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#No2Sectarianism: Experimental Approaches to Reducing Sectarian Hate Speech Online

Published online by Cambridge University Press:  29 June 2020

ALEXANDRA A. SIEGEL*
Affiliation:
University of Colorado at Boulder
VIVIENNE BADAAN*
Affiliation:
New York University
*
Alexandra A. Siegel, Assistant Professor, University of Colorado at Boulder, alexandra.siegel@colorado.edu
Vivienne Badaan, PhD. Candidate, Department of Psychology, New York University, vivienne.badaan@nyu.edu
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Abstract

We use an experiment across the Arab Twittersphere and a nationally representative survey experiment in Lebanon to evaluate what types of counter-speech interventions are most effective in reducing sectarian hate speech online. We explore whether and to what extent messages priming common national identity or common religious identity, with and without elite endorsements, decrease the use of hostile anti-outgroup language. We find that elite-endorsed messages that prime common religious identity are the most consistently effective in reducing the spread of sectarian hate speech. Our results provide suggestive evidence that religious elites may play an important role as social referents—alerting individuals to social norms of acceptable behavior. By randomly assigning counter-speech treatments to actual producers of online hate speech and experimentally evaluating the effectiveness of these messages on a representative sample of citizens that might be incidentally exposed to such language, this work offers insights for researchers and policymakers on avenues for combating harmful rhetoric on and offline.

Information

Type
Research Article
Copyright
© The Author(s), 2020. Published by Cambridge University Press on behalf of the American Political Science Association.
Figure 0

TABLE 1.Hypotheses Ranked by Expected Effect Size (Largest to Smallest)

Figure 1

FIGURE 1.Gulf Twitter Sock Puppet for all Treatments

Figure 2

FIGURE 2.Effect of Treatment on Volume of Anti-Shia Tweets

Note: This coefficient plot shows the results of four ordinary least squares models, where the outcome variable is the difference in the number of anti-Shia tweets produced by subjects (Twitter users) in our experiment one day, one week, two weeks, and one month after treatment. Treatment periods are nonoverlapping. The error bars show 90% and 95% confidence intervals. The full output is displayed in Table A3 in the Online Appendix.
Figure 3

FIGURE 3.Distribution of Follower Counts

Figure 4

FIGURE 4.Effect of Treatment on Volume of Anti-Shia Tweets ( Median Followers)

Note: This coefficient plot shows the results of four ordinary least squares models, where the outcome variable is the difference in the number of anti-Shia tweets produced by subjects (Twitter users) in our experiment one day, one week, two weeks, and one month after treatment. Treatment periods are nonoverlapping. The error bars show 90% and 95% confidence intervals. The analysis includes participants with the median number of followers or fewer. The full output is displayed in regression Table A9 in the Online Appendix.
Figure 5

FIGURE 5.Effect of Treatment on Volume of Anti-Shia Tweets (Low vs. High Anti-Shia Friends)

Note: These coefficient plots show the results of four ordinary least squares models, where the outcome variable is the difference in the number of anti-Shia tweets produced by subjects (Twitter users) in our experiment one day, one week, two weeks, and one month after treatment. Treatment periods are nonoverlapping. The error bars show 90% and 95% confidence intervals. The plots show the results for users who have low (below the median) or high (above the median) numbers of friends who regularly produces anti-Shia tweets. The full output is displayed in regression Tables A14 and A15 in the Online Appendix.
Figure 6

FIGURE 6.Effect of Primes on all Tweet Ratings

Note: This coefficient plot shows the results of three ordinary least squares models, where each outcome variable is an index created by subtracting subjects’ average ratings of counter-sectarian tweets from their ratings of sectarian tweets. The first column displays the effect of treatment on ratings of the tweets themselves, the second displays the effect on ratings of the users who produced the tweets, and the third column displays respondents’ likelihood of sharing the tweets. Negative or lower values of this index signify lower ratings of sectarian content and/or higher ratings of counter-sectarian content. The error bars show 90% and 95% confidence intervals. This plot displays results without covariates. The full regression output from the models with and without covariates is displayed in Table A22 in the Online Appendix.
Figure 7

FIGURE 7.Effect of Primes on (a) Sectarian and (b) Counter-Sectarian Tweet Ratings

Notes: Sectarian Tweet Ratings: This coefficient plot shows the results of three ordinary least squares models, where the outcome variable is an index of tweet ratings created by averaging subjects’ ratings of sectarian tweets. The first column displays the effect of treatment on ratings of the tweets themselves, the second displays the effect on ratings of the users who produced the tweets, and the third column displays respondents’ likelihood of sharing the tweets. Negative or lower values of this index signify lower ratings of sectarian content. The error bars show 90% and 95% confidence intervals. This plot displays results without covariates. The full regression output from the models with and without covariates is displayed in Table A23 in the Online AppendixCounter-Sectarian Tweet Ratings: This coefficient plot shows the results of three ordinary least squares models, where the outcome variable is an index of tweet ratings created by averaging subjects’ ratings of counter-sectarian tweets. The first column displays the effect of treatment on ratings of the tweets themselves, the second displays the effect on ratings of the users who produced the tweets, and the third column displays respondents’ likelihood of sharing the tweets. Positive or higher values of this index signify higher ratings of counter-sectarian content. The error bars show 90% and 95% confidence intervals. This plot displays results without covariates. The full regression output from the models with and without covariates is displayed in Table A24 in the Online Appendix.
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Siegel and Badaan Dataset

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Siegel and Badaan Supplementary Materials

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