'Train less and still similarly improve?' Maturational growth is more influential than training engagement on performance indices development in volleyball.
Stephen Cobley, Marie Javet, Shaun Abbott, Caitlin Fox-Harding, Stephen Bested, Daniel Hackett, Michael Romann
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引用次数: 0
Abstract
Identifying factors which more or less account for performance improvement during developmental stages is essential for sports science knowledge and coaching practice. Accordingly, this study examined the longitudinal, changing, influences of Volleyball-specific Training Engagement (VTE) and Maturity Status on physical test performance development. Participants were N = 139 Swiss female competitive volleyball players, aged 10-14 years at baseline (M = 12.93, SD = 1.15 years). Annually for 3 years, participants completed the 9-3-6-3-9 Agility Sprint; Standing Long Jump [SLJ] and Jump & Reach test. Linear Mixed Models (LMMs) examined longitudinal independent and interactive relationships between VTE (hours/week) and Maturity Status (YPHV) with test performance indices. LMMs identified both interactive and independent relationships on test indices. Interactions highlighted the influence of VTE generally reduced during peak-post maturational stages (- 0.5-2.5 YPHV), while maturational growth was predominantly more influential on performance development. Findings identified that lowered weekly VTE during maturational peak-post growth periods led to equivalent performance development. With maturational growth more influential, findings highlight the potential to misattribute longitudinal performance development toward training engagement and question the benefit of heightened physiological-focused engagement circa-post PHV stages. However, such questioning may not necessarily apply to skill acquisition or technical-focused training.
期刊介绍:
The Journal of Sports Sciences has an international reputation for publishing articles of a high standard and is both Medline and Clarivate Analytics-listed. It publishes research on various aspects of the sports and exercise sciences, including anatomy, biochemistry, biomechanics, performance analysis, physiology, psychology, sports medicine and health, as well as coaching and talent identification, kinanthropometry and other interdisciplinary perspectives.
The emphasis of the Journal is on the human sciences, broadly defined and applied to sport and exercise. Besides experimental work in human responses to exercise, the subjects covered will include human responses to technologies such as the design of sports equipment and playing facilities, research in training, selection, performance prediction or modification, and stress reduction or manifestation. Manuscripts considered for publication include those dealing with original investigations of exercise, validation of technological innovations in sport or comprehensive reviews of topics relevant to the scientific study of sport.