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영어

The purpose of this study is to check a continuing run by measuring ability to endure fatigue in the continuing run status applying exercise load to athletes of the university marathon, and to identify mutual relationship between actual half-marathon runs. The subjects were 7 male athletic marathon players of an university located at the S-place. As the results of research, following conclusion was drawn: The half-marathon records between two groups were 3909 seconds for the excellent group, and 4143 seconds for the non-excellent group, showing a statistic significance (p<0.05). The maximum velocity in the exercise load test was 25.33Km/hr for the excellent group, and 23.50Km/hr for the non-excellent group. The non-excellent group showed 1.88Km/hr, higher than the excellent group but showing no statistic significance (p<0.05). The 88% peak velocity (PTV) of the excellent group and the non-excellent group appeared as 22.26Km/hr and 20.65Km/hr respectively, showing no statistic significance (p<0.05). Speed/hour at the 92% level of the peak velocity (PTV) was 22.95Km/hr for the excellent group, and 21.41Km/hr for the non-excellent group, showing a statistic significance (p<0.05). Time to the All-out Time at the level of 88% and 92% of the peak velocity (PTV) was 432.00sec for the excellent group, and 423.99sec for the non-excellent group, showing no statistic significance (p<0.05). Different durability appeared between excellent players and non-excellent players, and it is thought that the composition and application of differentiated program is necessary considering the characteristics of excellent players and non-excellent players in the progress of training programs. For the excellent group, continuing time at the peak velocity must be improved, while for the non-excellent group, firstly the peak velocity must be improved.