Measuring Procedural Knowledge More Simply with a Single-Response Situational Judgment Test

Purpose  This paper describes the development of a situational judgment test (SJT) based on single-response options developed directly from critical incidents and reports a study that tested the SJT’s concurrent validity against ratings of job performance. Design/Methodology/Approach  Situational judgment test items were developed from critical incidents provided by administrators of volunteer agencies. Volunteers who worked at another agency completed the SJT and a self-report personality test. Supervisors rated their job performance on three dimensions. Findings  Situational judgment test scores representing procedural knowledge about work effort were significantly correlated with ratings of work effort performance (r = .28). Conscientiousness was correlated with work effort knowledge (r = .26), but not with work effort performance (r = −.02). Implications  These results provide some preliminary evidence that a single-response SJT format based upon critical incidents can produce valid measures of procedural knowledge and might be a useful alternative to the traditional multiple-response format. Originality/Value  This paper presents a novel way to construct SJTs using single-response options that are less laborious to develop than the multiple-response options in traditional SJT formats. Results of the validity study suggest that this new single-response format can predict job performance and encourage further research on the viability of this approach.     

The Relation of Cognitive and Memorial Processes to Persuasion in a Simulated Jury Trial

Four experiments investigated the dependence of persuasion on cognitive factors. All experiments employed a court case for which 795 subjects acted as jury members, reading summaries of both the prosecution and defense's testimony. The amount of objective information on both sides of the case was varied. Persuasion was a position function of the number of prosecution arguments and the number of defense arguments. This finding was extended by obtaining measures of the subjects'cognitive reactions to the case as well as their opinions and by following both of these measures over time. Both analysis of variance and multiple regression techniques showed that subjects could have derived their opinions from their cognitions about the case. This relationship also held up over time. These results suggest the general form of an information-processing theory of persuasion. One prediction of this theory is for an asymptotic function relating objective information to persuasion. This prediction received empirical support.     

Watch out! Directional threat-related postures cue attention and the eyes

Previous work indicates that threatening facial expressions with averted eye gaze can act as a signal of imminent danger, enhancing attentional orienting in the gazed-at direction. However, this threat-related gaze-cueing effect is only present in individuals reporting high levels of anxiety. The present study used eye tracking to investigate whether additional directional social cues, such as averted angry and fearful human body postures, not only cue attention, but also the eyes. The data show that although body direction did not predict target location, anxious individuals made faster eye movements when fearful or angry postures were facing towards (congruent condition) rather than away (incongruent condition) from peripheral targets. Our results provide evidence for attentional cueing in response to threat-related directional body postures in those with anxiety. This suggests that for such individuals, attention is guided by threatening social stimuli in ways that can influence and bias eye movement behaviour.     

Model-Based Wisdom of the Crowd for Sequential Decision-Making Tasks

We study the wisdom of the crowd in three sequential decision-making tasks: the Balloon Analogue Risk Task (BART), optimal stopping problems, and bandit problems. We consider a behavior-based approach, using majority decisions to determine crowd behavior and show that this approach performs poorly in the BART and bandit tasks. The key problem is that the crowd becomes progressively more extreme as the decision sequence progresses, because the diversity of opinion that underlies the wisdom of the crowd is lost. We also consider model-based approaches to each task. This involves inferring cognitive models for each individual based on their observed behavior, and using these models to predict what each individual would do in any possible task situation. We show that this approach performs robustly well for all three tasks and has the additional advantage of being able to generalize to new problems for which there are no behavioral data. We discuss potential applications of the model-based approach to real-world sequential decision problems and discuss how our approach contributes to the understanding of collective intelligence.     

NAV: A tool for producing presentation quality animations of graphical cognitive model dynamics

Computational models of cognition often exhibit complex dynamics that are difficult to discern without the use of visualization tools. Current tools often provide insight only to the modeling expert, however, and they provide limited functionality for communicating model dynamics to the nonexpert, as is needed during scientific presentations and in educational settings. We present NAV, the Node Activity Visualizer, an easy-to-use and portable software tool that interactively transforms the output of cognitive modeling simulators into presentation quality animations of model performance. nt]mis|The members of the Vanderbilt University Computational Cognitive Neuroscience Laboratory for their helpful comments.     

Thanking in the times of the plague: The role of holistic thinking in meaning-making and gratitude

Two studies examined the role of holistic thinking in meaning-making and gratitude during the COVID-19 pandemic. Correlational and mediational evidence showed that participants with high holistic thinking tended to construct more meaning from the pandemic and feel grateful, compared to participants with low holistic thinking (Study 1). Experimental manipulation of holistic thinking elicited behavioral choice for books on life meaning, which predicted gratitude (Study 2). These results cannot be explained by individual differences in the perception of threat (Study 1) or distress (Studies 1–2) associated with the pandemic. They cannot be explained by demographic factors such as age or gender, or cultural constructs such as ethnicity, educational level, or religiosity (Studies 1–2). These findings push understanding forward. They strengthen interdisciplinary links, fusing positive psychology with the social cognition of thinking styles. We discuss promising directions for future research with cross-cultural implications.     

The Evolution of Specialties in the CACREP Standards: CACREP's Role in Unifying the Profession

This article explores the evolution of the Council for Accreditation of Counseling and Related Educational Programs’ (CACREP's) accreditation of program area specialties and how CACREP's decision to accredit specialties as separate programs has affected the counseling profession's ability to view itself as a single profession. The article links the development of CACREP and its accreditation structure to other historical and political events occurring within the profession and includes documentation of CACREP's efforts to self‐correct through policy development that emphasizes counseling first and specialties second.     

The shape of human navigation: how environmental geometry is used in maintenance of spatial orientation

The role of environmental geometry in maintaining spatial orientation was measured in immersive virtual reality using a spatial updating task (requiring maintenance of orientation during locomotion) within rooms varying in rotational symmetry (the number of room orientations providing the same perspective). Spatial updating was equally good in trapezoidal, rectangular and square rooms (one-fold, two-fold and four-fold rotationally symmetric, respectively) but worse in a circular room (∞-fold rotationally symmetric). This contrasts with reorientation performance, which was incrementally impaired by increasing rotational symmetry. Spatial updating performance in a shape-changing room (containing visible corners and flat surfaces, but changing its shape over time) was no better than performance in a circular room, indicating that superior spatial updating performance in angular environments was due to remembered room shape, rather than improved self-motion perception in the presence of visible corners and flat surfaces.