As the new millennium begins, we find intercollegiate sport in Canadian universities at a crossroads. Although the Canadian Interuniversity Athletic Union (CIAU), the governing body for university sport in Canada, has a history of recurring issues and challenges, further change is imminent. This paper provides the perspective of two Canadian intercollegiate athletic administrators and sport management academicians on the future of intercollegiate sport in Canada by focusing on five major areas of concern: (a) diversity, (b) governance, (c) funding of athletics, (d) the role and value of athletics, and (e) the changing environmental context of the university. The authors conclude that university sport in Canada will remain embedded within the non-profit, amateur fabric of the Canadian sporting milieu characterized by a participant rather than spectator focus, men's sport domination, decreased funding sources, and pressures to justify its role and value within a rapidly changing environment. The diversity evident throughout the CIAU will continue to have a compelling impact on the organization.
Karen E. Danylchuk and Joanne MacLean
Patrick R. Thomas and Gerard J. Fogarty
Individual differences in cognitive preferences were examined in analyzing the effects of imagery and self-talk training on the psychological skills and performance levels of amateur golfers. Thirty-two men and women participated in a series of four counterbalanced training workshops and activities conducted over 2 months at two golf clubs. A repeated measures MANOVA revealed significant improvement on five psychological and psychomotor skills measured by the Golf Performance Survey: negative emotions and cognitions, mental preparation, automaticity, putting skill, and seeking improvement. Participants’ responses to the Sport Imagery Questionnaire and ratings of their imagery and self-talk techniques increased significantly after training. Players also lowered their handicaps and performed significantly better on a Golf Skills Test after training. Imagery and self-talk training benefits were not linked to participants’ cognitive preferences. The cognitive flexibility displayed by these golfers signals the need for more research on processing preferences and has implications for practitioners working with athletes.
Robert J. Schinke, Alain P. Gauthier, Nicole G. Dubuc and Troy Crowder
The study of adaptation in elite sport delineates the adjustment strategies of amateur and professional athletes during career transitions (e.g., promotion, relocation). Fiske (2004) recently identified 5 core motives as the vehicles to adaptation: belonging, understanding, controlling, self-enhancement, and trusting. The goal was to verify and contextualize these core motives with 2 respondent groups of professional athletes from the National Hockey League. The groups consisted of those experiencing rookie adaptation and veteran adaptation. A total of 58 athletes were divided into groups representing the Canadian mainstream, Canadian Aboriginal culture, and Europe. There were 175 newspaper articles that were retrieved using online and library resources. The similarities and discrepancies in and across groups provides insight into this hard-to-reach population.
Over the past two decades, policy analysis has developed as a collection of formal methods to enhance policy design and implementation. Interpretive and critical methods for policy analysis have recently been advocated as a way to clarify the parameters of policy problems and thereby improve policy formulation and implementation. The heuristic basis for interpretive and critical policy analysis is consistent with contemporary findings in the psychology of decision making. Formal methods for interpretive and critical policy analysis are elaborated and illustrated via application to the drafting of the U.S. Amateur Sports Act (PL 95-606). It is shown that the methods illumine decision processes that have caused sport development to become subordinate to the administrative rationalization of American Olympic sport governance.
Lisa M. Kikulis, Trevor Slack and Bob Hinings
The theoretical rationale underpinning this study was that decision making structures are tightly coupled to the core values of organizations and thus have a high impact on organizational design change. Taking a fine-grained approach to the analysis of decision making, the purpose of this study was to determine whether amateur sport organizations have shifted away from the dominant paradigm of volunteer-led decision making in favor of professional staff authority and autonomy over strategic decisions. Data from a population of 36 Canadian national sport organizations were used to show that changes in decision making have occurred. However, the shift in control from volunteers to professionals has not been established. In addition, change in decision making varied according to the direction of change, the decision making dimension, and the decision topic.
Philip R. Hayes, Kjell van Paridon, Duncan N. French, Kevin Thomas and Dan A. Gordon
The aim of this study was to develop a laboratory-based treadmill simulation of the on-course physiological demands of an 18-hole round of golf and to identify the underlying physiological responses.
Eight amateur golfers completed a round of golf during which heart rate (HR), steps taken, and global positioning system (GPS) data were assessed. The GPS data were used to create a simulated discontinuous round on a treadmill. Steps taken and HR were recorded during the simulated round.
During the on-course round, players covered a mean (±SD) of 8,251 ± 450 m, taking 12,766 ± 1,530 steps. The mean exercise intensity during the on-course round was 31.4 ± 9.3% of age-predicted heart rate reserve (%HRR) or 55.6 ± 4.4% of age-predicted maximum HR (%HRmax). There were no significant differences between the simulated round and the on-course round for %HRR (P = .537) or %HR max (P = .561) over the entire round or for each individual hole. Furthermore, there were no significant differences between the two rounds for steps taken. Typical error values for steps taken, HR, %HRmax, and %HRR were 1,083 steps, ±7.6 b·min-1, ±4.5%, and ±8.1%, respectively.
