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'''Cognitive map''' is a term coined by psychologist [[Edward Tolman]], referring to a type of [[mental representation]] which serves individuals to acquire, code, store, recall, and decode information about the relative locations and attributes of phenomena in their everyday or metaphorical spatial environment. Cognitive maps are used in various fields, including [[psychology]], [[education]], [[architecture]], and [[urban planning]], to help individuals and groups understand, manage, and organize space.

==Definition and Characteristics==
A cognitive map is essentially a person's internal model of the external world, which enables them to navigate and understand their surroundings. This concept extends beyond physical environments to include abstract, conceptual spaces such as social or psychological realms. Cognitive maps are subjective and can vary greatly between individuals based on their experiences, needs, and cultural backgrounds.

==Formation and Use==
Cognitive maps are formed through direct experience with the environment and through the integration of various sensory inputs, including visual, auditory, and olfactory cues. They can also be influenced by descriptions or instructions from others, as well as by maps and diagrams. Once formed, cognitive maps allow individuals to perform tasks such as route planning, navigation, and the discovery of new routes or places.

==Components==
A cognitive map consists of several components, including landmarks, paths, nodes, and edges. '''Landmarks''' are recognizable objects or features that serve as reference points. '''Paths''' are the routes that connect landmarks. '''Nodes''' are decision points or intersections, and '''edges''' are the segments of the path between nodes.

==Theoretical Background==
The concept of the cognitive map is rooted in [[behavioral psychology]] and was first introduced by Edward Tolman in the 1940s. Tolman's experiments with rats demonstrated that they could navigate mazes not just through simple stimulus-response patterns but by forming a mental representation of the maze. This challenged the behaviorist notion that complex behaviors could be explained solely through direct observation and reinforcement, suggesting instead that internal processes played a significant role.

==Applications==
Cognitive mapping techniques have been applied in various domains. In [[urban planning]], they help in understanding how people perceive and use urban spaces, informing the design of more navigable and user-friendly environments. In [[education]], cognitive maps are used as a learning and teaching tool, helping students visualize and understand complex information. In [[neuroscience]], studying cognitive maps has contributed to our understanding of how the [[brain]] encodes, stores, and retrieves spatial information, particularly in the [[hippocampus]].

==Challenges and Limitations==
One of the main challenges in studying cognitive maps is their subjective nature, making them difficult to measure or compare across individuals. Additionally, cognitive maps can be incomplete or inaccurate, leading to navigation errors or misunderstandings of space.

==See Also==
* [[Spatial memory]]
* [[Mental rotation]]
* [[Place cell]]
* [[Grid cell]]
* [[Neuroscience of spatial navigation]]

==References==
<references/>

[[Category:Cognitive psychology]]
[[Category:Concepts in epistemology]]
[[Category:Memory]]
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Cognitive map - Revision history

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