(Originals) Anthropometric and Physiological Factors Predicting 2000 m Rowing Ergometer Performance Time

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概要

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• YOSHIGA, C., KAWAKAMI, Y., FUKUNAGA, T., OKAMURA, K. and HIGUCHI, M., Anthropometric and Physiological Factors Predicting 2000 m Rowing Ergometer Performance Time. Adv. Exerc. Sports Physiol., Vol.6, No.2 pp51-57, 2000. In attempt to prediet 2000 m rowing ergometer performance time, we studied anthropometric and physilogical l limiting factors among 78 collegiate male rowers. Among variables that we measured, 2000 m rowing performance time was significantly and inversely related to lean body mass (r= -0.68), maximal oxygen uptake (-0.64), and leg exension power (-0,54) (p<0.001). resoectively. Furthermoer, stepwise muliple regression analysis indicated that lean body mass, maximal oxygen uptake, and leg extension power were selected as the explanatory variables in the order of strength of a standardized pattial repression coefficient. Subsequently, we developed single and multiple linear regression models to predect 2000 m rowing performance time applying Ridge regression analysis to the multiple regression analysis. The multiple model using three explanatory variables; 2000 m rowing ergometer performance time (sec) = 559.45 - 1.04 × LBM(kg) - 12.85 × VO2max (1-min-1) - 0.0067 × leg extension power (w) was the most accurate model in the present study. The findings of the present study suggest that the three most important factors predecting successful rowing are lean body mass, maximal oxygen uptake, and leg extension power. Our findings would help rowers and coaches to identify ther potential talents and to construct highly focused training programs.

• 日本運動生理学会の論文

著者

• Kawakami Yasuo

  Graduate School Of Arts And Science The University Of Tokyo

• Yoshiga Chie

  Graduate School of Education,The University of Tokyo

• Yoshiga Chie

  Graduate School Of Education The University Of Tokyo

• Fukunaga Tetsuo

  Graduate School of Arts and Science,The University of Tokyo

• Fukunaga Tetsuo

  Graduate School Of Arts And Science The University Of Tokyo

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