Overall, the simulated round of golf successfully recreated the demands of an on-course round. This simulated round could be used as a research tool to assess the extent of fatigue during a round of golf or the impact of various interventions on golfers.
Marcin Baranowski, Jan Górski, Barbara Klapcinska, Zbigniew Waskiewicz and Ewa Sadowska-Krepa
We have previously shown that acute exercise increases the level of sphingosine-1-phosphate (S1P) in plasma and ceramide in erythrocytes of untrained subjects. The aim of the current study was to examine the effect of ultramarathon run on the plasma and erythrocyte levels of the following bioactive sphingolipids: S1P, sphinganine-1-phosphate (SA1P), sphingosine, sphinganine, and ceramide. Blood samples were collected from seven male amateur runners participating in a 48-hr ultramarathon race before the run, after 24 and 48 hr of running, and following 24 and 48 hr of recovery. The sphingolipids were quantified by means of HPLC. Sustained running for 48 hr resulted in a progressive decline in plasma S1P to a level significantly lower than at prerace, and then remained stable over the next 48 hr of recovery. In erythrocytes, S1P content was stable until 24 hr of recovery, then rose abruptly to reach peak values after 48 hr of recovery. The plasma level of SA1P decreased progressively during the competition and remained unchanged over the recovery. In erythrocytes, the level of SA1P increased after 24 hr running and normalized thereafter. The level of ceramide, both in plasma and erythrocytes, was not significantly affected by the ultraendurance run. We speculate that reduction in plasma level of S1P during and after the run reduces its biological actions and might be responsible for some negative side-effects of the ultraendurance effort.
Se-yeon Park and Won-gyu Yoo
The purpose of this study was to measure muscle activation during ascending and descending phases of the push-up exercise on both stable and unstable support surfaces.
Fourteen asymptomatic male amateur badminton players. During push-up exercises on stable and unstable bases, muscle activation measurements were collected with phase divisions (ascending and descending phase).
Electromyography (EMG) was utilized to measure activation of the upper trapezius (UT) and lower trapezius (LT), middle serratus anterior (MSA) and lower serratus anterior (LSA), pectoralis major (PM), and triceps brachii (TB) muscles.
An unstable support surface produced significantly greater activation of the UT, LT, LSA, and PM muscles than a stable support surface (p < 0.05). The MSA, LSA, TB, and PM muscles demonstrated greater activation during the ascending phase than the descending phase of the push-up exercise (p < 0.05).
The unstable support surface appeared to produce relatively greater activation of the LSA than that of the MSA. The descending phase of the push-up did not demonstrate a higher level of activation for any of the muscles tested.
Paul W.M. Marshall, Ric Lovell and Jason C. Siegler
Passive muscle tension is increased after damaging eccentric exercise. Hamstring-strain injury is associated with damaging eccentric muscle actions, but no research has examined changes in hamstring passive muscle tension throughout a simulated sport activity. The authors measured hamstring passive tension throughout a 90-min simulated soccer match (SAFT90), including the warm-up period and every 15 min throughout the 90-min simulation.
Passive hamstring tension of 15 amateur male soccer players was measured using the instrumented straight-leg-raise test. Absolute torque (Nm) and slope (Nm/°) of the recorded torque-angular position curve were used for data analysis, in addition to total leg range of motion (ROM). Players performed a 15-min prematch warm-up, then performed the SAFT90 including a 15-min halftime rest period.
Reductions in passive stiffness of 20–50° of passive hip flexion of 22.1−29.2% (P < .05) were observed after the warm-up period. During the SAFT90, passive tension increased in the latter 20% of the range of motion of 10.1−10.9% (P < .05) concomitant to a 4.5% increase in total hamstring ROM (P = .0009).
The findings of this study imply that hamstring passive tension is reduced after an active warm-up that includes dynamic stretching but does not increase in a pattern suggestive of eccentric induced muscle damage during soccer-specific intermittent exercise. Hamstring ROM and passive tension increases are best explained by improved stretch tolerance.
Danny O’Brien and Trevor Slack
The organizational field that constitutes English rugby union has undergone substantial change since 1995. This paper builds on earlier work by O’Brien and Slack (2003a) that established that a shift from an amateur to a professional dominant logic in English rugby union took place between 1995 and 2000. Utilizing ideas about institutional logics, isomorphism, and diffusion, the current paper explores how this shift in logics actually evolved. Data from 43 interviews with key individuals in English rugby union form the main data source for the study. The results show that isomorphic change in accord with a new professional logic diffused throughout the field by way of three distinct diffusion patterns: status driven, bandwagon, and eventually, the social learning of adaptive responses. An initial period of high uncertainty, intense competitive pressures, and sustained financial crises resulted in unrestrained mimesis in the first two seasons of the professional era. However, this gave way in the third season to increased interorganizational linkages, coalition building, and political activity that promoted normative and coercive pressures for a consolidation of the game’s infrastructure and future development.