首页> 外文OA文献 >Controversial issues in science education for functional scientific literacy : a case study of an implemented curriculum in Cyprus Science classrooms
【2h】

Controversial issues in science education for functional scientific literacy : a case study of an implemented curriculum in Cyprus Science classrooms

机译:功能科学素养科学教育中的争议问题:塞浦路斯科学课堂实施课程的案例研究

摘要

This study has been designed to provide and interpret information from classroom based practice about the implementation of controversial issues in the science curriculum and relate it to the discussion about conceptual frameworks that situate controversial issues in science education. Since no tools were available from the science education research area to fulfil the methodological aims stated above, the study has taken a methodological orientation which resulted in the selection and modification of Schellens' (1985) argument typology scheme alongside Peirce's (1905) classification of the sciences to describe the epistemic part of the lesson, and to the selection of Walton's and Crabbe's (1995) typology of argumentative dialogues to describe the dialectical context. The application of argument schemes was successful and it has enabled the description of the epistemic practices as situated in dialectical practice. The analysis has revealed the basic structural components in which the complexity of the discussion is built, consequences, needs (ends) and rules, and how these have been used within discussions: either to ground decisions about an issue, or to explain or evaluate societal agents' and own selves' actions, desires, decisions, views and positions, or own intentions towards a personal stated dilemma. Furthermore, they have revealed the instances in which each discipline, like Ethics, Natural Sciences, Psychology, and Sociology, had taken place. The results indicate an intersection of the disciplines and provide valuable information about how implementing controversial issues in the science curriculum might be related to enhancing thoughtful decision making, humanizing the science curriculum, or focusing on epistemological issues.
机译:本研究旨在提供和解释基于课堂的实践中有关科学课程中有争议问题的实施的信息,并将其与有关将科学教育中有争议的问题置于概念框架的讨论联系起来。由于科学教育研究领域尚无工具可实现上述方法论目标,因此本研究采取了一种方法论取向,导致选择和修改了Schellens(1985)的论证类型学方案以及Peirce(1905)的论证分类。科学来描述本课的认识论部分,并选择沃尔顿和克拉布(Walton and Crabbe,1995)的论证对话类型来描述辩证法情境。论证方案的应用是成功的,它使人们能够对辩证实践中的认知实践进行描述。分析揭示了构建讨论的复杂性的基本结构成分,后果,需求(目的)和规则,以及在讨论中如何使用这些内容:为有关问题的决策奠定基础,或者解释或评估社会代理人和自己针对个人陈述的困境的行为,欲望,决定,观点和立场或意图。此外,他们还揭示了道德,自然科学,心理学和社会学等各个学科的实例。结果表明各学科之间的交叉,并提供了有关在科学课程中实施有争议的问题可能与增强深思熟虑的决策,人性化的科学课程或关注认识论问题如何相关的有价值的信息。

著录项

  • 作者

    Lymbouridou Chrystalla;

  • 作者单位
  • 年度 2011
  • 总页数
  • 原文格式 PDF
  • 正文语种 English
  • 中图分类

相似文献

  • 外文文献
  • 中文文献
  • 专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号