Description
Book Synopsis"The more we know,concludes volume editor Reginald Golledge, "about how humans or other species can navigate, wayfind, sense, record and use spatial information, the more effective will be the building of future guidance systems, and the more natural it will be for human beings to understand and control those systems."
Trade Review"'Wayfinding Behavior: Cognitive Mapping and Other Spatial Processes' incorporates cognitive, perceptual, neural and animal perspectives. The authors come from a variety of disciplinary backgrounds, yet the writing is accessible to a wide audience. The book represents an exciting and innovative addition to the cognitive mapping literature, and will be a standard reference for the next decade of cognitive map research."--Stephen Hirtle, University of Pittsburgh
Table of ContentsPreface
Acknowledgments
Part I: Human Cognitive Maps and Wayfinding
1. Human Wayfinding and Cognitive Maps
2. Spatial Abilities, Cognitive Maps, and Wayfinding: Bases for Individual Difference in Spatial Cognition and Behavior
3. Human Information Processing in Sequential Spatial Choice
4. Environmental Congnition and Decision Making in Urban Navigation
Part II: Perceptual and Cognitive Processing of Environmental Information
5. Human Navigation by Path Integration
6. A Neaurocognitive Approach to Human Navigation
7. Dynamic Spatial Orientation and the Coupling of Representation
Part III: Wayfinding and Cognitive Maps in Nonhuman Species
8. Dead Reckoning (Path Integration), Landmarks, and Representation of Space in a Comparative Perspective
9. On the Fine Structure of View-Based Navigation in Insects
10. Compass Orientation as a Basic Element in Avian Orientation and Navigation
11. Spatial Processing in Animals and Humans: The Organizing Function of Representations for Information Gathering
Part IV: The Naural and Computational Bases of Wayfinding and Cognitive Maps
12. Neural Mechanisms of Spatial Orientation and Wayfindings: An Overview
13. Dissociation bewteen Distance and Direction during Locomotor Navigation
14. Error Tolerance and Generalization in Cognitive Maps: Performance without Precision
References
Contributors
Index