Key result
Faster run speed is associated with better endurance quality, while body weight negatively impacts both genders.
Why the study?
The study investigated the impact of gender, anthropometric measures, lung capacity, strength, and speed on college students endurance quality to inform physical health interventions.
Do gender, height, weight, BMI, lung capacity, strength, and speed affect endurance quality in college students?
Cross-Sectional (n=2,678)
No
Do gender, height, weight, BMI, lung capacity, strength, and speed affect endurance quality in college students?
Body weight and speed (50m run) are significant predictors of endurance quality in college students, with BMI also playing a role in males.
Sprint speed and weight were associated with endurance; hypothesis-generating for student fitness, needs prospective validation.
This study investigates the impact of gender, height, weight, BMI, lung capacity, lower limb strength, and speed on the endurance quality of college students, aiming to provide a scientific basis for their physical health. Data were collected from 2,678 students of the 23rd class at the New Technology College of Hubei Engineering University using questionnaires and physical fitness tests. Excel and SPSS software were utilized for data organization and regression analysis. Results indicate significant endurance quality models for both genders, with an R² of 0.114 for males and 0.085 for females. In males, BMI and 50m run significantly positively affected endurance quality, while in females, only the 50m run was significant. Body weight negatively impacted endurance in both genders, and lung capacity had no significant effect. The study concludes with guidance for college students' endurance training and physical health interventions.
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Peng et al. (2025) conducted a cross-sectional in Endurance performance (n=2,678). Physical and physiological characteristics (gender, height, weight, BMI, lung capacity, strength, speed) was evaluated on Endurance quality (R² 0.114 (males), 0.085 (females)). BMI and 50m run speed positively affected endurance quality in males (R²=0.114), while only 50m run speed was significant in females (R²=0.085), with body weight negatively impacting both genders.
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