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The developmental trajectory of attentional orienting to socio-biological cues
Nicola Jean Gregory1, Frouke Hermens2, Rebecca Facey3
1Department of Psychology, Faculty of Science and Technology, Bournemouth University, Poole, Dorset, UK.
Insights
Young children are drawn to eye gaze cues but do not automatically follow them. This attentional orienting develops with age, suggesting learned associations rather than innate mechanisms for eye gaze following.
Area of Science:
- Developmental Psychology
- Cognitive Neuroscience
- Visual Attention
Background:
- Limited evidence exists on how eye gaze cues influence attentional orienting in young children.
- The role of innate mechanisms versus learned associations in early attentional development is debated.
Purpose of the Study:
- To investigate the influence of eye gaze, finger pointing, and arrow cues on attentional orienting in children aged 3-10 years.
- To determine if attentional orienting based on eye gaze is an innate ability or develops with age.
Main Methods:
- Two experiments using an adapted pro-saccade task with centrally presented, uninformative cues (eye gaze, finger pointing, arrow).
- Cues were either congruent or incongruent with target presentation direction.
- Tested effects of cue-target overlap (Experiment 1) versus simultaneous cue offset and target onset (Experiment 2).
Main Results:
- Children under 5 years struggled to disengage fixation for targets when central cues overlapped with targets, especially eye gaze cues.
- This difficulty was reduced when cues disappeared simultaneously with target onset.
- Finger pointing cues strongly influenced saccade reaction time in the youngest children (<5 years).
Conclusions:
- Young children are highly engaged by eye gaze cues, but directional influence on overt attention develops later.
- Attentional orienting to eye gaze is unlikely to be solely innate.
- Results support the development of stimulus-response associations through age and experience.
Abstract:
It has been proposed that the orienting of attention in the same direction as another's point of gaze relies on innate brain mechanisms which are present from birth, but direct evidence relating to the influence of eye gaze cues on attentional orienting in young children is limited. In two experiments, 137 children aged 3-10 years old performed an adapted pro-saccade task with centrally presented uninformative eye gaze, finger pointing and arrow pre-cues which were either congruent or incongruent with the direction of target presentations. When the central cue overlapped with presentation of the peripheral target (Experiment 1), children up to 5 years old had difficulty disengaging fixation from central fixation in order to saccade to the target. This effect was found to be particularly marked for eye gaze cues. When central cues were extinguished simultaneously with peripheral target onset (Experiment 2), this effect was greatly reduced. In both experiments finger pointing cues (image of pointing index finger presented at fixation) exerted a strong influence on saccade reaction time to the peripheral stimulus for the youngest group of children (<5 years). Overall the results suggest that although young children are strongly engaged by centrally presented eye gaze cues, the directional influence of such cues on overt attentional orienting is only present in older children, meaning that the effect is unlikely to be dependent upon an innate brain module. Instead, the results are consistent with the existence of stimulus-response associations which develop with age and environmental experience.
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