
Luca Tommasi (ed.)
et al.
Published online:
22 August 2013
Published in print:
29 May 2009
Online ISBN:
9780262255264
Print ISBN:
9780262012935
Contents
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Egocentric vs. Allocentric Representations Egocentric vs. Allocentric Representations
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Evidence from Neuroscience Evidence from Neuroscience
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Distinct Neural Systems for Specific Types of Spatial Information: Reinterpretation of the “Geometric Module” Distinct Neural Systems for Specific Types of Spatial Information: Reinterpretation of the “Geometric Module”
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Head-Direction Cells and Orientation Head-Direction Cells and Orientation
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Hippocampus and Location Relative to Environmental Geometry Hippocampus and Location Relative to Environmental Geometry
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Striatum and Location Relative to Local Landmarks Striatum and Location Relative to Local Landmarks
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Neural Systems for Processing Boundaries vs. Landmarks in Humans: How They Learn and How They Combine Neural Systems for Processing Boundaries vs. Landmarks in Humans: How They Learn and How They Combine
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Reinterpretation of the Geometric Module Reinterpretation of the Geometric Module
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Conclusions Conclusions
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Acknowledgments Acknowledgments
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References References
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Cite
Burgess, Neil, Christian F. Doeller, and Chris M. Bird, 'Space for the Brain in Cognitive Science', in Luca Tommasi, Mary A. Peterson, and Lynn Nadel (eds), Cognitive Biology: Evolutionary and Developmental Perspectives on Mind, Brain, and Behavior (Cambridge, MA , 2009; online edn, MIT Press Scholarship Online, 22 Aug. 2013), https://doi.org/10.7551/mitpress/9780262012935.003.0063, accessed 27 Apr. 2025.
Abstract
This chapter argues that advances in cognitive neuroscience provide valuable insights into the organization of spatial cognition. It considers a number of current controversies in spatial cognition, particularly, the existence of egocentric and allocentric representations. The chapter also examines distinct neural systems for specific types of spatial information and then describes head-direction cells, patterns of place cell firing, and the dorsal striatum and its location relative to local landmarks. Finally, the chapter investigates the neural bases of landmark and boundary processing in spatial memory.
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