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3 references
Azevedo reviews research on learning complex science topics with open-ended hypermedia and argues that such environments become useful metacognitive tools only when they support self-regulated learning.
Learners must coordinate prior knowledge, planning, monitoring, strategy use, motivation, and adaptation while navigating nonlinear information. Studies from the author's laboratory and classrooms show that learners of different ages often struggle to deploy these processes spontaneously. The article uses self-regulated learning as a framework for analysing both learning outcomes and the moment-by-moment processes that produce them. It also considers how prompts, human tutors, and adaptive computer scaffolds can model or support productive regulation.
The main implication is that access to rich digital resources does not by itself ensure deep learning: effective environments must help students set goals, activate relevant knowledge, monitor understanding, choose strategies, and revise their approach when comprehension breaks down.
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Barzilai and Zohar reconsider personal epistemology as a form of metacognition about knowledge and knowing.
Their multifaceted framework distinguishes cognitive aspects of epistemic thinking—judging claims, sources, evidence, and strategies—from metacognitive knowledge, experiences, and skills used to regulate that thinking. Learners may know which epistemic strategy a task requires, experience doubt or confidence about a claim, monitor whether evidence meets an epistemic aim, and change their approach accordingly. The framework connects research traditions that had often used overlapping constructs without a common architecture and emphasises that epistemic processes vary with disciplinary tasks and standards.
For educators, the article supports making criteria for trustworthy knowledge explicit, modelling how disciplines evaluate evidence, prompting students to monitor the reliability of their reasoning, and helping them adapt epistemic strategies rather than teaching generic critical-thinking routines alone.
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Boekaerts integrates three traditions that shaped research on self-regulated learning: learning styles and cognitive processing, metacognition and regulation of learning, and theories of goals, motivation, and the self.
Her three-layer model distinguishes regulation of processing modes at the inner layer, regulation of the learning process at the middle layer, and regulation of the self at the outer layer. Learners select cognitive strategies, plan and monitor activity, and decide whether a task serves valued goals or threatens well-being. These layers interact, so knowing a strategy does not guarantee its use when motivation, emotion, or competing goals redirect effort.
For educators, the model supports teaching strategies and metacognitive control while also attending to appraisal, confidence, interest, and classroom conditions that influence whether students enter a growth-oriented learning pathway or protect the self by withdrawing.
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