Ethno-Learning Resources in Teaching Biology for Promoting Sustainability Education: A District-Wide Science Problem

Jeffry M Saro, Mirecyl T Guzman, Elizabeth E Ochavez, Cristina O Dano
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Abstract

Sustainable development is dependent on the social, cultural, and environmental setting. Authentic learning materials should be designed with real-world applicability outside of the classroom. This study aimed to investigate the locally available ethno-learning resources for teaching biology to promote sustainable development education in the district of Esperanza, particularly in Esperanza Districts I and II. The study employed a descriptive-quantitative approach emphasizing a descriptive research design where the data gathered from the teacher-respondents was recorded and described descriptively. A complete enumeration has been utilized in the study to procure all the teachers in the said locale. Microsoft Excel was used to analyze teacher-respondents’ data and create graphs and tables. Books, modules, supplementary reading materials, laboratory apparatuses, and laptops are both districts’ main instructional learning resources, while speakers, projectors, and TVs are the least technology-based. The most common problems encountered by science teachers are the inadequate number of books, the inadequate number of projectors and computers, and other technology-based resources. Also, indigenous resources, realia, and replicas under localized learning materials are the most effectively used by teachers in teaching science. Future studies should highlight the importance of localized and contextualized materials in teaching science, create more locally available materials, compare learning materials locally and internationally, and use other relevant methods to ensure the availability of learning resources.
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促进可持续教育的生物教学中的民族学习资源:一个区域性的科学问题
可持续发展取决于社会、文化和环境环境。真正的学习材料应该在课堂之外具有现实世界的适用性。本研究旨在调查当地可用的民族学习资源,以促进埃斯佩兰萨地区,特别是埃斯佩兰萨一、二区的可持续发展教育。该研究采用描述性定量方法,强调描述性研究设计,其中从教师受访者收集的数据被记录和描述性描述。在研究中使用了完整的枚举来获取该地区的所有教师。使用Microsoft Excel对受访教师的数据进行分析,并制作图表。书籍、单元、辅助阅读材料、实验设备和笔记本电脑是两个地区主要的教学资源,而扬声器、投影仪和电视是最少的技术基础。科学教师遇到的最常见的问题是书籍数量不足,投影仪和计算机以及其他基于技术的资源数量不足。本土化学习材料下的本土资源、实相和复制品是教师在科学教学中最有效使用的。未来的研究应强调本地化和情境化材料在科学教学中的重要性,创造更多的本地可用材料,比较本地和国际学习材料,并使用其他相关方法来确保学习资源的可用性。
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