Elaboration of Practical Diagnostic Competence in Context of Students’ Conceptions on Plant Nutrition

Malte Michelsen, Jorge Groß, J. Paul, Denis Messig
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引用次数: 1

Abstract

Dealing with students’ conceptions is one of the central elements of student-oriented teaching. In order to be able to organise learning processes efficiently, it is necessary to look at the learners in a differentiated way and to approach their conceptions individually. The first necessary step is the individual diagnosis of each student’s conceptions. This article presents a qualitative study (N=8) that focused on the development of drawing assignments for the diagnosis of conceptions on the topic of plant nutrition. Based on the Cognitive Metaphor Theory (CMT), features were identified that are beneficial for the diagnosis of the conceptions. To achieve this goal, it was crucial to reliably diagnose existing conceptions with valid assignments, which can also be carried out in schools. Research about task design and the proceeding diagnosis of conceptions in the light of the Conceptual Metaphor Theory have received little attention so far. This article therefore deals predominantly with the question about the design of assignments in the context of conceptual change. Based on this, guidelines were derived for the design of assignments for practical use in science education. This study represents the basis for developing a Moodle-based digital learning environment for working with students' conceptions on the topic of plant nutrition in schools.
在学生植物营养学概念语境下,实践诊断能力的培养
处理学生的观念是以学生为本的教学的核心要素之一。为了能够有效地组织学习过程,有必要以不同的方式看待学习者,并单独处理他们的概念。第一个必要步骤是对每个学生的概念进行个别诊断。本文提出了一项定性研究(N=8),其重点是为植物营养主题的概念诊断绘制作业的发展。基于认知隐喻理论(CMT),识别出有利于概念诊断的特征。为了实现这一目标,用有效的作业可靠地诊断现有的概念是至关重要的,这也可以在学校进行。迄今为止,基于概念隐喻理论的任务设计和概念诊断的研究很少受到关注。因此,本文主要讨论的是概念变化背景下作业设计的问题。在此基础上,导出了科学教育中实际应用的作业设计指南。本研究为开发一个基于moodle的数字学习环境奠定了基础,该环境可用于培养学生对学校植物营养主题的认识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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