基于湿地的波浪和光学模块对学生科学素养能力的影响

Yasmine Khairunnisa, Ellyna Hafizah
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引用次数: 0

摘要

南加里曼丹地区的湿地是本土科学学习资源之一,可以帮助学生学习。然而,在课堂上直接使用的学习媒体中插入湿地的做法并不常见。所开发的以湿地为基础的波和光学模块旨在提高学生的科学素养,从而通过整合本土科学成功地进行学习。该模块采用小组前测-后测设计,针对 30 名接受科学教育的学生实施。结果显示,29 名学生在实施过程中提高了科学素养,科学素养各方面的提高属于中等。此外,Wilcoxon 检验结果显示,在使用基于湿地的波和光学模块后,学生的科学素养得到了显著提高。因此,基于湿地的模块能有效提高学生的科学素养能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECTIVENESS OF WETLAND-BASED WAVE AND OPTICS MODULES ON STUDENTS' SCIENTIFIC LITERACY ABILITIES
Wetlands that dominate the area in South Kalimantan are one of the indigenous science learning resources that can help students learn. However, the insertion of wetlands has not commonly been done on a learning media which directly used in class. The developed wetlands-based module on wave and optics aimed to enhance students’ scientific literacy which leads to the success of learning by integrating indigenous science. It was implemented for thirty science education students by using a group pretest-posttest design. The results showed that 29 students gained increased scientific literacy during the implementation, with the improvement in each aspect of scientific literacy categorized as moderate. In addition, the Wilcoxon test result showed a significant enhancement of scientific literacy after using the wetlands-based module of wave and optics. Thus, the wetland-based module is effective in improving students’ scientific literacy abilities.
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