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Updated: Jun 26, 2026

Gaze in Action: Head-mounted Eye Tracking of Children's Dynamic Visual Attention During Naturalistic Behavior
Published on: November 14, 2018
Embodied infant attention
Steven S Robertson1, Sarah L Johnson
1Department of Human Development, Cornell University, Ithaca, NY 14853, USA. ssr4@cornell.edu
Insights
Infants who quickly resume movement after focusing on a visual stimulus (rebounders) show a stronger response to changes than those who suppress movement (suppressors). This suggests early movement-attention coupling impacts visual exploration and change detection.
Area of Science:
- Developmental Psychology
- Cognitive Neuroscience
- Infant Motor Development
Background:
- Early development involves intricate links between cognitive and motor systems.
- Understanding the functional significance of real-time coupling between mental and physical activity is crucial for developmental insights.
Purpose of the Study:
- To investigate the functional significance of movement-attention coupling in 3-month-old infants.
- To examine how different patterns of movement-attention coupling affect visual attention habituation and response to change.
Main Methods:
- Compared two groups of 3-month-olds: 'suppressors' (movement decreases during looks) and 'rebounders' (movement quickly returns after looks).
- Assessed visual attention habituation and response to stimulus change.
- Measured looking behavior and body movement patterns.
Main Results:
- Rebounders exhibited a greater looking response to stimulus change compared to suppressors.
- Suppressors showed less looking when the stimulus did not change.
- Rebounders spent more time looking away from the stimulus during habituation, indicating different attentional strategies.
Conclusions:
- Rapid motor reactivation (rebounding) after gaze fixation may enhance visual foraging and response to novelty.
- The coupling between motor activity and attention in early development has functional significance for cognitive processing.
- Movement-attention coupling patterns influence how infants engage with and process their environment.
Abstract:
Does real time coupling between mental and physical activity early in development have functional significance? To address this question, we examined the habituation of visual attention and the subsequent response to change in two groups of 3-month-olds with different patterns of movement-attention coupling. In suppressors, the typical decrease in body movement at the onset of looks persists into the looks. In rebounders, the initial decrease is more transient and movement quickly returns above baseline. Suppressors and rebounders did not differ on measures of looking during habituation, but when the stimulus changed rebounders looked more than suppressors. When it did not change, they looked less. In addition, during habituation rebounders spent more time looking away from the stimulus. Rapid motor reactivation soon after gaze locks onto a target, characteristic of rebounders, may influence visual foraging and the response to change by keeping attention near a threshold of engagement.
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