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Gaze control during interceptive actions with different spatiotemporal demands.

José A Navia1, Matt Dicks2, John van der Kamp3

  • 1Faculty of Physical Activity and Sport Sciences, Technical University of Madrid.

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|March 28, 2017
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Summary

Expert goalkeepers adapt their visual search strategies based on the spatiotemporal demands of interceptive actions. Adjusting gaze patterns helps optimize performance when facing different kicking distances, improving action timing and ball interception.

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Area of Science:

  • Sports Science
  • Motor Control
  • Human Movement

Background:

  • Interceptive actions rely on spatiotemporal information, but how this information is acquired under conflicting constraints is unclear.
  • Existing research lacks evidence on adapting information pickup for interceptive actions facing varied task demands.

Purpose of the Study:

  • To investigate how spatiotemporal constraints affect performance, timing, and gaze in interceptive actions.
  • To examine expert futsal goalkeepers' visual strategies during penalty kicks under different distance conditions.

Main Methods:

  • Expert futsal goalkeepers participated in an in situ interceptive action task.
  • Penalty kicks were administered from two distances (10 m and 6 m) to manipulate spatiotemporal constraints.
  • Performance metrics, action initiation timing, and gaze patterns were recorded and analyzed.

Main Results:

  • Goalkeepers achieved higher save rates and initiated actions later under less constrained conditions (10 m kicks).
  • Gaze patterns shifted, with longer fixation on the ball relative to the kicker's body at 10 m.
  • Gaze variability decreased towards the end of the action, forming a funnel-like pattern, especially under tighter constraints.

Conclusions:

  • Changes in spatiotemporal demands significantly influence the selection and use of visual information for controlling interceptive actions.
  • Expert goalkeepers dynamically adjust their information pickup strategies to meet task-specific constraints.
  • Findings highlight the adaptive nature of visual perception in expert motor performance.