"This interesting...volume updates research on the nature of perceptual constancies and how they arise. ...this important work should become a core reference in this area. ...the primary audience for the book will be graduate students and researchers in experimental psychology. Recommended to libraries serving these readers." Choice

• Contributors; Introduction: what you see is not what you get Vincent Walsh and Janusz Kulikowski; 1. Visual organization and perceptual constancies in early infancy Alan Slater; 2. The McCollough effect: misperception and reality G. Keith Humphrey; 3. Perception of rotated two-dimensional and three-dimensional objects and visual shapes Pierre Jolicoeur and G. Keith Humphrey; 4. Computational approaches to shape constancy Shimon Edelman and Daphna Weinshall; 5. Learning constancies for object perception Peter Földiák; 6. Perceptual constancies in lower vertebrates David Ingle; 7. Generalizing across object orientation and size Elizabeth Ashbridge and David I. Perret; 8. The neuropsychology of visual object constancy Rebecca Lawson and Glyn W. Humphreys; 9. Color constancy and color vision during infancy: methodological and empirical issues James L. Dannemiller; 10. Empirical studies in color constancy Jimmy M. Troost; 11. Computational models of color constancy A. C. Hurlbert; 12. Comparative aspects of color constancy Christa Neumeyer; 13. The physiological substrates of color constancy Hidehiko Komatsu; 14. Size and speed constancy Suzanne P. McKee and Harvey S. Smallman; 15. Depth constancies Thomas S. Collett and Andrew J. Parker; 16. The perception of dynamical constancies Mary K. Kaiser; 17. Perceptual learning Merav Ahissar and Shaul Hochstein; 18. The history of size constancy and size illusions Helen E. Ross and Cornelius Plug; Author index; Subject index.

"This interesting...volume updates research on the nature of perceptual constancies and how they arise. ...this important work should become a core reference in this area. ...the primary audience for the book will be graduate students and researchers in experimental psychology. Recommended to libraries serving these readers." Choice

• Contributors; Introduction: what you see is not what you get Vincent Walsh and Janusz Kulikowski; 1. Visual organization and perceptual constancies in early infancy Alan Slater; 2. The McCollough effect: misperception and reality G. Keith Humphrey; 3. Perception of rotated two-dimensional and three-dimensional objects and visual shapes Pierre Jolicoeur and G. Keith Humphrey; 4. Computational approaches to shape constancy Shimon Edelman and Daphna Weinshall; 5. Learning constancies for object perception Peter Földiák; 6. Perceptual constancies in lower vertebrates David Ingle; 7. Generalizing across object orientation and size Elizabeth Ashbridge and David I. Perret; 8. The neuropsychology of visual object constancy Rebecca Lawson and Glyn W. Humphreys; 9. Color constancy and color vision during infancy: methodological and empirical issues James L. Dannemiller; 10. Empirical studies in color constancy Jimmy M. Troost; 11. Computational models of color constancy A. C. Hurlbert; 12. Comparative aspects of color constancy Christa Neumeyer; 13. The physiological substrates of color constancy Hidehiko Komatsu; 14. Size and speed constancy Suzanne P. McKee and Harvey S. Smallman; 15. Depth constancies Thomas S. Collett and Andrew J. Parker; 16. The perception of dynamical constancies Mary K. Kaiser; 17. Perceptual learning Merav Ahissar and Shaul Hochstein; 18. The history of size constancy and size illusions Helen E. Ross and Cornelius Plug; Author index; Subject index.

"This interesting...volume updates research on the nature of perceptual constancies and how they arise. ...this important work should become a core reference in this area. ...the primary audience for the book will be graduate students and researchers in experimental psychology. Recommended to libraries serving these readers." Choice

• Contributors; Introduction: what you see is not what you get Vincent Walsh and Janusz Kulikowski; 1. Visual organization and perceptual constancies in early infancy Alan Slater; 2. The McCollough effect: misperception and reality G. Keith Humphrey; 3. Perception of rotated two-dimensional and three-dimensional objects and visual shapes Pierre Jolicoeur and G. Keith Humphrey; 4. Computational approaches to shape constancy Shimon Edelman and Daphna Weinshall; 5. Learning constancies for object perception Peter Földiák; 6. Perceptual constancies in lower vertebrates David Ingle; 7. Generalizing across object orientation and size Elizabeth Ashbridge and David I. Perret; 8. The neuropsychology of visual object constancy Rebecca Lawson and Glyn W. Humphreys; 9. Color constancy and color vision during infancy: methodological and empirical issues James L. Dannemiller; 10. Empirical studies in color constancy Jimmy M. Troost; 11. Computational models of color constancy A. C. Hurlbert; 12. Comparative aspects of color constancy Christa Neumeyer; 13. The physiological substrates of color constancy Hidehiko Komatsu; 14. Size and speed constancy Suzanne P. McKee and Harvey S. Smallman; 15. Depth constancies Thomas S. Collett and Andrew J. Parker; 16. The perception of dynamical constancies Mary K. Kaiser; 17. Perceptual learning Merav Ahissar and Shaul Hochstein; 18. The history of size constancy and size illusions Helen E. Ross and Cornelius Plug; Author index; Subject index.