This collection of papers investigates the neural mechanisms within the hippocampus and parietal cortex that enable humans and animals to process spatial information and navigate complex environments. The authors, all researchers from the Department of Anatomy at University College London, compile current research to address why biological systems succeed at spatial navigation where artificial systems frequently fail. By examining the functional roles of specific brain regions, the text provides a framework for understanding how spatial cognition is structured and executed at a neurological level.

Experts recognize this volume as a significant contribution to the study of spatial cognition, offering a dense synthesis of neuroanatomical research. The text is frequently cited by researchers in cognitive science for its foundational approach to understanding how the brain processes environmental data.