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
In the primate brain, visual spatial representations express distances of objects with regard to dif...
The ability of an organism to develop, maintain, and act upon an abstracted internal representation ...
Since the first place cell was recorded and the cognitive-map theory was subsequently formulated, in...
Animals can navigate vast distances and often display behaviours or activities that indicate a detai...
Brain processing of spatial information is a very prolific area of research in neuroscience. Since t...
Spatial navigation is a fascinating behavior that is essential for our everyday lives. It involves n...
Ever since Tolman's proposal of cognitive maps in the 1940s, the question of how spatial representat...
Themes emerging from the collection of articles in the Special Section on Long-Term Spatial Memory i...
Single-neuron spatial coding is one of the most prominent and intensively studied brain functions. B...
The brain is able to construct internal representations that correspond to external spatial coordina...
In the primate brain, visual spatial representations express distances of objects with regard to dif...
Spatial cognition as a model for study of learning, memory and problem solving has a long history in...
Since the first place cell was recorded and the cognitive-map theory was subsequently formulated, in...
International audienceThe spatial location of an object can be represented in the brain with respect...
The ability to represent the spatial structure of the environment is critical for successful navigat...
In the primate brain, visual spatial representations express distances of objects with regard to dif...
The ability of an organism to develop, maintain, and act upon an abstracted internal representation ...
Since the first place cell was recorded and the cognitive-map theory was subsequently formulated, in...
Animals can navigate vast distances and often display behaviours or activities that indicate a detai...
Brain processing of spatial information is a very prolific area of research in neuroscience. Since t...
Spatial navigation is a fascinating behavior that is essential for our everyday lives. It involves n...
Ever since Tolman's proposal of cognitive maps in the 1940s, the question of how spatial representat...
Themes emerging from the collection of articles in the Special Section on Long-Term Spatial Memory i...
Single-neuron spatial coding is one of the most prominent and intensively studied brain functions. B...
The brain is able to construct internal representations that correspond to external spatial coordina...
In the primate brain, visual spatial representations express distances of objects with regard to dif...
Spatial cognition as a model for study of learning, memory and problem solving has a long history in...
Since the first place cell was recorded and the cognitive-map theory was subsequently formulated, in...
International audienceThe spatial location of an object can be represented in the brain with respect...
The ability to represent the spatial structure of the environment is critical for successful navigat...
In the primate brain, visual spatial representations express distances of objects with regard to dif...
The ability of an organism to develop, maintain, and act upon an abstracted internal representation ...
Since the first place cell was recorded and the cognitive-map theory was subsequently formulated, in...