Melting ‘Snow’ and Shifting ‘Cultures’: The Strategic Repositioning of Australian Universities' Research and Development

The original C P Snow analysis of intellectual traditions ("the two cultures") highlighted very different world views and ways of proceeding for scientists and non‐scientists and critiqued both cultures for their failure to respond to the challenges of industrialisation and to intersect intellectually. Strong parallels can be drawn with academe today: while new linkages between science and technology have occurred, there has been little intersection with and recognition of the Humanities and Social Sciences and the roles they can play in producing “creative chances” for Australia's strategic development, or of the value of the two cultures “intersecting” in new ways. The future for technological innovation and international competitiveness for Australia lies in melting “Snow” and dissolving the stand‐off between the two “cultures”.     

Self‐help in research and development relating to assessment: a case study

This article briefly chronicles nearly a decade of research and development activity undertaken in the area of assessment by a group of committed volunteers, ‘The Student Assessment and Classification Working Group’ (SACWG). However, greater attention is given to demonstrating what a self‐help approach can achieve in respect of research and development in higher education, and to identifying the factors that contribute to success in this respect. It is suggested that the approach has transfer value, provided that certain conditions are met.     

“Students Get What Flows Downward”: District Leaders’ Rationalizations of the Standardized Testing of Children

What do students stand to gain from high-stakes, standardized testing? We consider answers to this question from the perspective of urban district leaders tasked with designing and overseeing the implementation of standardized testing policies. Results revealed variation in leaders’ framing of and rationale for standardized testing with respect to benefits for students and whether/why students should strive for high test scores. Implications for both approaches to standardized testing and broader improvement initiatives are discussed.     

Reflection‐Impulsivity in Retarded Adolescents and Non‐retarded Children

This study examined the responses to Kagan's Reflectivity‐Impulsivity test (and its relevance to temptation to steal dilemmas) of mentally retarded and non‐retarded subjects matched for both MA and CA and for sex. Retarded subjects were less reflective than non‐retarded children when matched on the basis of CA but showed no difference when matched on the basis of MA, confirming findings by Borys and Spitz (1978).     

Effect of loading on peak power of the bar,body, and system during power cleans,squats, and jump squats

Abstract

Nine males (age 24.7 ± 2.1 years, height 175.3 ± 5.5 cm, body mass 80.8 ± 7.2 kg, power clean 1-RM 97.1 ± 6.36 kg, squat 1-RM = 138.3 ± 20.9 kg) participated in this study. On day 1, the participants performed a one-repetition maximum (1-RM) in the power clean and the squat. On days 2, 3, and 4, participants performed the power clean, squat or jump squat. Loading for the power clean ranged from 30% to 90% of the participant's power clean 1-RM and loading for the squat and jump squat ranged from 0% to 90% of the participant's squat 1-RM, all at 10% increments. Peak force, velocity, and power were calculated for the bar, body, and system (bar + body) for all power clean, squat, and jump squat trials. Results indicate that peak power for the bar, body, and system is differentially affected by load and movement pattern. When using the power clean, squat or jump squat for training, the optimal load in each exercise may vary. Throwing athletes or weightlifters may be most concerned with bar power, but jumpers or sprinters may be more concerned with body or system power. Thus, the exercise type and load vary according to the desired stimulus.