Building Legal Competency: Foundations for a More Effective Criminology and Criminal Justice Discipline

This article argues for the need to build legal competency in the discipline of criminal justice and criminology through incorporating law courses in its PhD program curriculum, whether as black letter law (i.e. criminal law, criminal procedure, courts), sociology of law, or socio-legal studies (i.e. law and society courses). Through requiring law courses as a necessary and integral part of the curriculum, and recognizing the mainstream impact of these courses, the discipline stands to enrich the field of legal studies in criminology and criminal justice. The discipline’s need and demand for law trained tenure track faculty with PhD credentials can only be met through consistent law course offerings.     

Flattening generalization gradients, context, and perceptual learning

The present research investigated the effects of physical context change and perceptual learning on generalization. In a video game, participants learned to suppress their mouse-clicking behavior in the presence of one stimulus (AX). Generalization was observed between the AX stimulus and another stimulus (BX) that was designed to be similar. When testing was conducted in a context different from that in which AX was used in training, responding to AX was attenuated, and responding to BX was enhanced. That is, the generalization gradient flattened. The latter effect was only evident in groups for which generalization had been reduced through a preexposure manipulation believed to produce perceptual learning. Experiment 2 demonstrated that the increase in generalization observed in the first experiment was due to the context change between the preexposure and test rather than to a change between the conditioning and test contexts. Implications for flattening generalization gradients and mechanisms of perceptual learning are discussed.     

Defining content for field-based coursework: Contrasting the perspectives of secondary preservice teachers and their teacher preparation curricula

The current study examined changes and continuities in how 11 secondary teacher preparation programs and 743 preservice teachers conceptualized the content and sequence of field-based teacher preparation. Although curricula and candidates differed regarding the knowledge each deemed as most relevant for field-based preparation, they largely agreed on the types of learning activities considered as most meaningful for the acquisition of that knowledge base. Possible explanations for these discrepancies and continuities are discussed.     

From school teacher to university lecturer: Illuminating the journey from the classroom to the university for two arts educators

This article aims to provide insights into the journey of two artist teachers who currently work as arts educators at the university level. Narrative inquiry has been used to discuss how the arts have informed their identities and subsequent transition into their current roles. The identities of artist, artist teacher and arts educator are considered in relation to how these have informed and continue to inform their teaching. The unique characteristics of those who work in the arts are also explored and provide important understandings in relation to the mentoring and support required for educators who work in this context.     

The Effect of a Numerical Domino Game on Numerical Magnitude Processing in Children With Mild Intellectual Disabilities

Children with mild intellectual disabilities (MID) appear to have particular problems in understanding the numerical meaning of Arabic digits. Therefore, we developed and evaluated a numerical domino game that specifically targeted the association between these digits and the numerical magnitudes they represent. Participants were 30 children with MID (M = 8.36 years), randomly assigned to either the numerical domino game or to a control color domino game. Findings revealed that both groups of children improved on a nonsymbolic comparison and arithmetic task. Most importantly, only children who played the numerical domino game became significantly faster from pretest to posttest on a symbolic comparison task. These findings suggest that numerical magnitude processing can be successfully trained in children with MID.