Psychology Reader

Overt Attention and Predictiveness in Human Contingency Learning

M. E. Le Pelley, Tom Beesley, and Oren Griffiths · 2011 · Journal of Experimental Psychology: Animal Behavior Processes

Role
Methodological contribution
Difficulty
Moderate
Full work length
10 pages
Type
Journal article

Access

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Reading focus

Syllabus: How Do We Learn What Predicts What?

Use the two-stage design to track how previous predictive history relates to gaze and new learning when current predictiveness is equal. Notice the authors’ explicit causal limitation.

Why you’re reading it. Apply the review’s distinctions to a concrete study and separate an attention measure from an established attention-mediated explanation.

A question to consider. If the previously predictive cues attract more gaze and are learned about faster, which part of the review’s proposed attention–learning relation is demonstrated most directly, and which needs another experiment?

Why this reading

A learning theory may invoke attention without measuring where anyone looks. These experiments connect prior predictive experience, eye movements, and subsequent learning, while exposing a remaining gap between a linked pattern and a demonstrated mechanism.

Before you read

Overt attention is measured through gaze. Covert attention can shift without an eye movement. In the two-stage task, cues differ in predictiveness initially but become equally informative about new outcomes later. This makes their learning histories, rather than their current statistical usefulness, the critical contrast.

Read for

  1. Use the training design to identify which cues are initially predictive and what changes in the second stage.
  2. Compare the eye-tracking evidence with the later learning measures; ask what each contributes that the other cannot establish.
  3. Follow the authors’ caution that the second-stage attention–learning relationship is correlational: attention itself was not independently manipulated.

Consider afterwards

  1. Prior predictive training changes both gaze and later learning. What additional manipulation would help test whether the gaze-related attentional difference causes the learning difference?

Editorial context

The results fit a learned-predictiveness account in these human tasks. They do not establish that uncertainty never attracts attention, that gaze measures every aspect of attention, or that an attentional mechanism has been isolated by association alone. The later integrative review broadens the comparison across procedures and measures.