The NCATE Process and behaviorally-based special education

The National Council for Accreditation of Teacher Education (NCATE) has long sought to identify effective programs for teacher preparation in this country. Recently, the Council has revised its standards to be more rigorous and demanding. This revision presents new and challenging standards for the accreditation of programs preparing educators. The most problematic but most important of these new standards is the requirement of a well-articulated knowledge base supporting a program's content and processes. Development of the knowledge base statement involves the articulation of the program's philosophy, theme, model, goals, objectives, primary research base, wisdom of practice, and evaluation procedures. A behavioral model serves well in meeting these requirements, particularly since behavioral applications in education are well researched and the approach is compatible with the emphasis on specific goals and objectives and evaluation of effectiveness. Effective educational methods are available and are mostly behavioral. The articulation of the NCATE knowledge base encourages education faculty, traditionally nonbehavioral, to examine the effectiveness of their programs and to demonstrate research and professional support for content and instructional methods. A behavioral knowledge base statement appropriate for NCATE is demonstrated through examples drawn from Gonzaga University's knowledge base for special education.     

Relations between mental performance and reaction time: New aspects of an old problem

The relation between simple and complex reaction time and psychometrically determined mental performance was reexamined with 486 subjects of above-average intelligence. Various standardized tests measuring aspects of cognitive ability, memory and ability to concentrate were used. Simple and complex reaction times were measured using the Klebelsberg modification of the Mierke apparatus. Correlations between complex reaction time and mental performance as observed by other investigators were mostly confirmed. We found, however, the strongest and most consistent correlations with tests measuring short-term memory; ability to concentrate and spatial ability. On the other hand, tests known and shown again in this paper to load highly on Spearman's general factor g, such as verbal abilities; combinatoric thinking; abstraction; or calculation gave only trivial, and, in most cases, nonsignificant correlations with complex reaction time. We even observed a negative (though, for our data, not significant) correlation between g-loadings of subtests and their correlations with complex reaction time for the only complete standardized intelligence test used in this study, the “Intelligenz-Strukturtest (Amthauer).” Therefore, this study does not support the hypothesis that fast processing of complex information as measured by complex reaction time is the decisive component of the general factor of intelligence g.     

A multitrait-multimethod examination of affect structure: hedonic level and emotional intensity

Past research on the personality structure of affect suggests that hedonic level and emotional intensity are two separate major dimensions. The present study employed a multitrait-multimethod approach to verify this finding. Seventy-four University of Illinois students completed daily mood reports and self-report questionnaires, and their parents completed a questionnaire about them. Both hedonic level and intensity measures were used. The convergent validities (monotrait-multimethod correlations) were all significant and tended to be highest for emotional intensity. The multitrait-monomethod coefficients were nonsignificant, as were the correlations based on different measures of different traits. The data were interpreted as supporting the distinction between hedonic level and affect intensity, as well as supporting the validity of the measures.     

Choice of situations and congruence models of interactionism

Recent studies of person-situation interactions have focused nearly exclusively on the statistical rather than reciprocal form of the concept. In an attempt to reverse this trend, two models of reciprocal interactionism are offered: choice of situations and congruence response models. The choice model proposes that individuals select situations and avoid others on the basis of certain underlying needs and dispositions. According to the congruence model, individuals should experience greater positive affect and less negative affect in situations which are congruent with their personality characteristics. Individuals indicated the frequency with which thay had recently participated in various recreation situations and also reported the affects they felt when in those situations. Some support was found for both models of interactionism, thus the choice of model appeared stronger. Implications of the choice model for the personality consistency issue and personality assessment are discussed, and suggestions for future research are offered.     

