Learning a transparent orthography at five years old: reading development of children during their first year of formal reading instruction in Wales

This study compared the early reading development of five‐year‐old children who were learning to read either English (an opaque orthography) or Welsh (a shallow orthography). The children were being educated in Welsh and English‐speaking primary schools in Wales during their first year of formal reading instruction. Teaching methods in both schools emphasised phonics. The reading, letter recognition and phonological awareness skills of the children were tested at three points in the year (November 1998, March 1999 and June 1999). By March, the children who were learning to read in Welsh were performing better than the English‐speaking group at word recognition. The English‐speaking children showed some improvement in their ability to read regular words across the three test phases, but no significant improvement in their ability to read irregular words. The children learning to read in Welsh also performed better on a phoneme counting task in March and June than the English‐speaking children. Both groups performed similarly on tests of letter recognition throughout the year. The results suggest that a transparent orthography facilitates reading acquisition and phoneme awareness skills from the earliest stages of reading development onward.     

Reading and cognitive abilities: Longitudinal studies of brain and behavior changes in young children

This paper focuses on methods useful for identifying differences in the development of language reading abilities in children that rely on measures of brain responses and behavioral assessments. Findings from longitudinal and cross-sectional studies using brain and behavior measures are described, along with findings from research designed to influence changes in brain and behavioral responses through training. The findings show differences in event-related potentials (ERP) responses recorded at birth that are related to a child’s later performance on language and reading tasks. Such findings point to a strong biological influence on the development of language and reading skills. However, other findings show that the influence of biological factors on brain processing can be modified through learning. In fact, several studies show that even brief periods of stimulation and opportunities for learning can produce changes in the brain’s ERP repsonses. Such findings suggest that new approaches to evaluating the effectiveness of interventions might change the rate and likelihood of developmental changes.     

‘Working the ruins’ of collaborative feminist research

In this paper, I enact an ‘inquiry among the ruins’ of a collaborative feminist duoethnography. Through the process of exploring instances of failure, I aim to (re)think ‘collaborative’ research, feminist goals for collaborative research, and a space for such research in the academy. As I work the ruins of a duoethnography, I read failures as a series of paradoxical ‘betrayals’ in hopes of being ‘accountable to complexity’ so to open up spaces for new ways of theorizing and practicing collaborative feminist research.     

Empirical Tests of a Brain-Based Model of Executive Function Development

Executive function (EF) plays a foundational role in development. A brain-based model of EF development is probed for the experiences that strengthen EF in the dimensional change card sort task in which children sort cards by one rule and then are asked to switch to another. Three-year-olds perseverate on the first rule, failing the task, whereas 4-year-olds pass. Three predictions of the model are tested to help 3-year-olds (N = 54) pass. Experiment 1 shows that experience with shapes and the label “shape” helps children. Experiment 2 shows that experience with colors—without a label—helps children. Experiment 3 shows that experience with colors induces dimensional attention. The implications of this work for early intervention are discussed.     

Lighting design by the interflection method

Proposed international terminology¹ used in the paper is as follows: pharos F = luminous flux (lumen), pharosage D - luminous flux density (lumen m^?2, helios H = generalized brightness (pharosage per unit solid angle, expressed in blondels).     

Collective team behaviour of Australian Rules football during phases of match play

Using the spatiotemporal characteristics of players, the primary aim of this study was to determine whether differences in collective team behaviour exist in Australian Rules football during different phases of match play. The secondary aim was to determine the extent to which collective team behaviour differed between competing teams and match half. Data was collected via 10 Hz global positioning system devices from a professional club during a 2 × 20 min, 15-v-15-match simulation drill. Five spatiotemporal variables from each team (x centroid, y centroid, length, width, and surface area) were collected and analysed during offensive, defensive, and contested phases. A multivariate analysis of variance comparing phase of match play (offensive, defensive, contested), Team (A & B), and Half (1 & 2) revealed that x-axis centroid and y-axis centroid showed considerable variation during all phases of match play. Length, width, and surface area were typically greater during the offensive phase comparative to defensive and contested phases. Clear differences were observed between teams with large differences recorded for length, width, and surface area during all phases of match play. Spatiotemporal variables that describe collective team behaviour may be used to understand team tactics and styles of play.