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K. Viswanath, Editor; Tiffany E. Taylor, Editor; Holly G. Rhodes, Editor; Committee on Understanding and Addressing Misinformation About Science, Contributor; Board on Science Education, Contributor; Division of Behavioral and Social Sciences and Education, Contributor – National Academies Press, 2025
Our current information ecosystem makes it easier for misinformation about science to spread and harder for people to figure out what is scientifically accurate. Proactive solutions are needed to address misinformation about science, an issue of public concern given its potential to cause harm at individual, community, and societal levels.…
Descriptors: Misinformation, Sciences, Information Dissemination, Information Sources
Ullrich K. H. Ecker; Toby Prike; Antonia B. Paver; Rosie J. Scott; Briony Swire-Thompson – Cognitive Research: Principles and Implications, 2024
Misinformation often continues to influence people's reasoning even after it has been corrected. Therefore, an important aim of applied cognition research is to identify effective measures to counter misinformation. One frequently recommended but hitherto insufficiently tested strategy is source discreditation, that is, attacking the credibility…
Descriptors: Misinformation, Credibility, Information Sources, Conflict of Interest
Matthew T. Bell; Alicia Stephan; Nicholas Cumpian; Hawwa Alao; Pradeep R. Atla; Neetika Srivastava; Wayne M. Fleischman; Viktor E. Eysselein; Sofiya Reicher – Health Education Journal, 2025
Background and Objectives: Short video platforms have become one of the most common methods for disseminating medical information on social media. We analysed gastrointestinal (GI)-related content on TikTok, focusing on the creators' background, patterns of content utilisation and overall content quality and understandability, using validated…
Descriptors: Video Technology, Social Media, Information Dissemination, Human Body
Tufan Inaltekin; Ugur Akbaba – International Journal of Contemporary Educational Research, 2024
The purpose of this study is to reveal middle school students' model understanding and information sources of incorrect model related to basic astronomy topics included in the Turkish middle school science curriculum. The study is a descriptive study focusing on qualitative data. The sample of the study includes 197 students (aged 12-13) attending…
Descriptors: Foreign Countries, Middle School Students, Grade 8, Science Education
Ridvan Elmas; Merve Adiguzel-Ulutas; Mehmet Yilmaz – Education and Information Technologies, 2024
Many people use technological tools that are widely accessible, respond quickly, and have extensive information networks today. Due to recent technological advances in education and the increasing acceptance of Artificial Intelligence (AI) technologies, the issues regarding their implementation in education require identification and analysis.…
Descriptors: Artificial Intelligence, Science Education, Biochemistry, Information Dissemination
R. W. Hildreth – Education and Culture, 2024
The new realities of social media, echo chambers, and partisan information sources have created social forces that challenge core assumptions about democracy. Are we in an epistemological crisis, where separate and distinct communities of inquiry limit shared understandings of truth? In this essay, I turn to the political and educational thought…
Descriptors: Educational Philosophy, Misinformation, Information Sources, Democracy
Douglas Allchin; Jocelyn Miller; Molly Proudfit – American Biology Teacher, 2024
This paper catalogs previous articles in "American Biology Teacher" on various aspects of teaching about science misinformation and identifies which of the core concepts are addressed in each. A concise overview of relevant themes is provided, along with how the concepts align with the Next Generation Science Standards. This may serve as…
Descriptors: Biology, Science Instruction, Misinformation, Credibility
Martin Gameli Akakpo; Patrick Kafui Akakpo – Discover Education, 2024
YouTube is a popular source of educational and recreational videos. Evidence suggests that medical students consult YouTube regularly and use it to supplement information they receive from their medical educators. On the other hand, some medical educators discourage and even avoid YouTube and other internet sources due to ethical concerns. In this…
Descriptors: Video Technology, Medical Education, Teaching Methods, Information Literacy
Carolyn Palmquist; Robyn Kondrad – Journal of Cognition and Development, 2024
Three-year-olds often respond to lies as if they were true or with no clear rationale. Individual differences influence children's processing of misinformation. Here, we explore how two contextual cues (children's conflicting first-hand knowledge and different information sources) affect their ability to correctly interpret and respond to…
Descriptors: Information Sources, Misinformation, Comparative Analysis, Decision Making
Ju Hui Kang; Eun-Young Ko; Gi Woong Choi – Information and Learning Sciences, 2024
Purpose: This study aims to explore scientific discourses on vaccination in YouTube comments using the Connectivism theory as a foundational guide in the inquiry of understanding knowledge seeking and sharing. The authors sought to understand how individuals share and seek information by using external sources through URL links to validate their…
Descriptors: Social Media, Video Technology, Scientific Concepts, Science Education
Robert W. Danielson; Neil G. Jacobson; Erika A. Patall; Gale M. Sinatra; Olusola O. Adesope; Alana A. U. Kennedy; Bethany H. Bhat; Onur Ramazan; Blessing Akinrotimi; Gabriel Nketah; Gan Jin; Oluwafemi J. Sunday – Educational Psychologist, 2025
Misinformation around scientific issues is rampant on social media platforms, raising concerns among educators and science communicators. A variety of approaches have been explored to confront this growing threat to science literacy. For example, refutations have been used both proactively as warning labels and in attempts to inoculate against…
Descriptors: Misinformation, Scientific Research, Social Media, Scientific Literacy
Shan Mohammed; Quinn Grundy; Jessica Bytautas – Teaching & Learning Inquiry, 2024
Post-truth strategies are characterized by the manipulation of facts and personal assertions of the truth for political gain. By seeding polarization, skepticism, and mistrust, post-truth presents challenges to teaching and learning within academic settings. In this paper, we explore how post-truth is articulated in higher education literature…
Descriptors: Ethics, Misinformation, Deception, Trust (Psychology)
Max Sommer – ProQuest LLC, 2022
The explosion of the Internet and prominence of social media platforms have created a dynamic online information ecosystem. The roles of traditional gatekeepers of credible information (e.g., news organizations) have been diminished, and individuals are often on their own in evaluating an abundance of information online coming from more sources…
Descriptors: Undergraduate Students, Credibility, Misinformation, Internet
Daniel Q. Earixson – ProQuest LLC, 2023
Non-evidence-based practices (NEBPs) are interventions that have not been indicated by research to be effective in treating the core deficits of autism or the related behavioral challenges across developmental domains. Under the umbrella of NEBPs are the interventions for autism that are physically and/or emotionally harmful, as well as those that…
Descriptors: Autism Spectrum Disorders, Intervention, Behavior Change, Behavior Problems
Robert W. Danielson; Benjamin C. Heddy; Onur Ramazan; Gan Jin; Kanvarbir S. Gill; Danielle N. Berry – Journal of Research in Science Teaching, 2025
Misinformation has been extensively studied as both maliciously intended propaganda and accidentally experienced incorrect assumptions. We contend that "conceptual contamination" is the process by which the learning of incorrect information interferes, pollutes, or otherwise disrupts the learning of correct information. This is similar…
Descriptors: Misinformation, Propaganda, Deception, Misconceptions
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