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Table 4. Dynamics of the development of coordination abilities in young female volleyball players (stepping over a gymnastics stick).

Table 4 Dynamics of the development of coordination abilities in young female volleyball players (stepping over a gymnastics stick).

Related Figures (4)

Table 1. Dynamics of the development of movement parameter differentiation ability in young female volleyball players (targeted ball throws)
Table 1. Dynamics of the development of movement parameter differentiation ability in young female volleyball players (targeted ball throws)
Table 3. Dynamics of the development of motor action restructuring ability in young female volleyball players (backward shuttle run, 3x10 m)
Table 3. Dynamics of the development of motor action restructuring ability in young female volleyball players (backward shuttle run, 3x10 m)
coordination abilities. Generalization of the results obtained allows us to consider the characteristic trends related to the dynamics of the development of these abilities. Characteristically, the most dynamically and statistically significantly studied indicators can be improved in children aged from 10 to 12. Sufficiently dynamic growth in this age range is ensured by exceptionally favorable social, mentally intellectual, anatomical, physiological and motor conditions. At this age, there is a certain stabilization and partial deterioration in the development of coordination abilities. Specifically, there was an unreliable improvement in indicators related to the ability to restructure movements and spatia orientation, while the ability to assess spatial- dynamic parameters of movements somewhat deteriorated. These findings are likely associated with puberty. During this period, unfavorable morphofunctional changes occur in the body, leading to disturbances in the ability to control and regulate complex coordination movements.
coordination abilities. Generalization of the results obtained allows us to consider the characteristic trends related to the dynamics of the development of these abilities. Characteristically, the most dynamically and statistically significantly studied indicators can be improved in children aged from 10 to 12. Sufficiently dynamic growth in this age range is ensured by exceptionally favorable social, mentally intellectual, anatomical, physiological and motor conditions. At this age, there is a certain stabilization and partial deterioration in the development of coordination abilities. Specifically, there was an unreliable improvement in indicators related to the ability to restructure movements and spatia orientation, while the ability to assess spatial- dynamic parameters of movements somewhat deteriorated. These findings are likely associated with puberty. During this period, unfavorable morphofunctional changes occur in the body, leading to disturbances in the ability to control and regulate complex coordination movements.
where, along with accelerators, retardants are also involved — children who lag behind in growth and body formation at certain stages of ontogeny. As a result, the same passport age unites a contingent of children with different levels of biological maturity. the stimulating development of sports equipment and tactical readiness [31, 32, 33]. The study results confirmed the opinion and experimental data of other authors [7, 9] that the studied indicators have two periods with the highest natural increase in results, which shall be taken into account when planning long-term sports training programs for young athletes. It should be taken into account that the authors studied the development of coordination abilities in schoolchildren. It should be noted that the level of these abilities in young female volleyball players is higher than that of their peers who do not play sports systematically. However, the overall dynamic is the same. EE EN ERTS MIRE eee Me ZEEE eA Mey, ARSC Ra yr ERT MORE Rte Re Given that the physical activity of young athletes is also a condition that stimulates the development of intellectual, emotional and other spheres, the need for scientific development of issues of the educational and training process and physical education of children and adolescents becomes obvious. As a result, in this age period the development of biomechanical systems o motor actions takes place, which determine the effectiveness and quality of sports, technica and tactical training, as well as morphologica and functional transformations that ensure this development [28, 29, 30]. =
where, along with accelerators, retardants are also involved — children who lag behind in growth and body formation at certain stages of ontogeny. As a result, the same passport age unites a contingent of children with different levels of biological maturity. the stimulating development of sports equipment and tactical readiness [31, 32, 33]. The study results confirmed the opinion and experimental data of other authors [7, 9] that the studied indicators have two periods with the highest natural increase in results, which shall be taken into account when planning long-term sports training programs for young athletes. It should be taken into account that the authors studied the development of coordination abilities in schoolchildren. It should be noted that the level of these abilities in young female volleyball players is higher than that of their peers who do not play sports systematically. However, the overall dynamic is the same. EE EN ERTS MIRE eee Me ZEEE eA Mey, ARSC Ra yr ERT MORE Rte Re Given that the physical activity of young athletes is also a condition that stimulates the development of intellectual, emotional and other spheres, the need for scientific development of issues of the educational and training process and physical education of children and adolescents becomes obvious. As a result, in this age period the development of biomechanical systems o motor actions takes place, which determine the effectiveness and quality of sports, technica and tactical training, as well as morphologica and functional transformations that ensure this development [28, 29, 30]. =
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