A contextualized approach to teaching teachers about classroom-based assessment

An approach to teaching assessment to prospective teachers that is congruent with current theories of learning as a process-in-context is described. The decontextualized nature of traditional assessment courses may contribute to the finding that teachers do not perceive the information learned in such courses to be relevant to their tasks as classroom teachers. We describe a model for teaching central assessment concepts and techniques in the context of teaching and planning for instruction. Excerpts from student self-evaluations show that the course as a whole helped students develop a complex notion of validity that they could use to develop their own valid classroom assessments. Further, they provide evidence that the contextualization of these concepts helped students to see assessment as an essential (and useful aspect of effective teaching.     

Factor analysis of the abbreviated conners teacher rating scale: Implications for the assessment of hyperactivity

A factor analysis of the abbreviated Conners Teacher Rating Scale (CTRS) was completed using a sample of 108 regular and special education students. Two factors accounted for 69.5% of the total response variance: Factor I consisted of items describing attention deficits and motor activity, and Factor II consisted of items describing excessive affective reactions. It is suggested that the abbreviated CTRS be interpreted with respect to its latent structure, rather than to one global score as has been common practice.     

Screening for giftedness with the Slosson and the scale for rating behavioral characteristics of superior students

Children who had been nominated as potential candidates for gifted programs were assessed to determine the relationships among certain behavioral and intellectual characteristics. Records were compiled listing 132 first- through eighth-grade children's race, sex, age, grade level, Slosson Intelligence Test (SIT) IQ scores, Scale for Rating Behavioral Characteristics of Superior Students (SRBCSS) scores, and WISC-R IQs. Only children achieving SIT IQs of 130 or higher were included. A regression equation for the prediction of a WISC-R Full Scale IQ score from a given SIT score was computed and compared to that developed for predicting the WISC-R IQ in another study. All variables except SIT IQ were poor predictors of WISC-R IQ scores. A moderate correlation was computed between SIT and WISC-R Verbal and Full Scale IQ scores. A somewhat lower, but still significant, degree of relationship was found between SIT and WISC-R Performance IQ scores. Some difficulties with using the SIT as a screen for gifted programs are discussed.     

A brief behavior rating scale for children in a school setting

A brief behavior rating scale consisting of 28 items divided into 7 categories was developed for use in a school setting. Reliability coefficients for each of the categories ranged from.79 to.91; total reliability was.92. Test validity was based upon the successful discrimination between neurologically impaired, socially maladjusted, emotionally handicapped, and normal children.     

The implications of congenital deafness for working memory

A model of the working memory of the congenitally deaf was built based on Baddeley's model. Following an examination of the literature pertaining to encoding used by the congenitally deaf, I concluded that a model of the working memory of the deaf must include subsystems for articulatory, sign, and visual encoding. By highlighting the inherent flexibility of a model such as Baddeley's, the proposed model allows for applications to the deaf, other special, and hearing populations.     

Writing assessment: Raters' elaboration of the rating task

This study examined how highly experienced raters do writing assessment, with a focus on how the raters defined the assessment task. Three raters followed a think-aloud procedure as they evaluated two sets of writing. Analyses of the think-aloud protocols showed that raters defined the task in three very different ways:

• 1.1) by searching the rubric to make a match between their response to the text and the language of the scoring rubric (search elaboration),
• 2.2) by assigning a score directly based on a quick general impression (simple recognition elaboration), or
• 3.3) by analyzing the criteria prior to score assignment without considering alternative scores (complex recognition elaboration).

Raters differed in their use of task definitions when they evaluated the same texts. These results are discussed in terms of the effect of different task elaborations on the validity of writing assessment.     

The reliability of test scores for the pervasive developmental disorders rating scale

The Pervasive Developmental Disorders Rating Scale (PDDRS; Eaves, 1993) is a screening instrument used in the assessment of autistic disorder. In this study, the reliability of test scores for the PDDRS was examined with three samples. The first sample consisted of 456 participants ranging in age from 1 to 12 years old and the second sample consisted of 111 participants in the 13 to 24 year‐old range. Additionally, the test‐retest reliability of scores for the PDDRS was examined with a sample of 40 participants. The results indicated that coefficient alpha for the PDDRS Total Score was adequate for screening purposes (r = .89) for both age groups. The results of the test‐retest study also suggested that PDDRS had adequate test‐retest reliability (r = .92) for the PDDRS Total Score. © 2002 Wiley Periodicals, Inc. Psychol Schs 39: 605–611, 2002.     

