Myer Phillip R, Zambito Ivey Jennie L
Department of Animal Science, The University of Tennessee Knoxville, Knoxville, Tennessee, USA.
J Microbiol Biol Educ. 2025 Aug 21;26(2):e0007725. doi: 10.1128/jmbe.00077-25. Epub 2025 Jun 30.
Biology education in U.S. elementary schools faces challenges, including declining science proficiency and disparities among minority students. Limited resources, outdated materials, and a shortage of qualified educators hinder efforts to deliver engaging and equitable biology instruction. To address these issues, was developed as a tool to provide an interactive, hands-on experience that introduces students to biological concepts through animal skull analysis and ecosystem modeling. The tool was implemented in two settings: second-grade classrooms at a STEM magnet school and a career fair at a public elementary school. Participants examined animal skulls, identified key features, and connected them to habitats and survival adaptations. Classroom content reached 87 students, and the career fair activity engaged approximately 60 individuals, including students and caregivers. Follow-up activities, such as "Creature Creation" and "Skull Sleuths," encourage creative thinking and reinforce core concepts. The tool aided in developing scientific literacy, critical thinking, and collaboration while making biology accessible to diverse student populations. By using tangible learning tools and interactive methods, addresses resource gaps in underfunded schools and demonstrates a scalable approach to improving elementary science education.
美国小学的生物教育面临挑战,包括科学素养下降以及少数族裔学生之间的差距。资源有限、教材过时以及合格教育工作者短缺,阻碍了提供引人入胜且公平的生物教学的努力。为了解决这些问题,[工具名称]被开发出来,作为一种通过动物头骨分析和生态系统建模为学生介绍生物学概念的交互式实践体验工具。该工具在两种场景中实施:一所STEM磁石学校的二年级教室和一所公立小学的职业博览会上。参与者检查动物头骨,识别关键特征,并将它们与栖息地和生存适应性联系起来。课堂内容覆盖了87名学生,职业博览会活动吸引了约60人参与,包括学生和家长。后续活动,如“生物创造”和“头骨侦探”,鼓励创造性思维并强化核心概念。[工具名称]工具有助于培养科学素养、批判性思维和协作能力,同时让不同学生群体都能接触到生物学。通过使用切实的学习工具和交互式方法,[工具名称]解决了资金不足学校的资源缺口,并展示了一种可扩展的提高小学科学教育的方法。