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Writing Matters: Writing-to-Learn Activities Increase Undergraduate Performance in Cell Biology

机译:写作事项:写作 - 学习活动提高细胞生物学的本科表现

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摘要

Biology educators need instructional strategies to improve student learning outcomes, especially in foundational science courses, in which students are presented vast amounts of content. Writing-to-learn (WTL) tasks in lecture courses can help biology students increase performance and use abstract concepts in writing-to-communicate (WTC) tasks. Our WTL interventions included the use of graphic organizers, iterative writing, peer evaluation, and self-evaluation administered in an introductory cell biology course for molecular bioscience majors. We tested three WTL treatments—lots of writing, some writing, and little writing—and compared them with no-writing control sections. We examined the effects of WTL on performance (essay-question grades on exams and total exam scores) and WTC (content analysis). WTL was associated with (a) increased performance, particularly for students identifying as first-generation college students and minorities, and (b) increased use of abstract concepts in WTC tasks over the course of the semester in two WTL interventions.
机译:生物学教育工作者需要教学策略来改善学生学习成果,特别是在基础科学课程中,学生们呈现大量内容。在讲座课程中写入学习(WTL)任务可以帮助生物学学生提高性能,并在写入沟通(WTC)任务中使用抽象概念。我们的WTL干预包括使用图形组织者,迭代写作,同行评估和在分子生物科学课程中介绍的自我评估。我们测试了三种WTL治疗 - 许多写作,一些写作,写得很少 - 并与无写控件部分进行比较。我们研究了WTL对表现的影响(考试和总考试评分的留言 - 问题等级)和WTC(内容分析)。 WTL与(a)增加的绩效有关,特别是对于识别为第一代学生和少数群体的学生,(​​b)在两个WTL干预中,在学期的过程中增加了WTC任务中的抽象概念。

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