The Educational Relevance of Research in Cognitive Neuroscience

The benefits of incorporating findings from cognitive neuroscience into the field of educational psychology are considered. The first section begins with arguments against the idea that one can ignore the brain when positing a model of student learning or motivation. The second section describes limitations in the methods used to reveal brain-cognition relations. In the third section, properties of the brain and brain development are described. The fourth section summarizes the cognitive neuroscientific research on attention, memory, reading, and math. Finally, areas of future research in cognitive neuroscience are suggested that would help answer important questions about individual and developmental differences in student learning.     

When Changing from Merit Pay to Variable/Bonus Pay: What Do Employees Want?

ABSTRACT This study examines potential responses to a change in an employee reward system from permanent merit pay increases to one‐time bonus payments. Removing long term risks associated with escalating pay is an increasingly common compensation strategy. Often overlooked, however, are employee perceptions of reward fairness under such conditions of change. Receiving lump sum payments in lieu of permanent merit pay increase may de‐motivate employees. There has been little or no research conducted on this topic. In this study, using samples of practicing HR managers and university students, an equity questionnaire gathered data on the perceived equivalence between a permanent merit pay increase and what might be demanded by employees as a single payment in its replacement. An analysis of the data collected indicate an approximate 1:2 ratio is needed, such that a proposed lump‐sum payment of $2400 would be perceived as a fair replacement for a permanent merit pay allocation of $1200 per year. Our research indicates that this 1:2 ratio holds for both high and low job satisfaction levels.     

Infant and preschool reinforcement survey

An empirically developed infant and preschool reinforcement survey was completed by 35 parents and 21 children. Test-retest reliability coefficients were computed on these data after a one-week interval. The development of the survey, as well as its usefulness for school psychologists, is described.     

Understanding Spelling

Stage models of learning to spell have not been helpful to teachers in teaching spelling. A three year project, based in three inner London primary schools, showed that although there is a developmental dimension to learning to spell, children nevertheless draw on several sources of knowledge from the outset. Reading and spelling are related but it is likely that phonemic understanding is gained more readily through spelling than it is in the context of reading. The project set out to examine how children develop as spellers and the nature of the links between children’s development in spelling, writing and reading. It examined the progress in spelling of two groups of children: a KS 1 group of children learning to read and write, and of a group of KS2 children who were fluent readers but who had spelling difficulties. The project also drew out the implications of its study for teachers and developed a spelling assessment framework to help teachers in analysing children’s spellings.     

Physical movement demands of elite-level netball match-play as measured by an indoor positioning system

ABSTRACT

Physical movement demands in elite netball match-play have been limited to notational analysis or accelerometer-derived measures, due in part to the indoor environment in which they are played. Commercially available local positioning systems (LPS) using ultra-wideband communication have been designed to bring similar capabilities as global positioning systems (GPS) to indoor environments. This study aims to quantify both spatiotemporal and traditional accelerometer-derived measures, to assess the movement demands of all playing positions, during Australian national netball league matches. Total distance, metreage per minute, acceleration density, acceleration density index, acceleration load, jumps, velocity bands, acceleration bands and PlayerLoad variables have been presented for each position. Mean total distance-covered in match-play differed substantially between positions. Centre position accumulated the highest mean distance (5462.1 ± 169.4 m), whilst the Goal Shooter consistently covered the lowest mean distance (2134 ± 102.6 m). Change of direction relative to movement area was highest for the two most restricted positions based on average acceleration per 10 m covered during match-play (Goal Shooter; 7.21 ± 0.88 m · s ^{? 2} and Goal Keeper; 6.75 ± 0.37 m · s ^{? 2}, remaining positions; 5.71 ± 0.14 m · s ^{? 2}). The positional profiles outlined in this study can assist skill and conditioning coaches to prescribe training sessions that will optimise the athlete’s physical preparation for the demands of competition.