Department of Human and Social Sciences, Universidad de las Fuerzas Armadas-ESPE, Quito, Sangolquí/Pichincha, Ecuador.
Universidad de Ciencias de la Cultura Física y el Deporte "Manuel Fajardo", Havana, Cuba.
PeerJ. 2024 Jun 17;12:e17298. doi: 10.7717/peerj.17298. eCollection 2024.
A scale is used to establish performance ranges in different sciences, it being necessary to design specialized biological and pedagogical indicators in physical activity, sport and health.
To design a scale for the pedagogical control of the vertical jumping ability in untrained adolescents (13-16 years), stratifying the sample by age range, ethnicity, urban and rural area, socioeconomic level, and gender.
A representative sample of the Ecuadorian population ( = 3,705) is studied, classifying it into the aforementioned strata, controlling the vertical jump by ISAK I and II level experts, applying the Sargent Test to measure vertical jumps on a multi-force wall, establishing scales with seven percentile levels, and making comparisons related to chronological age, gender, socioeconomic, and genetic indicators.
Significant differences in the vertical jumping performance were determined according to the category or age range (13-14 ≠ 15-16 years) and by gender (w = 0.000). Various levels of performance were determined, classifying the maximum level as talented in the female gender (≥40 cm; and ≥42 cm) and male gender (≥47 cm; and ≥57 cm) in the 13‒14 and 15‒16 years categories, respectively. Sampling comparisons by geographical area only determined significant differences in the male gender, with the jumping ability being higher in urban areas (13‒14 years: w = 0.046; 15‒16 years: w = 0.013). The comparison by ethnic groups showed significant differences (k = 0.030), favoring the Afro-Ecuadorian ethnic group in both genders, while there are significant differences by socioeconomic level, especially between the middle and lower classes.
The present research solves the lack of a tool for making correct didactic decisions related to the vertical jumping ability, taking into account various important stratified indicators. The complementary conclusions show significant differences according to the category stratum or age range, the gender stratum, and the ethnic stratum in females and males, where the best average rank favored the Afro-Ecuadorian ethnic group in both genders. There are significant differences in the geographical area stratum in the male gender, and differences in the socioeconomic stratum in favor of the upper and middle classes.
在不同的科学领域中,都使用量表来建立绩效范围,因此有必要在身体活动、运动和健康领域设计专门的生物和教育指标。
为了设计一个针对未经训练的青少年(13-16 岁)垂直跳跃能力的教育控制量表,按年龄范围、种族、城乡地区、社会经济水平和性别对样本进行分层。
对厄瓜多尔人口的代表性样本(n=3705)进行研究,将其分为上述各层,由 ISAK I 和 II 级专家控制垂直跳跃,应用 Sargent 测试在多力墙上测量垂直跳跃,建立具有七个百分位水平的量表,并对与年龄、性别、社会经济和遗传指标相关的内容进行比较。
根据类别或年龄范围(13-14 岁≠15-16 岁)和性别(w=0.000),确定了垂直跳跃表现的显著差异。确定了不同水平的表现,将女性(≥40cm;≥42cm)和男性(≥47cm;≥57cm)的最高水平分别归类为有天赋。仅按地理位置进行抽样比较,在男性中确定了显著差异,城市地区的跳跃能力较高(13-14 岁:w=0.046;15-16 岁:w=0.013)。按种族群体进行比较,结果显示有显著差异(k=0.030),在男女两性中都有利于非裔厄瓜多尔种族群体,而社会经济水平则存在显著差异,尤其是中下层阶级之间。
本研究解决了缺乏与垂直跳跃能力相关的正确教学决策工具的问题,同时考虑了各种重要的分层指标。补充结论显示,根据类别或年龄范围、性别和种族群体的分层,以及男女两性的种族群体,都存在显著差异,在男女两性中,最好的平均排名都有利于非裔厄瓜多尔种族群体。在男性中,城乡地区的分层存在显著差异,而在中上层阶级中,社会经济阶层存在有利于优势阶层的差异。