The hippocampus and parietal cortex have been implicated in various core spatial behaviors, such as the ability to localise and navigate to an object. Damage to these areas in animals and humans impairs these spatial functions. This collection of papers, written by internationally recognized experts in the field, reviews the evidence that each area is involved in spatial cognition, examines the mechanisms underlying the generation of spatial behaviors, and considers the relative roles of the hippocampal and parietal areas, including how each interacts with the other. The papers integrate a wide range of theoretical and experimental approaches, and touch on broader issues related to memory and imagery. As such, this book offers the most up-to-date research on the neural basis of spatial cognition. It should be of interest to anyone working in the fields of cognitive science, neuroanatomy, neuropsychology, and general cognition.

Presenting major advances in understanding learning disabilities (LDs) and describing effective educational practices, this authoritative volume has been significantly revised and expanded with more than 70% new material. Foremost LD experts identify effective principles of assessment and instruction within the framework of multi-tiered systems of support (MTSS). With a focus on what works in the classroom, the book explores the full range of reading, mathematics, and writing disabilities. It synthesizes knowledge from neuropsychology, cognitive neuroscience, and special and general education. Illustrations include eight color plates. As a special supplement, a chapter on the history of the LD field from the first edition is provided at the companion website. New to This Edition *Heightened emphasis on intervention, including significant new developments in reading comprehension and math. *Chapter on principles of effective instruction and MTSS. *Chapter on automaticity in reading, math, and writing. *Chapter on challenges in real-world implementation of evidence-based practices. *Chapter on the validity of the LD construct.