The 'Simple View' of Reading: Some evidence and possible implications

This article explores components of reading accuracy and comprehension in 14 teenagers. The study contrasted the explanatory power of decoding and listening comprehension subskills (the 'simple view of reading'; Gough & Tunmer, 1990), and 'verbal cognitive ability' (a more traditional psychometric model). Research also investigated teenagers' literacy self-percepts. Listening comprehension was the best predictor of reading comprehension, although reading accuracy was an additional predictor. Decoding skills best predicted reading accuracy. Reading self-percepts correlated with decoding but not comprehension skills. Possible uses of 'the simple view of reading' for conceptualisations of literacy problems, interventions and effective professional roles are considered.     

Giftedness as Developing Expertise: A theory of the interface between high abilities and achieved excellence

This article describes how giftedness can be viewed as developing expertise. The general conception of giftedness as developing expertise is outlined. Then research examples are given that, in conjunction, seem odd under traditional interpretations of abilities but that make sense as a whole in the context of the developing expertise model. It is concluded that this new model offers potential for better understanding the nature of giftedness.     

Developmental change in proactive interference

The aim of the present research was to examine age-related change in proactive interference, which refers to impaired recall due to interference from material presented previously. Study 1 was a meta-analysis based on 26 studies that included 82 data sets. The results indicated that proactive interference decreased between 4 and 13 years of age. In Study 2, children from grades 3 through 6 and college students (N = 125) were administered a short-term memory task in which they briefly remembered sets of three words. For all ages, recall was accurate on Trial 1. However, recall became less accurate over Trials 2 through 4, particularly for the younger children in the sample. In addition, structural equation modeling revealed that age-related change in interference was linked to age-related change in speed of information processing. Results are discussed in terms of the nature of age-related change in interference.     

Achievement differences in structured versus unstructured instructional geometry programs

This study investigated the effect of students' ability and type of instructional program, structured and unstructured, on easy and difficult posttest items. Seventh-grade students worked through 14 instructional activities in The Geometer Sketchpad, a dynamic geometry program, and accessed a Geometry tutorial developed to parallel the state geometry standards. Low-ability students scored higher in the less structured program, whereas high- and medium-ability learners performed better in the structured program. High- and medium-ability students outscored low-ability learners by a greater margin on the difficult items than on the easy items. Although their overall performance was poor in both programs, that low-ability learners performed relatively better in the less structured, less traditional, mathematics activities is an encouraging finding for mathematics educators and designers of open-ended learning environments.     

Attitudes to Making Art in the Primary School

Recent research suggests that the majority of primary school teachers in the UK believe that the purpose of teaching art and design is to develop skills associated with creativity, communication and expression. This article is based on research into the attitudes held by primary school pupils towards making art. The reflective nature of many of the responses to the survey provides persuasive evidence of young children's capacity for absorbing relatively complex ideas, which in turn has implications for teacher expectations of pupil learning in art and design.     

GAP: a Graphics Authoring Package which produces BASIC from graphical input

The authors argue that there is a need for a microcomputer software authoring package which produces graphics. The novel feature of the Graphics Authoring Package (GAP) which they developed is that it produces Basic code from the user's graphical input. GAP is described together with the results of an evaluation study. The results indicate that the package is easy to use, effective in rapidly producing graphics code and that, in general, it fills a gap in the current range of educational software.     

New settings and changing norms for principal development

During the 1980s, the field of professional development for school leaders expanded in numerous respects: raw enrollment figures, intensity and breadth of participation, types and number of in-service providers, approaches to program governance, variety of curricular and instructional approaches. Previous analyses have compared this new inservice movement with traditional efforts to prepare school administrators. Typically these comparisons have sought to highlight differences between pre- and post-1980 development efforts, thereby unintentionally masking important organizational and programmatic differences among the emergent programs. This article focuses specifically on describing and assessing the range of variation among the predominant professional development programs born in the 1980s. We highlight divergent trends with respect to the organizational processes and program content that characterize these programs and identify their varying potential for reaching competing policy goals. Finally, we suggest implications for both policy and practice in the field of administrative development.     

Summation and overexpectation with qualitatively different outcomes

In five experiments, a Pavlovian appetitive conditioning preparation was used with rats to explore the interaction of associations with different, but equivalently valued, outcomes. Experiment 1 demonstrated summation in magazine responding when two stimuli previously associated with different outcomes were combined. Experiments 2A and 2B found that pairing that stimulus compound with one of the outcomes led to a decrease in performance (overexpectation) for both of the stimulus elements. Experiments 3A and 3B confirmed that result but demonstrated the continued presence of the original stimulus-outcome associations. The results are consonant with a view in which replacing one outcome with another leads to an associative structure containing both stimulus-outcome associations and an outcome-independent depressive process.     

Math Fluency: Accuracy Versus Speed in Preoperational and Concrete Operational First and Second Grade Children

Cognitive abilities as well as math fluency play an important role in mathematical skills. Understanding the relationship between cognitive abilities and mathematical skills is imperative to teaching effective arithmetic skills. The present study aimed to investigate the relationship between cognitive ability and math fluency with 38 first and second grade elementary aged children. Results demonstrate that preoperational children lacked the speed of concrete operational children but achieved comparable levels of accuracy when completing arithmetic problems.