4. Pitch size
Absolute pitch area
Total pitch area
Relative pitch area
The individual playing area of a player
Increased size:
Physiological load
Physical load
Technical load
Pitch size and tactical training
Length to width ratio 1:1-1:1.3
9. Training regimen
Continuous vs intermittent
Physical load Distance covered >13 km/h
Physiological load
Work:rest ratio
SSG duration
Increase
Physiological load
Number of sets and repetitions
Physical & technical load
Physiological load
10. Players’ characteristics
Fitness level
High VO2max Low % VO2max
Floater?
Skill level
Amateurs
Technical load minimum 2 touches
Physical and physiological load
Professionals
1 or 2 touches
Age
Youth players: less experience and skills physical demands
Less skilled maintain physiological stress?
Editor's Notes
reproduce the movements, technical conditions and physiological intensities of the real soccer game (Gamble, 2004; Owen, 2003; Gregson & Drust; 2000; Little; 2009)
obliging the players to deal with pressure and decision-making in a fatigued status (Gabbet & Mulvey, 2008).
their technical and tactical skills within a game realistic situation
increases players’ motivation and compliance compared to traditional fitness training sessions because they find it more sport specific (Gregson & Drust, 2000; Little, 2009).
Due to the interaction of the technical and tactical skills, and the physical component, the use of SSGs can be more time efficient as those three factors can be trained alongside each other; concurrent training (Gregson & Drust, 2000; Little, 2009).
Nevertheless, this is depending on the specific game format. Some variables affect the exercise intensity, time-motion characteristics and technical load.