Experimental Psychology (formerly Zeitschrift für Experimentelle Psychologie) · 2009 · 74 citations · 38 references
EducationPsychologyAgingCognitive PsychologyGerontologyAge DifferencesAge Effects In AcquisitionCognitive AgingSpatial CognitionSpatial ReasoningSuccessful AgingAge-related Learning DifferencesAge-related Memory DifferencesAge-related Memory RetentionLandmark KnowledgeSpatial MemorySpatial Memory Deficits
This study investigated the process of spatial knowledge acquisition in younger adults (20-30 years), middle-aged adults (40-50 years), and older adults (60-70 years) in a desktop virtual environment, where participants learned a way through a virtual maze, had to recall landmarks that were present in the maze, and had to draw an overview of the maze. The results revealed a general decline in spatial memory of the elderly, that is, in the time needed to learn a new route, in the retrieval of landmarks from memory (landmark knowledge), and in the ability to draw a map (configurational knowledge). When the route with landmarks was perfectly learned, however, there was no age dependent difference in finding the correct route without landmarks in the virtual maze (retrieval of route knowledge). Therefore, we conclude that not all aspects of spatial knowledge acquisition and spatial memory degrade with increasing age during adulthood.
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Selected Writings of John Hughlings Jackson
John W. Scott · American Journal of Psychiatry · 1959 · 1.3K citations
The course of adult intellectual development.
K. Warner Schaie · American Psychologist · 1994 · 659 citations
The course of adult intellectual development.
K. Warner Schaie · American Psychologist · 1994 · 570 citations
The Aging Hippocampus: Cognitive, Biochemical and Structural Findings
Ira Driscoll · Cerebral Cortex · 2003 · 449 citations · Full text