involving a region called the posterior parietal cortex. We also know that this region has multiple subdivisions, but how exactly these interact in allowing the sensory information to guide arm and hand muscles is unknown. Discovering how this happens in terms of cellular interaction can have profound implications for the creation of new technologies such as artificial limbs and autonomous robots, and result in health benefits.Read moreRead less
Learning and memory in the honeybee: Task-dependent brain development. We wish to explore whether the development of specific brain regions in young bees depends upon the nature of the learning task in which they are engaged. We will examine tasks that involve two sensory modalities: olfaction and vision, both of which are important to successful foraging. The relative ease with which bees can be trained, and their nervous systems accessed, make them a very attractive subject in which to study f ....Learning and memory in the honeybee: Task-dependent brain development. We wish to explore whether the development of specific brain regions in young bees depends upon the nature of the learning task in which they are engaged. We will examine tasks that involve two sensory modalities: olfaction and vision, both of which are important to successful foraging. The relative ease with which bees can be trained, and their nervous systems accessed, make them a very attractive subject in which to study fundamental principles of learning and memory that may span a variety of organisms.Read moreRead less