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From Uncertainty to Performance Optimization: Longitudinal Insights Into Metacognitive Development
Qianqian Wan1, Olivera Savic1,2, Mengcun Gao1
1The Ohio State University, Columbus, Ohio, USA.
Children develop metacognitive monitoring and control between ages four and six. Early monitoring skills predict later control, shifting decision-making from uncertainty to performance optimization.
Area of Science:
- Cognitive Development
- Developmental Psychology
- Neuroscience
Background:
- Metacognition, encompassing monitoring and control, is crucial for cognitive development.
- Understanding the developmental trajectory of metacognition in early childhood is essential.
Purpose of the Study:
- To investigate the developmental progression of metacognitive monitoring and control in children aged four to six.
- To compare children's metacognitive abilities with those of adults.
- To examine the relationship between metacognitive monitoring and control.
Main Methods:
- Longitudinal study design tracking children (N=148) aged 4-6 years.
- Assessment of metacognitive monitoring and control via decision-making tasks with experimenter-elicited and self-generated responses.
- Comparison with adult participants (N=26).
Main Results:
- Children showed reliable task monitoring by age five and performance monitoring by age six (on self-generated measures).
- Children's decision-making shifted from uncertainty-driven to performance-optimizing patterns around age six.
- Cross-lagged panel analysis indicated that early monitoring abilities predicted subsequent control abilities.
Conclusions:
- Metacognitive development in children involves a transition from uncertainty-based to performance-oriented decision-making.
- Early metacognitive monitoring abilities are foundational for the development of metacognitive control.
- Findings support the monitoring-drives-control theory of metacognitive development.
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