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Exploring Effective Methods to Build Literacy, Critical Thinking Skills, and Confidence in Middle School Science Classrooms

机译:探索在中学科学课堂中建立读写能力,批判性思维技巧和自信心的有效方法

摘要

In most science classrooms, one of the most challenging aspects of teaching science is getting students to understand and apply scientific concepts. Most students have simple, generalized knowledge of the concepts, but they lack in the ability to articulate their knowledge and to comprehend questions that use scientific terminology. As a result, many of these students do poorly on standardized tests. The objective of this study was to increase middle school studentsu27 skills in reading, comprehension, and oratory articulation in science by implementing the following literacy strategies: Read-Alouds, graphic organizers, K-W-L (Know, Want to know, and Learned)charts, and writing to learn assignments. In addition to these strategies, inquiry-based activities were developed to increase studentsu27 learning, understanding, and confidence in a science classroom. At the conclusion of this study, it was found that most studentsu27 achievement levels significantly increased as a result of these literary and critical thinking tools. Additionally, studentsu27 understanding and confidence levels increased the most when the activities and literacy methods within the lessons were closely related to the studentsu27 learning styles and the researcheru27 s ability to create hands-on learning experiences.
机译:在大多数科学教室中,科学教学中最具挑战性的方面之一就是让学生理解和应用科学概念。大多数学生对概念有简单而通用的知识,但是他们缺乏表达自己的知识和理解使用科学术语的问题的能力。结果,这些学生中有许多在标准化考试中表现不佳。这项研究的目的是通过实施以下读写策略来提高中学生在阅读,理解和口头表达方面的技能:朗读,图形组织者,KWL(知道,想知道和学习)图表,并写作以学习作业。除了这些策略外,还开发了基于探究的活动,以提高学生对科学课堂的学习,理解和信心。这项研究的结语是,由于这些文学和批判性思维工具,大多数学生的成就水平显着提高。此外,当课程中的活动和识字方法与学生的学习风格和研究人员创造动手学习经验的能力密切相关时,学生的理解和信心水平会增加最多。

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    Butler Jennifer W.;

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  • 年度 2008
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