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A functional linguistic approach to concepts and concept learning in science.

机译:一种用于概念和科学概念学习的功能语言方法。

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In this study, a functional linguistic approach to characterizing scientific concepts and conceptual learning in high school science was developed. It was suggested that such an approach provides a way of integrating sociocultural and cognitive approaches to concept learning in science. Thus, the analysis of language use---seen as a specialized cultural artifact---was treated as the appropriate methodological starting point for the study of scientific conceptualization. Drawing on research from a number of functional linguistic perspectives, categories of nominal constructions, verb classes, and options for grounding a finite clause were specified. These provided a way of examining the conceptual content of a clause, and how that content is situated, from a linguistic point of view.; With this framework in place, the use of key nouns in the domain of thermal physics was analyzed. The first source of data was the use of the nouns heat, temperature, energy, and pressure in the thermal physics unit of the introductory college physic textbook used by a high school physics class. The second source of linguistic data was the use of the nouns heat and temperature by 15 eleventh grade students and their lead and assistant teachers, while they covered the unit on thermal physics as part of their physics class in an urban high school in Massachusetts, USA. The distribution of the target nouns over the nominal construction categories, verb classes, and grounding options were described using proportional and correspondence analysis.; The findings indicated that the target nouns do not distribute randomly over each set of linguistic categories. The patterns identified for the different nouns were discussed in terms of the conceptual significance of the different linguistic units, and what these patterns reveal about the contrasting roles of the corresponding concepts in the domain of thermal physics. Moreover, contrasting patterns of use by students, their teachers and in the text were interpreted in terms of what they suggest about how conceptual learning may be viewed from an integrated sociocultural and cognitive perspective, with a functional view of language at its core.
机译:在这项研究中,开发了一种功能语言学方法来表征高中科学中的科学概念和概念学习。有人提出,这种方法提供了一种将社会文化和认知方法整合到科学概念学习中的方法。因此,对语言使用的分析(被视为一种特殊的文化人工产物)被视为科学概念化研究的适当方法学起点。从许多功能语言学的角度出发,详细说明了名词构造的类别,动词类别以及用于限制有限子句的选项。这些提供了一种从语言角度检查条款的概念性内容以及该内容的位置的方式。有了这个框架,就可以分析热物理领域中关键名词的使用。数据的第一个来源是在高中物理课使用的大学物理入门教材的热物理单元中使用名词热,温度,能量和压力。语言数据的第二个来源是15名11年级学生及其班主任和助理老师使用名词热和温度,而他们在美国马萨诸塞州的一所城市高中中,将热物理学作为物理课的一部分进行了介绍。 。使用比例和对应分析来描述目标名词在名词构造类别,动词类别和基础选项上的分布。研究结果表明,目标名词并非在每个语言类别集上随机分布。根据不同语言单元的概念重要性,讨论了为不同名词确定的模式,这些模式揭示了相应概念在热物理学领域的对比作用。此外,对学生,他们的老师和课文中使用的对比模式进行了解释,他们提出的建议是,如何从社会文化和认知的综合角度看待概念学习,而语言则是功能性的。

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