Karl lashley contributions to psychology
| karl lashley engram | His work included. |
| karl lashley memory experiment | Karl Lashley joined the Harvard faculty in 1935, and in the ensuing twenty years he expanded his research on the representation and localization of sensory and motor activity in mammalian brains. |
| lashley equipotentiality theory | Lashley made several fundamental discoveries about how the brain stores and processes information. |
Heroes of the Engram - PMC - PubMed Central (PMC)
Karl Spencer Lashley (1890-1958) | Dewsbury | Annals of ...
Life and Legacy of Psychologist Karl Lashley -
- Karl Spencer Lashley (June 7, 1890 – August 7, 1958) was an American psychologist and behaviorist remembered for his contributions to the study of learning and memory.
Karl Lashley | Department of Psychology
- Trained by the founder of the behaviorist movement in American psychology, John B. Watson, Lashley eventually parted ways with the evolving theoretical perspective of his mentor by emphasizing the neurobiological basis for sensorimotor and memory representations in the brain.
Lashley, Karl Spencer -
Karl Lashley - New World Encyclopedia
Achology Knowledge Base
- Karl Spencer Lashley (June 7, – August 7, ) was an American psychologist and behaviorist remembered for his contributions to the study of learning and memory.
Lashley, Karl (1890-1958) -
Lashley, Karl S. -
- Karl Lashley’s most significant contributions to psychology revolve around his theories of mass action and equipotentiality.
Karl Lashley
Karl Lashley joined the Harvard faculty in 1935, and in the ensuing twenty years he expanded his research on the representation and localization of sensory and motor activity in mammalian brains. Concurrent with the latter half of his tenure at Harvard, Lashley also served as the director of the Yerkes Laboratories of Primate Biology in Orange Park, Florida from 1942 to 1955.
Trained by the founder of the behaviorist movement in American psychology, John B. Watson, Lashley eventually parted ways with the evolving theoretical perspective of his mentor by emphasizing the neurobiological basis for sensorimotor and memory representations in the brain.
Lashley pioneered experimental work conducted on rats with surgically induced brain lesions, by damaging or removing specific areas of a rat’s cortex, either before or after the animals were trained in mazes and visual discrimination. Lashley made several fundamental discoveries about how