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How static media is understood and used by high school science teachers

机译:高中理科老师如何理解和使用静态媒体

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摘要

The purpose of the present study is to explore the role of static media in textbooks, as defined by Mayer (2001) in the form of printed images and text, and how these media are viewed and used by high school science teachers. Textbooks appeared in the United States in the late 1800s, and since then pictorial aids have been used extensively in them to support the teacher's work in the classroom (Giordano, 2003). According to Woodward, Elliott, and Nagel (1988/2013) the research on textbooks prior to the 1970s doesn't present relevant work related to the curricular role and the quality and instructional design of textbooks. Since then there has been abundant research, specially on the use of visual images in textbooks that has been approached from: (a) the text/image ratio (Evans, Watson, & Willows, 1987; Levin & Mayer, 1993; Mayer, 1993; Woodward, 1993), and (b) the instructional effectiveness of images (Woodward, 1993). The theoretical framework for this study comes from multimedia learning (Mayer, 2001), information design (Pettersson, 2002), and visual literacy (Moore & Dwyer, 1994). Data was collected through in-depth interviews of three high school science teachers and the graphic analyses of three textbooks used by the interviewed teachers. The interview data were compared through an analytic model developed from the literature, and the graphic analyses were performed using Mayer's multimedia learning principles (Mayer, 2001) and the Graphic Analysis Protocol (GAP) (Slough & McTigue, 2013). The conclusions of this study are: (1) pictures are specially useful for teaching science because science is a difficult subject to teach, (2) due this difficulty, pictures are very important to make the class dynamic and avoid students distraction, (3) static and dynamic media when used together can be more effective, (4) some specific type of graphics were found in the science textbooks used by the participants, in this case they were naturalistic drawings, stylized drawings, scale diagram, flow chart -- cycle, flow chart -- sequence, and hybrids, no photographs were found, (5) graphics can be related not only to the general text but specifically to the captions, (6) the textbooks analyzed had a balanced proportion of text and graphics, and (7) to facilitate the text-graphics relationship the spatial contiguity of both elements is key to their semantic integration.
机译:本研究的目的是探索静态媒体在教科书中的作用,如Mayer(2001)定义的以印刷图像和文字形式,以及高中理科教师如何看待和使用这些媒体。教科书于1800年代后期在美国出现,从那时起,绘画教具就被广泛用于它们中,以支持教师在课堂上的工作(Giordano,2003)。根据伍德沃德,埃利奥特和内格尔(1988/2013)的观点,1970年代以前对教科书的研究并未提出与课程角色,教科书的质量和教学设计有关的相关工作。从那以后,有大量的研究,特别是关于在教科书中使用视觉图像的研究,其来源如下:(a)文本/图像的比率(Evans,Watson和Willows,1987; Levin和Mayer,1993; Mayer,1993) ;伍德沃德(1993);以及(b)图像的教学效果(伍德沃德,1993)。这项研究的理论框架来自多媒体学习(Mayer,2001),信息设计(Pettersson,2002)和视觉素养(Moore&Dwyer,1994)。数据是通过对三位高中理科老师的深入访谈以及对受访老师所使用的三本教科书的图形分析而收集的。通过文献开发的分析模型比较访谈数据,并使用Mayer的多媒体学习原理(Mayer,2001年)和图形分析协议(GAP)(Slough&McTigue,2013年)进行图形分析。这项研究的结论是:(1)图片对于科学教学特别有用,因为科学是一门很难讲授的学科;(2)由于这一困难,图片对于使课堂充满活力并避免学生分心很重要,(3)静态和动态媒体一起使用时会更有效,(4)在参与者使用的科学教科书中找到某些特定类型的图形,在这种情况下,它们是自然图,程式化图,比例图,流程图-循环,流程图-序列和混合图像,未找到照片;(5)图形不仅可以与通用文字相关,而且可以与字幕相关;(6)被分析的教科书中文字和图形的比例均衡,并且(7)为了促进文本图形关系,两个元素的空间连续性是它们语义整合的关键。

著录项

  • 作者

    Hirata, Miguel.;

  • 作者单位

    Queen's University (Canada).;

  • 授予单位 Queen's University (Canada).;
  • 学科 Science education.;Instructional design.
  • 学位 M.Ed.
  • 年度 2016
  • 页码 114 p.
  • 总页数 114
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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