Swift Jocelyn E, Lovett Brian, Koltermann Christine E, Beck Chelsey L, Kasson Matt T
Notre Dame High School, San Jose, CA 95112.
Division of Plant and Soil Sciences, West Virginia University, Morgantown, WV 26506.
J Microbiol Biol Educ. 2020 Nov 12;21(3). doi: 10.1128/jmbe.v21i3.2133. eCollection 2020.
Social media is an increasingly important professional tool for scientists. In particular, scientists use their social media profiles to communicate science and build communities with like-minded scientists and nonscientists. These networks include journalists who can amplify social media science communication, disseminating it to new audiences on- and offline. Our experience with an outreach project where Peeps marshmallows were inoculated with diverse fungi, which we called #FungalPeeps, has demonstrated that these networks can be an effective conduit between researchers and high school students. Following popular science journalism, #FungalPeeps, a project initiated at West Virginia University, inspired a mycology research project in Notre Dame High School in San Jose, California. Herein, we describe how this connection between academia, journalists, and the high school classroom happened, and how everyone involved benefited from this educational collaboration. We further suggest ways that modern social media networks could be leveraged to incorporate more such practical learning experiences into progressive science curricula to better cultivate young STEM scientists.
社交媒体对科学家来说是一种越来越重要的专业工具。特别是,科学家利用他们的社交媒体资料来传播科学,并与志同道合的科学家和非科学家建立社群。这些网络包括记者,他们可以扩大社交媒体上的科学传播范围,将其传播给线上和线下的新受众。我们在一个外展项目中的经验表明,这些网络可以成为研究人员和高中生之间的有效渠道。在这个项目中,我们用各种真菌接种了棉花糖小鸡软糖,我们称之为#真菌棉花糖小鸡软糖项目。继科普新闻报道之后,由西弗吉尼亚大学发起的#真菌棉花糖小鸡软糖项目激发了加利福尼亚州圣何塞市圣母高中的一个真菌学研究项目。在此,我们描述了学术界、记者和高中课堂之间的这种联系是如何发生的,以及每个参与者如何从这种教育合作中受益。我们进一步提出了一些方法,可以利用现代社交媒体网络将更多这样的实践学习经验纳入进步科学课程,以更好地培养年轻的STEM科学家。