Proactive and reactive control mechanisms in navigational search

Area of Science:

• Cognitive Psychology
• Neuroscience
• Human Behaviour

Background:

• Cognitive control, encompassing reactive and proactive mechanisms, is crucial for complex human behaviors.
• Understanding these control mechanisms is vital for explaining goal-directed actions like navigational search.

Purpose of the Study:

• To investigate the distinct roles of reactive and proactive cognitive control in navigational search.
• To determine how these control mechanisms influence search efficiency and error patterns.

Main Methods:

• Two experiments involved participants searching for a hidden target in a floor array with varying location salience (flashing vs. static lights).
• An a-priori rule guided participants on probable target locations.
• Experiment 2 employed a Dot Pattern Expectancy task to differentiate participants' dominant control modes (reactive vs. proactive).

Main Results:

• Both experiments showed a bias towards searching rule-adherent locations.
• Search errors (revisits) were more frequent under specific rule-salience conditions.
• Participants with a reactive control mode exhibited more revisits to salient locations.

Conclusions:

• Proactive control facilitates goal-maintained search behavior.
• Reactive control helps avoid revisiting salient locations, thus preventing search errors.
• These findings support a dual-mechanism framework for cognitive control in navigational search.