Numeracy in the jury box: Numerical ability,meaningful anchors,and damage award decision making

This project employs an experimental design to test theoretical predictions regarding how numeracy can assist jurors in determining damage awards to compensate a plaintiff for pain and suffering and how the use of meaningful numerical anchors may produce similar benefits. Mock jurors (N = 345) reviewed a legal case and were asked to give a dollar award to compensate the plaintiff for pain and suffering. The presence and nature of a numerical anchor and the duration of pain and suffering were manipulated. Participants' numeracy was measured. Results provided support for predictions. Jurors higher in numeracy gave awards that more appropriately reflected the duration of pain and suffering and showed less variability in awards. Similar benefits were obtained by exposing jurors to meaningful numerical anchors to help them contextualize dollar amounts. Thus, introducing meaningful anchors to jurors may provide similar benefits to numeracy, without the drawbacks associated with selecting only numerate jurors.     

Assessing Safety Behaviors in Fear of Storms: Validation of the Storm-Related Safety Behavior Scale

With the exception of one self-report questionnaire assessing storm fear severity (Nelson et al. Journal of Psychopathology and Behavioral Assessment, 36(1), 105–114, 2014), there are few brief published assessment tools to measure the cognitive, behavioral, and physical manifestations of storm fear. A principal feature of phobic disorders is the use of safety behaviors to alleviate distress. Safety behaviors are believed to perpetuate anxiety by preventing the disconfirmation of feared outcomes (Salkovskis Behavioural Psychotherapy, 19(1), 6–19, 1991). To date, no studies have examined the use of safety behaviors in storm fear. The purpose of the current research was to develop and validate the Storm-Related Safety Behavior Scale (SRSBS; Vorstenbosch and Antony 2017), a 24-item self-report scale that measures safety behavior use in adults with a fear of storms. Two studies examined the (1) factor structure, internal consistency, validity, and test-retest reliability of the SRSBS, as well as the frequency with which specific safety behaviors were endorsed; and (2) ability of the SRSBS to differentiate between a group of adults with low and high fear of storms after exposure to a virtual thunderstorm. Factor analysis revealed that the SRSBS is best captured by one factor. Results provided preliminary evidence of convergent and discriminant validity, as well as test-retest reliability. Finally, significant group differences were found between participants with high versus low fear of storms following a virtual thunderstorm. These findings demonstrate the value of the SRSBS for assessing safety behavior use.     

Concealable Stigmatized Identities and Psychological Well‐Being

Many people have concealable stigmatized identities: Identities that can be hidden from others and that are socially devalued and negatively stereotyped. Understanding how these concealable stigmatized identities affect psychological well‐being is critical. We present our model of the components of concealable stigmatized identities including valenced content– internalized stigma, experienced discrimination, anticipated stigma, disclosure reactions, and counter‐stereotypic/positive information – and magnitude– centrality and salience. Research has shown that negatively valenced content is related to increased psychological distress. However, smaller identity magnitude may buffer this distress. We review the research available and discuss important areas for future work.     

Visuospatial working memory and mental representation of spatial descriptions

The purpose of the present research is to investigate whether different components of working memory (WM) are involved in processing spatial and nonspatial texts. The interference effects of two concurrent tasks on comprehension and recall of two kinds of text were investigated in two experiments. Each participant listened to a spatial and a nonspatial text, with one of two concurrent tasks: articulatory suppression or spatial tapping. The dependent variables in Experiment 1 were accuracy of recall and verification of information inferred from the texts. In Experiment 2 response times in the verification task were also considered. Results support the hypothesis that verbal and spatial components of working memory are differentially involved in the comprehension and memory of spatial and nonspatial texts, with a selective interference effect of the spatial concurrent task on the spatial text and an interference effect of the verbal concurrent task on both the spatial and nonspatial texts. These effects emerged for recall, sentence verification, and response times. Our findings confirm previous results showing that the verbal component of working memory is involved in the process of text comprehension and memory. In addition, they show that visuospatial working memory is involved, in so far as the text conveys visuospatial information.