The invention of the commercial sports bra in 1977 was a significant advancement for physically active women. Despite its humble origins as an enabling technology, the sports bra has since been invested with new and varied cultural meanings and currencies. In this article I critically read popular representations of sports bras, specifically advertisements and “iconic sports-bra moments” that circulate around Brandi Chastain’s celebration of the U.S. women’s soccer team’s victory in the 1999 World Cup. I argue that such representations sexualize sports bras and the women who wear them. In addition, these representations homogenize and normalize ideals of femininity, which are considered achievable through technologies of disciplined body management, and reproduce the traditional gender order.
Mark Dyreson and Jaime Schultz
Since the 1981 publication of Perspectives on the Academic Discipline of Physical Education, the history of physical activity has secured a prominent place in the field of kinesiology. Yet, despite encouraging signs of growth, the subdiscipline still remains an undervalued player in the “team scholarship” approach. Without the integration of historical sensibilities in kinesiology’s biggest questions, our understanding of human movement remains incomplete. Historians of physical activity share many “big questions” and “hot topics” with researchers in other domains of kinesiology. Intriguing possibilities for integrating research endeavors between historians and scholars from other domains beckon, particularly as scientists share the historical fascination with exploring the processes of change over time.
Jaime Schultz, W. Larry Kenney, and Andrew D. Linden
Kathleen F. Janz, Smita Rao, Hope J. Baumann, and Jaime L. Schultz
Ground reaction forces (GRF) are associated with bone hypertrophy; therefore, they are important to understanding physical activity’s role in children’s bone health. In this study, we examined the ability of accelerometry to predict vertical GRF in 40 children (mean age 8.6 yr) during slow walking, brisk walking, running, and jumping. Correlation coefficients between accelerometry-derived movement counts and GRF were moderate to high and significant during walking and running, but not during jumping. Given a large proportion of children’s daily physical activity involves ambulation, accelerometry should be useful as a research method in bone-related research. However, this method underestimates GRF during jumping, an important physical activity for bone modeling and remodeling.