Matching Items (2)
Filtering by
- All Subjects: Police-community relations
- Creators: Reisig, Michael D
Description
This study examined the effects of procedural injustice during hypothetical police-citizen encounters. Specifically, the main effects of procedural injustice on emotional responses to police treatment, components of police legitimacy, and willingness to cooperate with the police were assessed. Importantly, this study also tested whether the effect of procedural injustice was invariant across officer gender. A factorial vignette survey that consisted of two different police encounter scenarios (i.e., potential stalking incident and traffic accident) was administered to a university-based sample (N = 525). Results showed that the effect of procedural injustice during such encounters had a powerful and significant influence on participants’ emotional responses (e.g., anger), legitimacy perceptions, and the willingness to cooperate. These effects appeared to be consistent regardless of whether the treatment was doled out by a male or female police officer. Implications of the findings in terms of theory and future research are discussed.
ContributorsBrown, Katharine Leigh (Author) / Reisig, Michael D (Thesis advisor) / Holtfreter Reisig, Kristy L (Committee member) / Telep, Cody W. (Committee member) / Arizona State University (Publisher)
Created2019
Description
ABSTRACT
Many studies testing the effects of procedural justice judgments rely on cross-sectional data. The shortcomings of such a strategy are clear and alternative methodologies are needed. Using a factorial vignette design, this study tests a variety of hypotheses derived from the process-based model of regulation, most of which involve the posited outcomes of procedural justice judgments during police-citizen encounters. This technique allows the researcher to manipulate police process during citizen encounters via hypothetical scenarios. Experimental stimuli are used as independent variables in the regression models. The results show that participants who were administered vignettes characterized by procedural injustice had lower levels of encounter satisfaction, decision acceptance, immediate compliance and greater expectations that police handle similar situations in the future differently relative to individuals who did not receive the negative stimulus. These effects are statistically significant across encounters involving traffic stops and noise complaints. As anticipated, the effect of procedural injustice often proved more salient regardless of whether participants were administered vignettes where they received a citation. Given the utility of the vignette design, future researchers are encouraged to apply the design to additional causal questions derived from the process-based model.
Many studies testing the effects of procedural justice judgments rely on cross-sectional data. The shortcomings of such a strategy are clear and alternative methodologies are needed. Using a factorial vignette design, this study tests a variety of hypotheses derived from the process-based model of regulation, most of which involve the posited outcomes of procedural justice judgments during police-citizen encounters. This technique allows the researcher to manipulate police process during citizen encounters via hypothetical scenarios. Experimental stimuli are used as independent variables in the regression models. The results show that participants who were administered vignettes characterized by procedural injustice had lower levels of encounter satisfaction, decision acceptance, immediate compliance and greater expectations that police handle similar situations in the future differently relative to individuals who did not receive the negative stimulus. These effects are statistically significant across encounters involving traffic stops and noise complaints. As anticipated, the effect of procedural injustice often proved more salient regardless of whether participants were administered vignettes where they received a citation. Given the utility of the vignette design, future researchers are encouraged to apply the design to additional causal questions derived from the process-based model.
ContributorsMays, Ryan D (Author) / Reisig, Michael D (Thesis advisor) / Holtfreter Reisig, Kristy (Committee member) / Telep, Cody W. (Committee member) / Arizona State University (Publisher)
Created2016