Beyond the Distributed Practice Effect: Is Distributed Learning Also Effective for Learning With Non-repeated Text...

Area of Science:

• Cognitive Psychology
• Educational Psychology
• Learning Sciences

Background:

• Distributed learning is a widely recommended strategy, but its benefits are primarily documented for repeated material.
• Research on distributed learning with novel, complementary texts is less common.
• Understanding learning strategies for diverse educational materials is crucial.

Purpose of the Study:

• To investigate the effectiveness of distributed learning compared to massed learning for complementary text materials.
• To examine immediate and delayed learning outcomes and metacognitive judgments.
• To assess the impact of learning strategy on long-term retention of novel information.

Main Methods:

• Two experiments involving 7th graders (N=77 and N=130) reading two complementary texts.
• Texts were presented either in a massed (single session) or distributed (across a week or 15 minutes) format.
• Learning outcomes were assessed immediately and one week post-learning, alongside metacognitive judgments.

Main Results:

• Massed learning yielded higher immediate recall but showed a decline in outcomes after one week.
• Distributed learning did not show a similar decline, resulting in comparable long-term outcomes to massed learning.
• Distributed learning was perceived as more difficult than massed learning in one experiment.

Conclusions:

• Distributed learning did not demonstrate superior immediate learning over massed learning for complementary texts.
• Distributed learning may mitigate the decline in learning outcomes over time compared to massed learning.
• The findings suggest a potential benefit of distributed learning for long-term retention of novel educational content.