科学素养与现象阐释·英语30篇（6）
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Epistemic Resilience in Scientific Education: Navigating Misinformation Through Conceptual Scaffolding
科学教育中的认知韧性：通过概念支架应对伪科学信息
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Scientific literacy today demands more than factual recall—it requires the ability to evaluate claims against methodological rigor and evidentiary thresholds.
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Misinformation spreads fastest when intuitive explanations outpace nuanced understanding, especially in domains like epidemiology or atmospheric chemistry.
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Conceptual scaffolding—structured analogies, boundary conditions, and counterfactual reasoning—builds resistance to oversimplified narratives.
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For example, distinguishing correlation from causation in climate datasets prevents misattribution of short-term weather fluctuations to long-term trends.
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Educational design must foreground epistemic humility: acknowledging uncertainty while preserving confidence in well-validated models.
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This approach transforms learners from passive recipients into active validators who interrogate assumptions behind headlines and policy briefings.
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Peer-reviewed consensus emerges not from unanimity but from iterative error correction across diverse experimental contexts and modeling frameworks.
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Without such scaffolding, even technically proficient adults may conflate statistical noise with systemic signal in complex systems.
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Digital platforms amplify cognitive shortcuts, making conceptual clarity a prerequisite for democratic participation in science-informed decision-making.
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Curricula must therefore integrate metacognitive prompts that surface implicit mental models before introducing new phenomena.
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Ultimately, resilience lies not in memorizing answers but in mastering the logic that generates reliable ones.
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This is why scientific education must evolve beyond content delivery toward epistemic habit formation.