言语工作记忆在双语加工中的作用

本文探讨了言语工作记忆在双语者第一语言和第二语言学习中发挥的不同作用,尤其在两种语言的阅读理解、语法理解、口语水平、词汇密度和语言成绩等方面,并推论它在形式不同的语言加工中具有特殊性和普适性。     

Primacy in animals’ working memory: Artifacts

In response to commentaries on an earlier review (Gaffan, 1992), it is acknowledged that there is more recent evidence for primacy in animals’ list memory, which is not susceptible to the methodological criticisms discussed in the review. However, methods advocated by the commentators are liable to produce spurious assessments of primacy, and the original objections still stand.     

The development of mental processing: efficiency,working memory,and thinking

This Monograph aims to contribute to the information processing, the differential, and the developmental modeling of the mind, and to work these into an integrated theory. Toward this aim, a longitudinal study is presented that investigates the relations between processing efficiency, working memory, and problem solving from the age of 8 years to to the age of 16 years. The study involved 113 participants, about equally drawn among 8-, 10-, 12-, and 14-year-olds at the first testing; these participants were tested two more times spaced one year apart. Participants were tested with a large array of tasks addressed to processing efficiency (i.e., speed of processing and inhibition), working memory (in terms of Baddeley's model, phonological storage, visual storage, and the central executive of working memory), and problem solving (quantitative, spatial, and verbal reasoning). Confirmatory factor analysis validated the presence of each of the above dimensions and indicated that they are organized in a three-stratum hierarchy. The first stratum includes all of the individual dimensions mentioned above. These dimensions are organized, at the second stratum, in three constructs: processing efficiency, working memory, and problem solving. Finally, all second-order constructs are strongly related to a third-order general factor. This structure was stable in time. Structural equation modeling indicated that the various dimensions are interrelated in a cascade fashion so that more fundamental dimensions are part of more complex dimensions. That is, speed of processing is the most important aspect of processing efficiency, and it perfectly relates to the condition of inhibition, indicating that the more efficient one is in stimulus encoding and identification, the more efficient one is in inhibition. In turn, processing efficiency is strongly related to the condition of executive processes in working memory, which, in turn, is related to the condition of the two modality-specific stores (phonological and visual). Finally, problem solving is related to processing efficiency and working memory, the central executive in particular. All dimensions appear to change systematically with time. Growth modeling suggested that there are significant individual differences in attainment in each of the three aspects of the mind investigated. Moreover, each of the three aspects of the mind as well as their interrelations change differently during development. Mixture growth modeling suggested that there are four types of developing persons, each defined by a different combination of performance in these aspects of the mind. Some types are more efficient and stable developers than others. These analyses indicated that processing efficiency is a factor closely associated with developmental differences in problem solving, whereas working memory is associated with individual differences. Modeling by logistic equations uncovered the rates and form of change in the various dimensions and their reciprocal interactions during development. These findings are discussed from the point of view of information processing, differential, and developmental models of thinking, and an integrative model is proposed.     

Fluid reasoning,working memory and planning ability in assessment of risk for mathematical difficulties

ABSTRACT

The demands on mathematical problem-solving have increased in almost all school systems internationally and may constitute a barrier for children with special educational needs (SEN). This study explored the role of fluid reasoning (FR), working memory (WM) and complex executive function of planning (EF) in children (N = 62) referred for assessment of SEN, and specifically of risk for mathematical difficulties (MD). Performances on FR, WM and complex EF of planning were used to predict risk for MD. Results showed that planning ability predicted children at risk for MD, beyond FR or WM ability, when comparing with children not at risk for MD. It was concluded that assessing the complex EF of planning in addition to FR and WM ability is crucial in identifying children at risk for MD. The importance of understanding how planning ability affects children’s mathematical problem-solving is discussed, in relation to assessment and teaching practices.     

A factor analytic and reliability study of the devereux elementary school behavior rating scale

The inter-rater and test-retest reliabilities of the Devereux Elementary School Behavior (DESB) Rating Scale were found to be satisfactory when averaged over two raters. Two separate factor analyses of the eleven subscales revealed three broadband factors: Classroom Management Problem, Self-Reliant Learner, and Seeks Teacher Approval. Each broad-band or major factor is composed of a cluster of subscales that describe the different facets of the three main factors.     

The association between working memory and educational attainment as measured in different mathematical subtopics in the Swedish national assessment: primary education

The aim of this study was to examine the relationship between working memory capacity and mathematical performance measured by the national curriculum assessment in third-grade children (n?=?40). The national tests concerned six subareas within mathematics. One-way ANOVA, two-tailed Pearson correlation and multiple regression analyses were conducted. The results showed that working memory could be deemed as a predictor for the overall mathematical ability. However, the significance of working memory contributions varied for the different mathematical domains assessed. Working memory contributed most to basic mathematical competencies. Algorithms were not explained significantly by working memory. The contributions of different working memory resources varied as a function of the mathematical domain, but in certain respects the variance was shared across the elements and both visuo-spatial and phonological abilities seem important for mathematic performance. We suggest that individuals’ working memory capacity is important to take into consideration in learning.     

