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Gender difference in horizontality performance before and after training
1Department of Psychology, Southwest Missouri State University, Springfield 65804-0095, USA.
The Journal of Genetic Psychology
|March 1, 1995
Summary
Field dependence significantly impacts performance on Piaget's horizontality task for all individuals. While sex and sex-role concepts initially influenced results, they did not affect post-training scores, suggesting spatial cognition is trainable.
Area of Science:
- Cognitive Development
- Spatial Cognition
- Psychology
Background:
- Piaget's horizontality task assesses understanding of the horizontal plane.
- Some individuals, particularly females, often fail this task.
- Field dependence and sex-role concepts may influence spatial task performance.
Purpose of the Study:
- Investigate reasons for failure in Piaget's horizontality task, especially among females.
- Examine the relationship between field dependence, sex-role concepts, and spatial activity history with horizontality performance.
- Assess the effectiveness of training on horizontality task performance.
Main Methods:
- Administered Piaget's horizontality task, rod and frame field-dependence task, Bem's Sex Role Inventory, and a spatial activities questionnaire to 122 undergraduates.
- Provided training on the horizontality task to individuals who initially failed.
- Conducted a horizontality posttest after one month.
Main Results:
- Hierarchical regression analysis showed field dependence significantly correlated with both pretest and posttest horizontality scores.
- Masculine sex-role concepts and sex were significantly related to pretest scores but not posttest scores.
- Training improved horizontality task performance, indicating a potential for enhanced spatial understanding.
Conclusions:
- Field dependence is a key factor in horizontality task performance.
- While initial performance may be influenced by sex and sex-role concepts, spatial cognition skills like horizontality can be improved through targeted training.
- Findings suggest that differences in spatial task performance may be mitigated with appropriate interventions.