Spatial neglect is a disorder of space-related behaviour. It is characterized by failure to explore the side of space contralateral to a brain lesion, or to react or respond to stimuli or subjects located on this side. Research on spatial neglect and related disorders has developed rapidly in recent years. These advances have been made as a result of neuropsychological studies of patients with brain damage, behavioural studies of animal models, as well as through functional neurophysiological experiments and functional neuroimaging.

The Cognitive and Neural Bases of Spatial Neglect provides an overview of this wide-ranging field of scientific endeavour, providing a cohesive synthesis of the most recent observations and results. As well as being a fascinating clinical phenomenon, the study of spatial neglect helps us to understand normal mechanisms of directing and maintaining spatial attention and is relevant to the contemporary search for the cerebral correlates of conscious experience, voluntary action and the nature of personal identity itself.

The book is divided into seven sections covering the anatomical and neurophysiological bases of the disorder, frameworks of neglect, perceptual and motor factors, the relation to attention, the cognitive processes involved, and strategies for rehabilitation.

Chapters have been written by a team of the leading international experts in this field.

This will be essential reading for neuropsychologists, neurologists, neurophysiologists, cognitive neuroscientists and psychologists.

Comparative Neuropsychology is a collection of state-of-the-art essays by some of the world's leading neuropsychologists. It is prepared as a tribute to the late George Ettlinger, one of the leading figures in comparative neuropsychology research over the last 40 years, and reflects current research in the many areas where Ettlinger made a particular contribution to our understanding. Taking as their starting point the assumption that the human brain shares many of its most important functional systems with its primate relatives, the authors take a comparative evolutionary approach to understanding human cognition and brain function. The book's fifteen chapters cover a wide range of subject areas, including memory, visual and somatosensory perception, motor control, attention, cross-modality integration, interhemispheric transmission, and behavioural intelligence. The final chapters of the book critically discuss questions basic to the comparative enterprise: whether we can in fact apply concepts derived from human cognitive psychology to primate neuropsychology, and whether there are evolutionary discontinuities in cortical brain structure among the higher primate species. One of the first and most comprehensive books to be written on the topic, Comparative Neuropsychology forms a fascinating and wide-ranging collection. It will be read by undergraduate and post-graduate students in psychology, neuroscience, and neuropsychology, as well as researchers in those areas.