From Research to Retweets—Exploring the Role of Educational Twitter (X) Communities in Promoting Science Communication and Evidence-Based Teaching

Monica Déchène, Kaley Lesperance, Lisa Ziernwald, Doris Holzberger
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Abstract

Twitter has evolved from its initial purpose as a microblogging social network to a pivotal platform for science communication. Equally, it has gained significant popularity among teachers who utilize communities like the German #twitterlehrerzimmer (TWLZ; Twitter teachers’ lounge) as a digital professional learning network. (1) Background: To date, no studies examine how science communication is conducted on Twitter specifically tailored to teachers’ needs and whether this facilitates evidence-based teaching. (2) Methods: Answering the three research questions involved a comprehensive mixed methods approach comprising an online teacher survey, utility analysis using Analytical Hierarchy Process (AHP) models, and machine learning-assisted tweet analyses. (3) Results: Teachers implement research findings from the TWLZ in their teaching about twice a month. They prefer interactive tweets with specific content-related, communicative, and interactive tweet features. Science communication in the TWLZ differs from everyday communication but notably emphasizes the relevance of transfer events for educational practice. (4) Conclusions: Findings highlight that dialogue is essential for successful science communication. Practical implications arise from new guidelines on how research findings should be communicated and encourage teachers to reflect on their Twitter usage and attitude toward evidence-based teaching. Recommendations for further research in this emerging field are also discussed.
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从研究到转发--探索教育 Twitter (X) 社区在促进科学交流和循证教学中的作用
推特已从最初的微博社交网络发展成为一个重要的科学交流平台。同样,Twitter 在教师中也大受欢迎,他们利用德国的 #twitterlehrerzimmer (TWLZ;Twitter 教师休息室)等社区作为数字专业学习网络。(1) 背景:迄今为止,还没有研究探讨如何在 Twitter 上开展专门针对教师需求的科学交流,以及这是否有助于循证教学。(2) 研究方法:为了回答这三个研究问题,我们采用了一种综合的混合方法,包括在线教师调查、使用层次分析法(AHP)模型进行效用分析以及机器学习辅助推文分析。(3) 结果:教师大约每月两次在教学中使用 TWLZ 的研究成果。他们更喜欢具有特定内容相关性、交流性和互动性推文特征的互动推文。TWLZ 中的科学交流与日常交流不同,但明显强调了转移事件与教育实践的相关性。(4) 结论:研究结果强调,对话对于成功的科学传播至关重要。关于如何传播研究成果的新指南产生了实际意义,并鼓励教师反思自己的推特使用情况和对循证教学的态度。此外,还讨论了在这一新兴领域开展进一步研究的建议。
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