以漫画为基础的自然资源保护课程使中学生对科学家的概念多样化

Clara Meaders, Jaye C. Gardiner, Samantha Wynns, Sankalp Nigam, Jillian Harris
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引用次数: 0

摘要

与基于地点的学习和课堂课程相关的榜样干预措施可能是促进STEM多样性的有效工具。为了评估这个前提,我们制定了一个六年级的课程计划,重点是教授环境保护,并强调科学领域的不同女性。我们的课程采用三触式教育模式,包括以漫画为基础的课程计划、卡布里洛国家纪念碑的当地“实地考察”、展示19位不同女性科学家的交易卡和保护顶点海报展示——所有这些都符合下一代科学标准——创造了一个有意义的体验和基于项目的模块。为了评估该计划,我们使用了一种混合方法,随时间变化的模型,包括绘制科学家测试(DAST)来评估学生对科学家的看法是否从课程中改变了。总体而言,33名学生在参与课程计划前后完成了DAST,我们发现学生的科学刻板印象在参与课程计划后有所下降。通过使用艺术和漫画等创新工具进行科学教育/推广,以代表具有交叉身份的各种科学家的角色为特征,教育工作者可以帮助改变学生对谁可以成为科学家的看法,从而潜在地增加科学领域的多样性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A comic-based conservation lesson plan diversifies middle school student conceptions of scientists
Role model interventions that are tied to place based-learning and classroom curricula may be effective tools for promoting diversity in STEM. To evaluate this premise, we developed a sixth-grade lesson plan that focused on teaching environmental conservation and highlighting diverse women in science. Our curricula used a three-touch educational model consisting of comic-based lesson plans, a local “field trip” to Cabrillo National Monument, trading cards featuring 19 diverse women scientists, and a conservation capstone poster presentation - all aligned to Next Generation Science Standards - to create a meaningful experiential and project-based module. To evaluate the program, we used a mixed-methods, change over time model, including the Draw-a-Scientist test (DAST) to assess if student perceptions of scientists were altered from the curricula. Overall, thirty-three students completed the DAST before and after participation, and we found that science stereotypes held by students decreased after participation in the lesson plan. By using innovative tools such as art and comics for science education/outreach that feature characters representing a diverse array of scientists with intersectional identities, educators can help shift student perceptions on who can be a scientist, potentially increasing diversity in scientific fields. 
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