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全球田径运动员年龄分布、演变及表现巅峰年龄研究——基于2019—2024年IAAF数据的挖掘与分析

Age Distribution, Evolution and Peak Performance Age of Global Track and Field Athletes(2019-2024)

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【作者】 张琳薛皓元于善刘耀荣

【Author】 ZHANG Lin;XUE Haoyuan;YU Shan;LIU Yaorong;Xi ’an Physical Education University, Information Technology and Network Management Center;Xi’an Jiaotong University, School of Life Science and Technology;Xi ’an Physical Education University, School of Graduate Studies;Xi ’an Physical Education University, School of Sports Training;Xi ’an Physical Education University, School of Physical Education;

【通讯作者】 刘耀荣;

【机构】 西安体育学院信息化建设处西安交通大学生命科学与技术学院西安体育学院研究生部西安体育学院运动训练学院西安体育学院体育教育学院

【摘要】 目的 分析2019—2024年全球田径运动员年龄分布、演变及表现巅峰年龄,探讨性别和项目间的共性与差异。方法 基于IAAF公开数据,利用Python语言编写程序,对21个项目共59 831名运动员展开计量和可视化分析。结果 1)男女运动员年龄分别集中于19—30岁和17—30岁,女性在多项统计指标上低于男性。2)径赛类运动员表现巅峰年龄随距离增加而上升。田赛中技术越复杂的项目,运动员表现巅峰年龄越大。3)呈显著年轻化趋势的项目代表为女性跳高,其精英运动员平均年龄由25.22岁降至23.90岁。年长化特征则在马拉松项目中表现突出。结论 应重视不同性别和项目运动员的年龄特征和表现巅峰年龄差异,制定个性化培养策略,优化选拔机制,完善职业生涯规划。

【Abstract】 Objective To analyze the age distribution, evolution and peak performance age of global track and field athletes from 2019to 2024, exploring commonalities and differences across genders and events. Methods Based on the IAAF dataset, a Python program was developed to conduct quantitative and visual analysis on 59,831 athletes across 21 events. Results 1) Male and female athletes’ ages were concentrated between 19-30 years old and 17-30 years old respectively, with females scoring lower on multiple statistical indicators. 2) Peak performance age in track events increased with distance. In field events, more technically complex disciplines showed higher peak performance ages. 3) Women’s high jump exemplified a significant trend towards younger athletes, with the average age of elite athletes decreasing from 25.22 to 23.90 years old. The marathon event exhibited the most prominent aging trend. Conclusion Attention should be paid to the age characteristics of athletes of different genders and sports and the differences in the peak age of performance, so as to formulate personalized training strategies, optimize the selection mechanism and improve career planning.

【基金】 中国田径协会科技攻关与科技服务项目(TJQS-ZX-20220003);西安市社会科学基金一般项目(23TY84);陕西省体育局一般项目(20240417);陕西本科和高等继续教育教学改革研究项目(23BZ043);中国竞走学校(2021年度)综合科技攻关与科技服务项目(2021TJ01012)
  • 【文献出处】 湖北体育科技 ,Hubei Sports Science , 编辑部邮箱 ,2025年02期
  • 【分类号】G82
  • 【下载频次】39
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