Experiential learning is a critical component of sport management education and industry preparation; however, the inclusion of time-intensive experiential projects can displace content learning. Blended learning integrates face-to-face and online instruction to enable the space to maximize multiple learning types. This article proposes an innovative experiential project that integrates blended learning—implemented in a sport event management course—with reflection and scholarship supporting the pedagogical strategies. The article concludes with implications to optimize blended learning (e.g., multimedia, pedagogical workshops, course evaluation), enhance communication (e.g., office hours, discussion forum, orientation video), and expand student learning outcomes (e.g., reading outlines, video lectures, student assessment).
Leeann M. Lower-Hoppe, Liz A. Wanless, Sarah M. Aldridge and Daniel W. Jones
Daniel W. Jones, Steven F. Figoni, Aaron Parker and Michelle Obispo
Edited by Craig Halls
Christine A. Pellegrini, Jing Song, Rowland W. Chang, Pamela A. Semanik, Jungwha Lee, Linda Ehrlich-Jones, Daniel Pinto and Dorothy D. Dunlop
We examined if changes in moderate-to-vigorous physical activity (MVPA), light activity, and sedentary behavior are related to weight change over a 2-year period in obese adults with/elevated risk for knee osteoarthritis.
Weight, physical activity, and sedentary time at baseline and 2 years were obtained from 459 obese participants from the Osteoarthritis Initiative. Weight change was categorized as ≥ 10 lbs, 5.0 to 9.9 lbs, 4.9 to –4.9 lbs, –5.0 to –9.9 lbs, and ≤ –10 lbs. We examined the association between 2-year weight change categories and changes in activity/sedentary time from accelerometer monitoring by multiple linear regression adjusted for baseline weight, demographic, and health factors.
Across the 5 weight categories (loss to gain), average 2-year change ranged from -7.4 to 28.0 sedentary minutes/day, 4.2 to –23.1 light activity minutes/day, and 3.2 to –4.9 MVPA minutes/day, respectively. Higher weight loss categories were separately associated with increased MVPA (P for trend < 0.001) and less sedentary gain (P for trend = 0.01). Weight loss categories had a strong trend with light activity gain but not statistically significant (P for trend = 0.06).
Small increases in MVPA and decreases in sedentary time over 2 years were associated with weight loss among adults with obesity and with or at elevated risk for knee osteoarthritis.