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The relationship between behavioral inhibition and time perception in children
Julie B Meaux1, John J Chelonis
1University of Central Arkansas, 201 Donaghey Avenue, Conway, Arkansas 72035, USA.
Summary
This study found that poor behavioral inhibition is linked to impaired time perception in children, supporting Barkley's executive function model. These findings highlight a connection between self-control and temporal awareness in development.
Area of Science:
- Developmental Psychology
- Neuroscience
- Cognitive Psychology
Background:
- Executive functions are crucial for cognitive and behavioral regulation.
- Barkley's model proposes behavioral inhibition as a core component of executive functions.
- Understanding the interplay between executive functions and time perception is vital for child development.
Purpose of the Study:
- To investigate the relationship between behavioral inhibition and time perception in children.
- To test a key aspect of Barkley's (1997) model of executive functions.
- To examine potential gender differences in this relationship.
Main Methods:
- Correlation analysis was employed to assess the relationship between behavioral inhibition and time perception.
- Data were collected from a sample of children, analyzed for the entire group, and separately for boys and girls.
- Parent and child measures were used to assess behavioral inhibition and time perception.
Main Results:
- A significant correlation was found between behavioral inhibition and time perception for the total sample and for girls.
- The relationship between child-reported behavioral inhibition and time perception was not significant for boys.
- Both parent and child measures indicated a correlation between these two constructs in the general group and girls.
Conclusions:
- The study's findings support Barkley's theory regarding executive functions.
- A link exists between deficits in behavioral inhibition and difficulties with time perception in children.
- These results have implications for understanding developmental trajectories of self-regulation and temporal processing.