A Comparative Analysis of Karplus Learning Cycle Model and Ausubel Meaningful Learning Model on Children's Environmental Pollution Cognition

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Abstract

Environmental education aims to raise individuals who have the necessary environmental knowledge, positive environmental attitudes, and active participation in the solution of environmental problems. It is necessary to use an effective teaching model in environmental education. The study aims comparing the academic success of secondary school students in teaching environmental problems in the light of Karplus's learning cycle model (Inquiry) and Ausubel's meaningful learning model (Direct) in terms of metropolitan-centred students (experimental group) and rural-centred students (control group). In addition, the important thing in questioning is to reveal the relationship of prior knowledge with open-ended questions asked by metropolitan-centred students. In this study, 164 5th-grade students' thoughts on environmental problems, their level of producing solutions, and their academic achievements were examined. A mixed design was used in the research. A case study, which was one of the research methods, was used for qualitative data, and an independent sample t-tests and paired sample t-tests were used for quantitative data. During the data collection process, the experimental and control groups were given a pre-test before the application, then news videos containing environmental problems were watched by the experimental group, while the control group was taught with universal visuals. At the end of the lesson, the same achievement test was applied to both groups as a post-test and the change was examined. The whole application took a total of 8 lesson hours for both groups. As a result of the study, a statistically significant difference was found between the achievements of the experimental group students and the success of the control group students. In the qualitative data of the experimental group students, it was observed that they mostly commented on water pollution, air pollution, and forest destruction. In addition, the problems that individuals perceived least correctly were the visual pollution, noise pollution, and light pollution, accepted as the normality of big city life intertwined with daily life. It is clear that student-centred teaching models, like the Karpus Learning Cycle model will further increase the learning and student’s awareness.
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Karplus学习循环模式与Ausubel有意义学习模式对儿童环境污染认知的比较分析
环境教育旨在培养具有必要的环境知识、积极的环境态度和积极参与解决环境问题的个人。在环境教育中,有必要采用有效的教学模式。本研究旨在比较以大都市为中心的学生(实验组)和以农村为中心的学生(对照组)在Karplus的学习周期模型(Inquiry)和Ausubel的有意义学习模型(Direct)下中学生在环境问题教学方面的学业成功。此外,在提问中,重要的是揭示先验知识与以大都市为中心的学生提出的开放式问题的关系。本研究以164名五年级学生为研究对象,考察他们对环境问题的思考、解决问题的能力及学业成绩。本研究采用混合设计。定性数据采用案例研究方法,定量数据采用独立样本t检验和配对样本t检验。在数据收集过程中,实验组和对照组在应用前进行预测,然后实验组观看包含环境问题的新闻视频,而对照组则进行通用视觉教学。在课程结束时,同样的成绩测试应用于两组作为后测试,并检查变化。整个申请过程对两组来说总共花费了8个学时。研究结果表明,实验组学生的成绩与对照组学生的成绩有统计学上的显著差异。在实验组学生的定性数据中,我们观察到他们对水污染、空气污染和森林破坏的评论最多。此外,人们对视觉污染、噪音污染和光污染的认识最不正确,这些问题被认为是与日常生活交织在一起的大城市生活的常态。很明显,以学生为中心的教学模式,如卡普斯学习循环模式,将进一步提高学习和学生的意识。
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