Improving Critical Thinking Skills of Prospective Biology Teacher Students through Ethnoscience-Based Biology Learning

Toni Haryanto, Indah Kencanawati
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Abstract

Ethnoscience is one of the activities in transforming indigenous science into scientific science that can be implemented in the biology learning process. The implementation of the ethnoscience stage in biology learning perhaps can improve students' critical thinking skills, which is the aim of this research. This research is experimental research using a pretest-posttest control group design. The research population consisted of 36 students. The sample selection used a random sampling technique consisting of 2 classes (experimental and control), each class consisting of 18 students. Research data was obtained through pretest and posttest. There are 10 questions with 5 indicators of critical thinking skills through a minimal structure essay test. The results of the research show that there is an increase in students' critical thinking skills in understanding concepts that integrate native community knowledge into scientific knowledge through the ethnoscience stage compared to critical thinking skills that do not go through ethnoscience-based learning in biology learning. Therefore, ethnoscience-based learning is recommended to be applied in the learning process in other subjects such as biotechnology and bioappliance to help improve critical thinking skills and other skills in simplifying content-rich biological material.
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通过基于民族科学的生物学习提高未来生物师范生的批判性思维能力
民族科学是将本土科学转化为科学的活动之一,可以在生物学习过程中实施。在生物学习中实施民族科学阶段或许能提高学生的批判性思维能力,这也是本研究的目的所在。本研究为实验研究,采用前测-后测对照组设计。研究对象包括 36 名学生。样本选择采用随机抽样技术,包括两个班级(实验班和对照组),每个班级由 18 名学生组成。研究数据通过前测和后测获得。通过最小结构的论文测试,共有 10 个问题,包含 5 个批判性思维能力指标。研究结果表明,在生物学习中,与没有经过基于民族科学的学习的批判性思维能力相比,通过民族科学阶段的学习,学生在理解将本土社区知识融入科学知识的概念方面的批判性思维能力有所提高。因此,建议在生物技术和生物应用等其他学科的学习过程中应用基于民族科学的学习,以帮助提高批判性思维能力和简化内容丰富的生物材料的其他技能。
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