地球科学学习的通用设计,为我们的课堂提供机会和公平

A. Higgins, A. Maxwell
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引用次数: 2

摘要

通用学习设计(UDL)是一种教育框架,已在K-12环境中使用,并普遍改善了各种学习者的学习成果;然而,到目前为止,它在高等教育(HE)中的应用要有限得多。对高等教育地球科学课程(包括人文地理学、自然地理学、地质学和环境地球科学)的研究表明,许多学生存在学习障碍,这突出了课程修订和UDL实施的必要性。本文回顾了这些文献,主张在地球科学教育中增加UDL原则的参与,以创建可访问和公平的教室。然后,作者描述了两门利用这些原则的地球科学课程,以强调在地球科学中实施UDL的价值,以有效地教育具有不同学习偏好和需求的学生。我们强调了UDL在地球科学中的价值,描述了阻碍其采用的障碍,描述了最佳实践并为其实施提出了建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Universal Design for Learning in the Geosciences for Access and Equity in Our Classrooms
Universal Design for Learning (UDL) is an educational framework that has been employed in K-12 environments and generally improves learning outcomes for a variety of learners; however, its use in Higher Education (HE) to date has been much more limited. Studies of HE geosciences curriculum, including human geography, physical geography, geology, and environmental geoscience, suggest that learning barriers exist for many students, highlighting the need for curricular revision and the implementation of UDL. This paper reviews this literature to argue for increased engagement of UDL principles in geoscience education to create accessible and equitable classrooms. The authors then describe two geoscience courses that employed these principles to highlight the value of implementing UDL in the geosciences to effectively educate students with different learning preferences and needs. We highlight the value of UDL in geosciences, describe barriers that hinder its adoption, and describe best practices and make recommendations for its implementation.
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