Kineziologija, Vol. 47. No. 2., 2015.
Izvorni znanstveni članak
The effect of defensive strategies on the physiological responses and time-motion characteristics in small-sided games
Hamit Cihan
; Karadeniz Technical University, School of Physical Education and Sports, Trabzon, Turkey
Sažetak
The purpose of this study was to investigate the effects of alterations in the defensive strategies on physiological responses and time-motion characteristics during 3 × 4 min small-sided games (SSGs) in young
soccer players. Eighteen young soccer players (age 19.6±0.5 years, body height 178.3±4.6 cm, body mass 71.9±7.5 kg and VO2max 49.51±2.44 ml·kg-1·min-1) voluntarily participated in SSGs with different defensive strategies (FP: free play, MM: man-marking, DMP: double-man pressure). Heart rate (HR) and total distance covered in different speed zones were monitored during all SSGs, whereas the session-rating of perceived exertion (session-RPE, CR-10) and venous blood lactate (La-) were determined at the end of the last bout of
each SSG. The results demonstrated that DMP produced significantly higher La- (F=23.82, p<.05, η2=0.58), HR (F=10.10; p<.05; η2=0.37), %HRmax (F=81.11; p<.05; η2=0.82), and session-RPE (F=215.63, p<.05, η2=0.92) responses compared to FP and MM. Furthermore, significant differences were found between MM and FP
condition. In addition, during the DMP, players covered greater distances in the high-intensity running zone (>18 km·h-1) (F=13.67; p<.05; η2=0.44) compared to MM and FP. The findings of this study revealed that the alterations in the defensive strategies brought about different physiological responses and time-motion characteristics during the course of SSGs. Therefore, the recommendation for coaches is to choose DMP or MM defensive strategies if they target higher physiological responses and time-motion characteristics during the SSGs.
Ključne riječi
soccer; training regimens; aerobic endurance; heart rate; blood lactate; time-motion analysis
Hrčak ID:
150544
URI
Datum izdavanja:
31.12.2015.
Posjeta: 1.760 *