The purpose of the study was to compare the respiratory functions of volleyball players according to specific playing position. For this study, two hundred and forty male volleyball players (Blockers-68, Liberos-41, Setters-48, Spikers-83) of age ranging from 18-25 years were selected as subjects from various colleges and universities of North India. The purposive sampling technique was used to select the subjects. Respiratory functions were measured with computerized spirometer. One-way analysis of variance (ANOVA) was employed to compare the volleyball players among different playing positions. Following the detection of a significant main effect, Bonferroni?s post-hoc analyses were performed to locate where specific mean differences were laid. Significance levels were set at p<0.05. Results showed that there was no statistically significant difference observed for inspiratory capacity and vital capacity in the volleyball players among different playing positions. In case of inspiratory reserve volume and expiratory reserve volume, statistically significant difference was noticed in the volleyball players among different playing positions. Setters had significantly lower inspiratory reserve volume than the blockers and spikers. Expiratory reserve volume was highest in blockers and this was followed by spikers, liberos and setters respectively. These might be due to the variation in body height, body weight, sporting activity and specific playing position, which influence the respiratory functions.


Respiratory functions, Spirometer, Volleyball players,


  1. P. O. Astrand, K. Rodahl, Textbook of Work Physiology. (1970) McGraw- Hill Kogakusa Ltd.
  2. J.A. Dempsey, N. Gledhill, W.G. Reddan, H.V. Forster, P.G. Hanson, AD. Claremont, Pulmonary adaptations to exercise: Effects of exercise type and duration chronic hypoxia and physical training, Annals of the NewYork Academy of Sciences, 301 (1977) 243-261.
  3. U. Kunstlinger, H.G. Ludwig, J. Stegemann, Metabolic changes during volleyball matches, International Journal of Sports Medicine, 8 (1987) 315–322.
  4. J. Viitasalo, H. Rusko, O. Pajala, P. Rahkila, M. Ahila, H. Montonen, Endurance requirements in volleyball, Canadian Journal of Applied Sports Sciences, 12 (1987)194 – 201.
  5. T. Polglaze, B. Dawson, The physiological requirements of the positions in state league volleyball, Sports Coach, 15 (1992) 32–37.
  6. D.H. Paterson, Respiratory and cardiovascular aspects of intermittent exercise with regard to ice hockey, Canadian Journal of Applied Sport Science, 4 (1979)22-28.
  7. H. D. Singh, P. Sundaresh, Peak expiratory flow rate in South Indian adults, Indian Journal of Physiolgy and Pharmacology, 23(4) (1979) 315-320.
  8. B.D. Johnson, W.G. Reddan, D.F. Pegelow, K.G Seow, J.A. Dempsey, Flow limitation and regulation of functional residual capacity during exercise in physically ageing population, American Review of Respiratory Disease, 143 (1991) 960-967.
  9. B.D. Johnson, W.G. Reddan, K.C. Soar, J.A. Dempsey, Mechanical constraints on exercise hyperpnoea in a fit ageing population, American Review of Respiratory Disease, 143 (1991) 968-77.
  10. C. Açıkada, Physiological characteristics of Turkish athletes, Spor Hekimliği Dergisi, 17 (1982) 29-40
  11. N. Gelecek, F. Başkurt, S. Akyol, Physical fitness of elite female volleyball players, Spor Araştırmaları Dergisi, 4 (2000) 45–51. 12. A. Tulin, A. Pelin, C. Mehmet, Comparison of respiratory functions of athletes engaged in different sports branches, Turkish journal of sports and exercise, 14 (2012) 76-81.
  12. J.M. Hagberg, J.E. Yerg, D.R. Seals, Pulmonary function in young and older athletes and untrained men, Journal of Applied Physiology, 65 (1988)101-105.
  13. L. Cordain, A. Tucker, D. Moon, & J.M. Stager, Lung volumes and maximal respiratory pressures in collegiate swimmers and runners, Research Quarterly for Exercise and Sport, 61 (1990)70-74.
  14. O. A. Adegoke, O. Arogundade, The effect of chronic exercise on lung function and basal metabolic rate in Nigerian athletes, African Journal of Biomedical Research, 5 (2002) 9-11.
  15. J. Vrijens, J.L. Pannier, J. Bouckaert, Physiological profile of competitive road cyclists, Journal of Sports Medicine, 22 (1982) 207-16.
  16. C.H. Fanta, D.E. Leith, R. Brown, Maximal shortening of inspiratory muscles: effect of training, Journal of Applied Physiology, 54 (1983)1618-1623.