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Prejudice and Tolerance in US Presidential Politics: Evidence from Eight List Experiments in 2008 and 2012

Published online by Cambridge University Press:  08 September 2020

Edward G. Carmines
Affiliation:
Indiana University
Eric R. Schmidt
Affiliation:
Indiana University
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Abstract

Using list experiments on the 2008 and 2012 Cooperative Campaign Analysis Project, we investigated whether respondents are more likely to vote against presidential candidates from marginalized groups. We show that conservative and Republican respondents are disinclined to support Muslim and gay candidates. However, neither Right- nor Left-leaning respondents are significantly opposed to female candidates. Surprisingly, we uncovered asymmetric prejudices toward Mormons and African Americans. In both 2008 and 2012, Republicans were far more uncomfortable with gay or Muslim candidates than with African American candidates (per se). However, Democrats in 2012 were deeply uncomfortable with Mormon candidates. These findings illustrate that prejudice in presidential politics is not confined to right-wing pathologies alone but is present on both sides of the partisan–ideological divide.

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

Figure 1 Density Histograms of p-Values from Design-Effects Tests, All Samples and Subsamples Analyzed (Including Partisan and Ideological Subgroups)

Figure 1

Figure 2 List Experiments, 2008 CCAP: Estimated Proportions More Likely to Vote Against the Candidate in QuestionNotes: Horizontal dashed lines indicate effect sizes that each comparison is equipped to detect (given the number of respondents in treatment and control) with 80% power (d=0.80); power analyses conducted using DeclareDesign (Blair et al. 2018). Data from the 2008 CCAP (n=1,338). The “African American candidate” list experiment was analyzed using only respondents who did not identify as “Black.” All other list experiments were analyzed using the full sample. Vertical lines indicate 90% confidence intervals produced using normal linear regression in zelig (Choirat et al. 2016). Treatment effects imply the proportion of the sample (or subsample) that was more likely to vote against a candidate that matched the description.

Figure 2

Figure 3 List Experiments, 2012 CCAP: Estimated Proportions More Likely to Vote Against the Candidate in QuestionNotes: Horizontal dashed lines indicate effect sizes that each comparison is equipped to detect (given the number of respondents in treatment and control) with 80% (d=0.80) power; power analyses conducted using DeclareDesign (Blair et al. 2019). Data from the 2012 CCAP (n=1,000). The “African American candidate” list experiment was analyzed using only respondents that did not identify as “Black.” All other list experiments were analyzed using the full sample. Vertical lines indicate 90% confidence intervals produced using normal linear regression in zelig (Choirat et al. 2016). Treatment effects imply the proportion of the sample (or subsample) that was more likely to vote against a candidate that matched the description.

Figure 3

Figure 4 Generalized Prejudice, 2008 and 2012 CCAP: Estimated Proportions More Likely to Vote Against Candidates from Underrepresented GroupsNotes: Horizontal dashed lines indicate effect sizes that each comparison is equipped to detect (given the number of respondents in treatment and control) with 80% power (d=0.80); power analyses conducted using DeclareDesign (Blair et al. 2019) Data from the 2008 (n=1,338) and 2012 (n=1,000) CCAP. Treatment effects are calculated by comparing respondents in the control condition (2008, n=260; 2012, n=185) to respondents in all four sensitive-item conditions (2008, n=1,078; 2012, n=815); treatment effects imply the proportion of the sample (or subsample) that was more likely to vote against a presidential candidate from an underrepresented group. Vertical lines indicate 90% confidence intervals produced using normal linear regression in zelig (Choirat et al. 2016).

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