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Fostering Students' Conceptual Knowledge in Biology in the Context of German National Education Standards

机译:在德国国家教育标准背景下培养学生在生物学中的概念知识

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The German National Education Standards (NES) for biology were introduced in 2005. The content part of the NES emphasizes fostering conceptual knowledge. However, there are hardly any indications of what such an instructional implementation could look like. We introduce a theoretical framework of an instructional approach to foster students' conceptual knowledge as demanded in the NES (Fostering Conceptual Knowledge) including instructional practices derived from research on single core ideas, general psychological theories, and biology-specific features of instructional quality. First, we aimed to develop a rating manual, which is based on this theoretical framework. Second, we wanted to describe current German biology instruction according to this approach and to quantitatively analyze its effectiveness. And third, we aimed to provide qualitative examples of this approach to triangulate our findings. In a first step, we developed a theoretically devised rating manual to measure Fostering Conceptual Knowledge in videotaped lessons. Data for quantitative analysis included 81 videotaped biology lessons of 28 biology teachers from different German secondary schools. Six hundred forty students completed a questionnaire on their situational interest after each lesson and an achievement test. Results from multilevel modeling showed significant positive effects of Fostering Conceptual Knowledge on students' achievement and situational interest. For qualitative analysis, we contrasted instruction of four teachers, two with high and two with low student achievement and situational interest using the qualitative method of thematic analysis. Qualitative analysis revealed five main characteristics describing Fostering Conceptual Knowledge. Therefore, implementing Fostering Conceptual Knowledge in biology instruction seems promising. Examples of how to implement Fostering Conceptual Knowledge in instruction are shown and discussed.
机译:2005年推出了生物学的德国国家教育标准(NES)。NES的内容部分强调促进概念知识。但是,几乎没有任何指导实施的迹象表明。我们介绍了一个教学方法的理论框架,以促进国家(促进概念知识)所要求的学生概念知识(包括来自单核思想,一般心理学理论和教学质量的生物学特征的教学实践。首先,我们旨在开发一个评级手册,该手册是基于这种理论框架。其次,我们希望根据这种方法描述当前的德国生物学指导,并定量分析其有效性。第三,我们旨在提供这种方法的定性示例来三角化的研究结果。在第一步中,我们开发了理论上设计的评级手册,以衡量培养录像机课程中的概念知识。定量分析数据包括来自不同德中中学的28个生物学教师的81个录像带生物课程。六百四十名学生在每节课后完成了态势兴趣的调查问卷。多级建模的结果表明,培养概念知识对学生成果和情境兴趣的显着积极影响。对于定性分析,我们对四位教师的指导,两个具有高的教师和两个具有低的学生成就和情境利益,使用定性专题分析。定性分析揭示了培养概念知识的五个主要特征。因此,实施促进生物学教学中的概念知识似乎很有前景。展示和讨论了如何实施培养概念知识的示例。

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