Born Dennis-Peter, Lorentzen Jenny, Björklund Glenn, Ruiz-Navarro Jesús J
Swiss Development Hub for Strength and Conditioning in Swimming, Swiss Swimming Federation, Worblaufen, Switzerland.
Department for Elite Sport, Swiss Federal Institute of Sport Magglingen, Magglingen, Switzerland.
Front Sports Act Living. 2024 Dec 4;6:1502758. doi: 10.3389/fspor.2024.1502758. eCollection 2024.
To determine the relationship between success at peak performance age and and compare the between swimming and track running by determining probability of becoming an international-class female athlete based on the number of different race distances the athletes compete in each year throughout their development process.
Race times of female Tier 2 to Tier 5 freestyle pool swimmers ( = 2,778) and track runners ( = 9,945) were included in the present study. All athletes were ranked according to their personal best at peak performance age. Subsequently, number of different race distances during each year were retrospectively extracted from peak performance to early junior age. Personal best performance points at peak performance age were correlated with the number of different race distances across the various age categories. Poisson distribution determined the dose-time-effect of becoming an international-class athlete based on the number of different swimming strokes.
At peak performance age, correlation analysis showed a larger within-sport distance variety for higher ranked athletes, particularly for track runners ( ≤ 0.35, < 0.001). Despite reaching statistical significance, the effects were small to moderate. While swimmers showed a generally larger within-sport distance variety than track runners, Poisson distribution revealed a dose-time-effect for the probability of becoming an international-class swimmer. Sprint and middle-distance swimmers benefit from competing in three race distances during junior age and a transition to two race distances at 17-18, 18-19, 20-21 and 25-26 years of age for 50 m, 100 m, 200 m and 400 m races, respectively. Long-distance swimmers should maintain three different race distances throughout peak performance age. Probability analysis showed a consistent benefit of competing in one or two race distances for 100 m, 200 m, 400 m and 800 m track runners.
Within-sport distance variety is not a continuum but an ever-evolving process throughout the athletes' careers. While swimmers generally show larger variety than track runners, the progressive specialization towards peak performance age improves success chances to become an international-class swimmer.
确定在最佳竞技年龄取得成功的相关因素,并通过根据运动员在整个发展过程中每年参加不同比赛距离的数量来确定成为国际级女运动员的概率,比较游泳和田径项目之间的差异。
本研究纳入了二级至五级女子自由泳泳池游泳运动员(n = 2778)和田径运动员(n = 9945)的比赛成绩。所有运动员均根据其在最佳竞技年龄的个人最好成绩进行排名。随后,回顾性提取从最佳竞技年龄到初中早期每年不同比赛距离的数量。最佳竞技年龄的个人最好成绩得分与各年龄组不同比赛距离的数量相关。泊松分布根据不同游泳姿势的数量确定成为国际级运动员的剂量 - 时间效应。
在最佳竞技年龄,相关性分析显示,排名较高的运动员在项目内的距离多样性更大,尤其是田径运动员(r ≤ 0.35,P < 0.001)。尽管达到统计学显著性,但效应较小至中等。虽然游泳运动员通常比田径运动员在项目内的距离多样性更大,但泊松分布揭示了成为国际级游泳运动员概率的剂量 - 时间效应。短距离和中距离游泳运动员在青少年时期参加三个比赛距离并分别在17 - 18岁、18 - 19岁、20 - 21岁和25 - 26岁时过渡到两个比赛距离(分别对应50米、100米、200米和400米比赛)会受益。长距离游泳运动员在整个最佳竞技年龄应保持三个不同的比赛距离。概率分析表明,参加100米、200米、400米和800米比赛的田径运动员参加一或两个比赛距离具有持续的益处。
项目内的距离多样性不是一个连续的过程,而是运动员职业生涯中不断演变的过程。虽然游泳运动员通常比田径运动员表现出更大的多样性,但朝着最佳竞技年龄的渐进专业化提高了成为国际级游泳运动员的成功机会。