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BioMusic in the Classroom: Interdisciplinary Elementary Science and Music Curriculum Development

机译:课堂中的生物音乐:跨学科基础科学和音乐课程开发

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Policymakers and industry leaders are calling for a 21st century education that is more interdisciplinary in nature, including the ability to solve problems and think creatively (PTCS, 2004). Traditional teaching practices that present subjects as separate and distinct disciplines do not encourage students to make connections between subjects in school and in the inherently interdisciplinary nature of their daily lives. It is important for educators to help students link multiple subjects with the world outside the classroom (Katz & McGinnis, 1999), encouraging reform that implements a multidisciplinary approach and real world applications. Boix Mansilla, Miller, and Gardner (2000) describe interdisciplinary learning as integrating concepts from two or more disciplines to establish an understanding that moves beyond the scope of one discipline. It follows that rich inquiry is often achieved by taking multiple perspectives and multiple approaches to examining a science topic (AAAS, 2006).
机译:政策制定者和行业领导者呼吁开展21世纪的教育,这种教育应具有更多的学科交叉性,包括解决问题和进行创造性思考的能力(PTCS,2004年)。将学科划分为不同学科的传统教学实践,并不鼓励学生在学校中的学科之间以及日常生活中固有的跨学科性质之间建立联系。对于教育工作者而言,重要的是要帮助学生将多个学科与课堂外的世界联系起来(Katz和McGinnis,1999年),鼓励实施多学科方法和实际应用的改革。 Boix Mansilla,Miller和Gardner(2000)将跨学科学习描述为整合来自两个或多个学科的概念,以建立超越一个学科范围的理解。随之而来的是,丰富的探究通常是通过采用多种观点和多种方法来审查科学主题来实现的(AAAS,2006)。

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