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OP-HF02 Health and Fitness 2<br />

knowledge, skills and attitudes) were composed (using COMET, 2003) and proposed to the experts for confirmation in a consensus<br />

meeting.<br />

Results: There were eight competencies formed, namely: communication, tracking changes, feedback, individualization, working pedagogic<br />

and didactic, set up plans, working in team and technical and tactical instructions. These competencies are further developed as<br />

the coach reached a higher level. The competencies are completed differently depending on the context (main task) in which the coach<br />

works. The judocoach B has six main tasks including competitive training, recreational training, coaching, mentor/supporting, information<br />

gathering and talent detection. The judocoach A has seven main tasks including competitive training, recreational training, coaching,<br />

mentor/supporting, information gathering, talent detection and <strong>sport</strong>s leadership.<br />

During the study it became apparent that the experts lacked a (higher) coachlevel to put 5 specific tasks in: competitive targeted training,<br />

coaching, supporting, information gathering and <strong>sport</strong>s leadership.<br />

Discussion/conclusion: A framework was formed combining age and level <strong>of</strong> judokas with the level <strong>of</strong> the coach (with their respective<br />

determined tasks and competencies): the young talented judoka should grow and develop on the national level with a judocoach B,<br />

whilst a judocoach A has to lead him to a high international competitive level and finally the judocoach <strong>of</strong> higher level will guide the<br />

international top athlete (World Championships, Olympics)<br />

References:<br />

COMET, the competency modeling toolkit, Copyright, Open University Holland, Onderwijs-technologisch Expertisecentrum, 2003<br />

(http://www.open.ou.nlast/comet_eindversie/index.htm)<br />

OECD, The definition and selection <strong>of</strong> key competencies, 27 may 2005 (http://www.oecd.org/edu/statistics/deseco)<br />

Linstone, H., Tur<strong>of</strong>f, M., (2002), Introduction, The Delphi method: techniques and applications, pp 3 – 12,<br />

(http://wwwis.njit.edu/pubs/delphibook)<br />

PARENTAL INVOLVEMENT IN YOUTH SPORT.<br />

ROMAR, J.E., FORSBLOM, M., HÄLLUND, F.<br />

ÅBO AKADEMI UNIVERSITY<br />

Introduction: Parent engagement in youth <strong>sport</strong> settings has important implications for their children’s experiences. Parents <strong>of</strong>ten assume<br />

the role <strong>of</strong> motivator, facilitator, even coach in their children’s participation and success in <strong>sport</strong>. In these roles parents can provide economical,<br />

emotional, and physical support. Parents can also create stress for the young athlete in the interest <strong>of</strong> excellence and success.<br />

The purpose <strong>of</strong> this study was to examine young athletes’ perceived parental involvement in Finland and Austria.<br />

Methods<br />

The Parental Involvement in Sport Questionnaire (PISQ) (Hinic, 2004; Wuerth & al., 2002) was administrated to 116 Finnish and to 133<br />

Austrian young athletes ages ranging from nine to eleven years old. The instrument measured athletes’ perceptions <strong>of</strong> their parents’<br />

behavior utilizing four sub-scales: Active Involvement (AI), Praise and Understanding (PU), Directive Behavior (DB) and Pressure (P).<br />

Results: The young athletes perceived higher pressure (P) from their fathers than from their mothers. Similarly, boys perceived higher<br />

pressure (P) from their fathers and mothers than girls. Young athletes from Finland perceived higher parental active involvement (AI) and<br />

pressure (P) than athletes from Austria. On the other hand, athletes from Austria perceived higher praise and understanding (PU) than<br />

Finnish athletes.<br />

Discussion: Parental involvment, seen as parental support and parental pressure are interesting forces in children’s <strong>sport</strong> participation.<br />

This study demonstrated both gender and cultural differences for parental involvement, which need to be recognized and utilized in<br />

coach education. In addition, these findings should be disseminated to parents to initiate a discussion with parents.<br />

References<br />

Wuerth, S., Lee, M. J., Alfremann, D. (2002). Parental involvement and athletes´career in youth <strong>sport</strong>. Psychology <strong>of</strong> Sport and Exercise 5,<br />

21–33.<br />

Hinic, H. (2004). Psykologiska, sociala och motivationsfaktorer inom ungdomsfotbollen. Stockholms universitet: psykologiska institutionen.<br />

08:30 - 10:00<br />

Oral presentations<br />

OP-HF02 Health and Fitness 2<br />

IS VIGOROUS PHYSICAL ACTIVITY A RISK FACTOR FOR PELVIC ORGAN PROLAPSE?<br />

BRÆKKEN, I., MAJIDA, M., ELLSTRØM ENGH, M., BØ, K.<br />

NORWEGIAN SCHOOL OF SPORT SCIENCES<br />

Objective: The aim <strong>of</strong> the present study was to investigate former and current physical activity as risk factors for pelvic organ prolapse<br />

(POP).<br />

Background: It has been estimated that half <strong>of</strong> women who have given birth lose pelvic floor support, resulting in some degree <strong>of</strong> POP,<br />

and <strong>of</strong> these 10-20% will seek medical attention. To date there is scant knowledge about the impact <strong>of</strong> vigorous physical activity and the<br />

presence <strong>of</strong> POP. However high intensity training is believed to be a risk factor (1), due to its similarity to heavy physical work. Searches on<br />

PubMed revealed two studies presenting data on physical activity, and they not reveal any association between physical activity and<br />

POP.<br />

Methods: Forty-nine women with POP were age and parity matched one-to-one with 49 controls. Questionnaire and interview covered<br />

current and former physical activity (exercise type, frequency, duration and intensity), socioeconomic status, heavy work, medical history<br />

and family history. Current and former exercise volume was estimated by multiplying exercise duration with frequency. Intensive exercise<br />

was defined as physical activity implying sweating or heavy breathing, and current exercise was classified as either high or low intensity.<br />

310 14 TH<br />

ANNUAL CONGRESS OF THE EUROPEAN COLLEGE OF SPORT SCIENCE

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