Self-regulated learning in younger and older adults: does aging affect metacognitive control?

Area of Science:

• Cognitive psychology
• Lifespan developmental psychology

Background:

• Self-regulated learning involves strategic control over study processes.
• The region of proximal learning (RPL) model describes optimal learning progression.
• Understanding age-related differences in self-regulated study is crucial.

Purpose of the Study:

• To investigate if younger and older adults' study strategies align with the RPL model.
• To examine how task difficulty and value influence self-regulated learning in different age groups.
• To explore the relationship between memory self-efficacy and study behaviors in older adults.

Main Methods:

• Two experiments were conducted with younger and older adult participants.
• Participants engaged in self-regulated study of vocabulary pairs varying in difficulty.
• Experiment 2 manipulated recall value and learning goals.

Main Results:

• Both age groups studied items in an easy-to-difficult order, supporting the RPL model.
• More study time was allocated to difficult items, but easier items were prioritized under time constraints or higher point values.
• Older adults studied more but recalled less, with lower self-efficacy correlating to restudying and avoiding difficult, high-value items.

Conclusions:

• The region of proximal learning model appears applicable to older adults' self-regulated study.
• Age-related differences in memory self-efficacy and perceived control influence study choices.
• Findings inform agenda-based regulation models and highlight the need for tailored learning support for older adults.