Sexual assault is highly prevalent among the population of college students, which includes student-athletes. The context of athletics introduces unique risk factors related to alcohol consumption and aspects of sport culture, opportunities for prevention, and ethical considerations and consequences of disclosing and reporting sexual assault. Sport psychology practitioners are closely connected to athletes, and they can potentially serve an important and influential role in prevention and response to sexual assault. In this article, we review literature on sexual assault in college, highlight relevant aspects of the athletic context, summarize legislation and ethical considerations pertinent to sexual assault reporting, and provide practical recommendations for sport psychology practitioners so that they may contribute to preventative efforts and better serve student-athletes who are victims and survivors of sexual assault.
Kendahl Shortway, Marina Oganesova and Andrew Vincent
Aaron T. Scanlan, Ben J. Dascombe, Andrew P. Kidcaff, Jessica L. Peucker and Vincent J. Dalbo
To compare game activity demands between female and male semiprofessional basketball players.
Female (n = 12) and male (n = 12) semiprofessional basketball players were monitored across 3 competitive games. Time–motion-analysis procedures quantified player activity into predefined movement categories across backcourt (BC) and frontcourt (FC) positions. Activity frequencies, durations, and distances were calculated relative to live playing time (min). Work:rest ratios were also calculated using the video data. Game activity was compared between genders for each playing position and all players.
Female players performed at greater running work-rates than male players (45.7 ± 1.4 vs. 42.1 ± 1.7 m/min, P = .05), while male players performed more dribbling than female players (2.5 ± 0.3 vs. 3.0 ± 0.2 s/min; 8.4 ± 0.3 vs. 9.7 ± 0.7 m/min, P = .05). Positional analyses revealed that female BC players performed more low-intensity shuffling (P = .04) and jumping (P = .05), as well as longer (P = .04) jogging durations, than male BC players. Female FC players executed more upper-body activity (P = .03) and larger work:rest ratios (P < .001) than male FC players. No significant gender differences were observed in the overall intermittent demands, distance traveled, high-intensity shuffling activity, and sprinting requirements during game play.
These findings indicate that gender-specific running and dribbling differences might exist in semiprofessional basketball. Furthermore, position-specific variations between female and male basketball players should be considered. These data may prove useful in the development of gender-specific conditioning plans relative to playing position in basketball.
Vincent Ochieng Onywera, Kristi B. Adamo, Andrew W. Sheel, Judith N. Waudo, Michael Kipsugut Boit and Mark S. Tremblay
Comparable data to examine the physical activity (PA) transition in African countries such as Kenya are lacking.
We assessed PA levels from urban (UKEN) and rural (RKEN) environments to examine any evidence of a PA transition. Nine- to twelve-year-old children participated in the study: n = 96 and n = 73 children from UKEN and RKEN, respectively. Pedometers were used to estimate children’s daily step count. Parental perception regarding their child’s PA patterns was collected via questionnaire (n = 172).
RKEN children were more physically active than their UKEN counterparts with a mean average steps per day (± SE) of 14,700 ± 521 vs. 11,717 ± 561 (P < .0001) for RKEN vs. UKEN children respectively. 62.5% of the UKEN children spent 0 hours per week playing screen games compared with 13.1% of UKEN children who spent more than 11 hours per week playing screen games. Seventy percent of UKEN and 34% of RKEN parents reported being more active during childhood than their children respectively.
Results of this study are indicative of a PA transition in Kenya. Further research is needed to gather national data on the PA patterns of Kenyan children to minimize the likelihood of a public health problem due to physical inactivity.
Alan J. Metcalfe, Paolo Menaspà, Vincent Villerius, Marc Quod, Jeremiah J. Peiffer, Andrew D. Govus and Chris R Abbiss
To describe the within-season external workloads of professional male road cyclists for optimal training prescription.
Training and racing of 4 international competitive professional male cyclists (age 24 ± 2 y, body mass 77.6 ± 1.5 kg) were monitored for 12 mo before the world team-time-trial championships. Three within-season phases leading up to the team-time-trial world championships on September 20, 2015, were defined as phase 1 (Oct–Jan), phase 2 (Feb–May), and phase 3 (June–Sept). Distance and time were compared between training and racing days and over each of the various phases. Times spent in absolute (<100, 100–300, 400–500, >500 W) and relative (0–1.9, 2.0–4.9, 5.0–7.9, >8 W/kg) power zones were also compared for the whole season and between phases 1–3.
Total distance (3859 ± 959 vs 10911 ± 620 km) and time (240.5 ± 37.5 vs 337.5 ± 26 h) were lower (P < .01) in phase 1 than phase 2. Total distance decreased (P < .01) from phase 2 to phase 3 (10911 ± 620 vs 8411 ± 1399 km, respectively). Mean absolute (236 ± 12.1 vs 197 ± 3 W) and relative (3.1 ± 0 vs 2.5 ± 0 W/kg) power output were higher (P < .05) during racing than training, respectively.
Volume and intensity differed between training and racing over each of 3 distinct within-season phases.