General knowledge monitoring as a predictor of in‐class exam performance

Background. Current theories of self‐regulated learning predict a positive link between student monitoring accuracy and performance: students who more accurately monitor their knowledge of a particular set of materials are expected to more effectively regulate their subsequent study of those materials, which in turn should lead to higher test performance. Aims. The present study further explored the link between monitoring accuracy and performance by investigating whether monitoring of one set of materials would predict performance on a different set of materials. Sample. The participants were college students (N= 379) enrolled in an educational psychology course. Method. Students’ monitoring accuracy was measured at the start of the semester; the monitoring task involved materials that were not related to class content (i.e., general knowledge vocabulary) and that were related to class content (i.e., terms from educational psychology). Target performance was students’ scores on the final exam. Results. Monitoring accuracy significantly predicted student performance on the final exam, even when the monitoring task and final test were based on materials from different content domains. Also, the class‐related (vs. unrelated) materials in the monitoring task did not improve the predictive validity of monitoring accuracy, suggesting a limited role for domain specificity in the relationship between monitoring skill and performance. Conclusions. This study establishes a critical link between general monitoring accuracy and exam performance within a classroom setting.     

Performances on Rey Auditory Verbal Learning Test and Rey Complex Figure Test in a healthy, elderly Danish sample--reference data and validity issues

This study presents Danish data for Rey Auditory Verbal Learning Test (RAVLT) and Rey Complex Figure Test (RCFT) from 100 subjects aged 60-87 years. Education and estimated verbal intelligence (DART score) had a significant impact on the RAVLT trial 1-5 score but not on other RAVLT measures. The RCFT copy score was significantly related to age and the DART score. On RCFT recall a highly significant difference was found between persons who could make a faultless copy and persons with incomplete copy performance. Thus, this study presents separate data for RCFT recall scores according to the subjects' copying performance (in separate tables for age and education groups). For all measures on both RAVLT and RCFT wide distributions of scores were found and the impact of this broad score range on the tests' discriminative validity is discussed. RAVLT performances for elderly were similar to previous published meta-norms, but the included sample of elderly Danes performed better on RCFT (copy and recall) than elderly from the United States.     

Flexibility in Visual Working Memory: Accurate Change Detection in the Face of Irrelevant Variations in Position

Many recent studies of visual working memory have used change-detection tasks in which subjects view sequential displays and are asked to report whether they are identical or if one object has changed. A key question is whether the memory system used to perform this task is sufficiently flexible to detect changes in object identity independent of spatial transformations, but previous research has yielded contradictory results. To address this issue, the present study compared standard change-detection tasks with tasks in which the objects varied in size or position between successive arrays. Performance was nearly identical across the standard and transformed tasks unless the task implicitly encouraged spatial encoding. These results resolve the discrepancies in prior studies and demonstrate that the visual working memory system can detect changes in object identity across spatial transformations.     

Building biases in infancy: the influence of race on face and voice emotion matching

Early in the first year of life infants exhibit equivalent performance distinguishing among people within their own race and within other races. However, with development and experience, their face recognition skills become tuned to groups of people they interact with the most. This developmental tuning is hypothesized to be the origin of adult face processing biases including the other-race bias. In adults the other-race bias has also been associated with impairments in facial emotion processing for other-race faces. The present investigation aimed to show perceptual narrowing for other-race faces during infancy and to determine whether the race of a face influences infants' ability to match emotional sounds with emotional facial expressions. Behavioral (visual-paired comparison; VPC) and electrophysiological (event-related potentials; ERPs) measures were recorded in 5-month-old and 9-month-old infants. Behaviorally, 5-month-olds distinguished faces within their own race and within another race, whereas 9-month-olds only distinguish faces within their own race. ERPs were recorded while an emotion sound (laughing or crying) was presented prior to viewing an image of a static African American or Caucasian face expressing either a happy or a sad emotion. Consistent with behavioral findings, ERPs revealed race-specific perceptual processing of faces and emotion/sound face congruency at 9 months but not 5 months of age. In addition, from 5 to 9 months, the neural networks activated for sound/face congruency were found to shift from an anterior ERP component (Nc) related to attention to posterior ERP components (N290, P400) related to perception.