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Existing empirical literature on disinformation in political science relies mainly on the datasets released through governmental or media investigations. Many of them focus on just one (albeit important) distribution channel: social networks, as postings there conveniently encapsulate information for structural and dynamic comparisons; others quickly become outdated or are impossible to replicate as article-level factchecking is costly and slow. Most importantly, both the sampling and classification into various categories of disinformation are often ad-hoc, a black box for researchers, and is not checked for robustness. To create a rigorous methodology for detecting disinformation online and to build a comprehensive dataset of U. S. disinformation websites, we use both information verification experts and crowdworkers to evaluate websites’ credibility based on a rich set of features. In this paper, we utilize both expert and crowd judgments to create novel empirical classifications of types, methods, and targets of disinformation; to establish which features (e.g., the degree of social media integration, clickbait headlines, or low-quality ads) differentiate disinformation from credible sources; and to evaluate if crowdworkers could judge disinformation as well as (or better than) experts. We also use crowdworkers as a proxy for the general public to assess if its ability to detect disinformation is under- or over-estimated by experts.
Sergey Sanovich, Princeton University
Andy Guess, Princeton University
Benjamin Kaiser, Princeton University
Jonathan Mayer, Princeton University