Does “Violent” Mean “Bad”? Individual Definitions of Violence

People use the word “violent” to describe a wide range of behaviors. When referring to acts of force, however, past research indicates that people often reserve the word “violent” to refer to acts of force that they define as “bad.” In the current study we use vignettes to explore variation in people’s definitions of a particular instance of the use of force. The findings indicate support for the idea that people reserve the word “violent” to refer to acts of force they view as “bad.” Findings indicate there is variation in perceptions of the level of violence, and whether the incident was even violent. Characteristics of the incident as well as the gender of those involved account for the majority of the variance explained.     

Whose Line Is It,Anyway? Using Improvisational Exercises to Spark Counselor Development

New counselors often struggle to respond to the unpredictability and ambiguity inherent in clinical interactions. Improvisational acting exercises can be used to help counselors-in-training become more comfortable thinking on their feet. By creating a safe environment for students to engage in extemporaneous expression, educators can model ways of developing rapport while helping students increase their sense of interactional self-efficacy. This article describes the benefits of using improvisational exercises in the classroom to encourage spontaneity, experimentation, and self-reflection. Example exercises that may be incorporated into counselor education courses are provided.     

The use of illustrations when learning to read: A cognitive load theory approach

Three experiments were conducted to investigate the effects of including illustrations in beginning reading materials. Experiment 1 compared reading materials consisting solely of simple prose passages with materials consisting of the same passages plus informative illustrations depicting the content of each passage. Reading proficiency improved more under the no illustrations condition. Experiment 2 compared the informative illustrations with uninformative illustrations. Reading proficiency improved more using uninformative illustrations. Experiment 3 compared uninformative illustrations with no illustrations and found no significant differences between conditions. These results were interpreted within a cognitive load theory framework. It was concluded that informative illustrations are redundant and so impose an extraneous working memory load that interferes with learning to read. Copyright © 2009 John Wiley & Sons, Ltd. This article was published online on 8th April 2009. An error was subsequently identified. This notice is included in the online and print versions to indicate that both have been corrected [3 July 2009].     

Effect of Age and Level of Cognitive Function on Spontaneous and Exploratory Behaviors in the Beagle Dog

Cognitively characterized young and aged beagle dogs were administered six different spontaneous behavior tests, which provided measures of locomotion, exploration, and social interaction. Consistent with our previous findings, we obtained no overall effect of age on locomotion. We did find, however, that for the aged dogs locomotion correlated with level of cognitive function, being lowest in age-unimpaired dogs and highest in impaired dogs. Exploratory behavior, as measured by response to novelty, varied with age, with young dogs scoring the highest. Young dogs spent more time with novel toys and a person, responded more to a silhouette of a dog, and interacted more with a model dog compared to aged dogs. Among the aged dogs, age-unimpaired dogs spent the greatest amount of time sitting or standing beside a person whereas age-impaired dogs spent the most time reacting to a reflection in a mirror. The age-impaired dogs show undirected, stereotypical types of behavioral patterns. These differences in activity patterns may be linked to underlying age-associated neuropathology.     

A multiple option observation system for experimental studies: MOOSES

The purpose of this article is to outline the development of the Multiple Option Observation System for Experimental Studies (MOOSES), a flexible data collection package for applied behavioral research. Several data collection options are available to users of MOOSES. Event-based recording, interaction-based recording, duration recording, and interval recording are available to the users and can be used individually or together, depending upon the research question. The collection program can incorporate any of the keys on the keyboard. Function keys on the top or side are used for toggle (duration states) type data collection. Types of analysis include frequency and duration of discrete events, frequency of general behavior states, frequency and duration of events within behavioral states, percent interval analysis, sequential analysis, and interobserver agreement. Data obtained from MOOSES is easily incorporated with other data for further statistical analysis with standard statistical packages or popular spreadsheet programs. Applications of MOOSES and its uses in social interaction research are presented. Comparisons with other similar systems are provided.