The role of goals and affect in working memory functioning

This study investigated the direct and mediated effects of mastery and performance goals, negative affect, and task-irrelevant thoughts on working memory in a sample of undergraduates (N = 177). Results indicated that negative affect mediated the positive relation between mastery goals and working memory; students with mastery goals reported decreased negative affect, which in turn was related to enhanced working-memory functioning. In contrast, performance goals had a negative indirect relation to working memory by increasing negative affect. After controlling for negative affect, there was also a positive relation between performance goals and working memory for males, but not for females. Finally, task-irrelevant thoughts were not a significant predictor of working memory when negative affect was in the model, and were subsequently removed from the model. Implications for the relation between achievement goals, working memory, and cognitive outcomes are discussed.     

State anxiety and working memory in children: A test of processing efficiency theory

This study investigated the effect of individual differences in state anxiety on tasks tapping the central executive, phonological, and visuo‐spatial components of working memory (WM). It was designed to test Eysenck and Calvo’s processing efficiency theory (PET) which suggests that the phonological and executive components of WM may be important in understanding learning outcomes in anxiety. Typically‐developing children aged 9–10 years were split into high and low state anxiety groups. They performed three WM tasks – forward and backward digit span (assumed to measure phonological and central executive components of WM respectively) and a spatial working memory task (measuring the visuo‐spatial component of WM). Measurements of task accuracy were taken as an indicator of performance outcome or effectiveness. Time taken to complete tasks and a subjective rating of mental effort were taken as measurements of performance efficiency. No differences were found between high and low state anxiety groups in task accuracy for any measure. Children in the high state anxiety group, however, took longer to complete the backward digit span task and reported increased mental effort in the forward digit span task, indicating some effect of anxiety on measures of performance efficiency.     

Validity of the children's orientation to book reading rating scale

The present study investigates the validity of a 4‐point rating scale used to measure the level of preschool children's orientation to literacy during shared book reading. Validity was explored by (a) comparing the children's level of literacy orientation as measured with the Children's Orientation to Book Reading Rating Scale (COB) with a teacher's rating of a child's level of attention and effortful control on the Children's Behaviour Questionnaire (CBQ), and (b) computing the predictive validity of a child's COB rating with overall levels of emergent literacy at the end of the preschool school year. This study involved 46 preschool children from low‐income backgrounds; children's literacy orientation was rated during a group teacher‐led book reading. Children's ratings of literacy orientation during shared book reading using the global 4‐point COB scale were significantly correlated with teacher ratings of a child's attention and effortful control as measured on the CBQ. Hierarchical regression results indicated children's literacy orientation significantly predicted children's end‐of‐year alphabet knowledge and overall emergent reading skills above and beyond the variance contributed by children's language skills and family income. The validity of a global rating for indexing children's level of literacy orientation was supported. Educational implications and recommendations for the COB as a component of early literacy assessment are discussed.     

A working memory model applied to mathematical word problem solving

The main objective of this study is (a) to explore the relationship among cognitive style (field dependence/independence), working memory, and mathematics anxiety and (b) to examine their effects on students’ mathematics problem solving. A sample of 161 school girls (13–14 years old) were tested on (1) the Witkin’s cognitive style (Group Embedded Figure Test) and (2) Digit Span Backwards Test, with two mathematics exams. Results obtained indicate that the effect of field dependency, working memory, and mathematics anxiety on students' mathematical word problem solving was significant. Moreover, the correlation among working memory capacity, cognitive style, and students’ mathematics anxiety was significant. Overall, these findings could help to provide some practical implications for adapting problem solving skills and effective teaching/learning.     

The neural correlates of working memory training in typically developing children

Working memory training improves children's cognitive performance on untrained tasks; however, little is known about the underlying neural mechanisms. This was investigated in 32 typically developing children aged 10–14 years (19 girls and 13 boys) using a randomized controlled design and multi-modal magnetic resonance imaging (Devon, UK; 2015–2016). Training improved working memory performance and increased intrinsic functional connectivity between the bilateral intraparietal sulci. Furthermore, improvements in working memory were associated with greater recruitment of the left middle frontal gyrus on a complex span task. Repeated engagement of fronto-parietal regions during training may increase their activity and functional connectivity over time, affording greater working memory performance. The plausibility of generalizable cognitive benefits from a neurobiological perspective and implications for neurodevelopmental theory are discussed.