Asian Journal of Home Science

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A Postural Load Occupational Risk in Grape Cultivation


Affiliations
1 Department of Family Resource Management, College of Home Science, C.C.S. Haryana Agricultural University, Hisar (Haryana), India
     

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The aim of this study was to find out a postural load occupational risk in grape cultivation. The research designs comprised on field study conducted on 15 respondents were engaged on grapes cultivation activities. Physical fitness was determined by calculating the physiological parameters i.e. blood pressure, body temperature, pulse rate and (VO2 max). Occupational risk was assessed through Biomechanical stress viz., Grip strength, Flexi curve and RULA score. The results indicated that mean height and weight of workers involved grape activities was 159.9 cm and 64.2 kg, respectively. BMI was observed as 21.8 kg/m2, fat percentage was worked out to 29.9 per cent, and hence LBM was 44.1 kg with variation of ±19.3kg. VO2 max was found to be 31.8 ml/kg x min exhibiting that the subjects were having good health. Conclusively on the basis of biomechanical stress in the grape cultivation occupational risk was highest in land preparation (46.3) followed by pruning activity (41.8) and least was in plant protection activity (21.5).

Keywords

A Postural Load, Occupational Risk, Grape Cultivation, Physical Fitness.
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  • Borah, S. (2009). Ergonomics evaluation of the rural women while performing wheat harvesting activity. J. Human Ecol., 18(4): 309-311.

  • Chapman, L.J., Newenhouse, A.C., Meyer, R.H., Taveira, A.D., Karsh, B.T., Ehlers, J.J. and Palermo, T. (2004). Evaluation of an intervention to reduce musculoskeletal hazards among fresh market vegetable growers. Appl. Ergonomics, 35(1): 57-66.

  • Donald, C. (2006). Understanding the links between agriculture and health, occupational Health Hazards of agriculture. Vision: for Food Agriculture and the Environment, 13 : 8-16.

  • Durnin, J. and Rahman, M. (1967). The assessment of the amount of fat in the human body from measurements of skin fold thickness. British J. Nutr., 21: 681-688.

  • Fry, A.C., Ciroslan, D., Fry, M.D., Leroux, C.D. and Schilling, B.K. (2006). Anthropometric and performance Variables Discriminating Elite American Junior men weightlifters. J. Strength & Conditioning Res., 20 : 861-219.

  • Garrow, J.S. and Webster, J. (1983). Quetelet;’s index as measures of fatness. Internat. J. Obese, 9:147-153.

  • Grandejean, E.(1998). Ergonomics of the home. Taylor and francis Ltd., LONDON, UNITED KINGDOM.

  • Guarav, M.A. and Salunkhe, S. R. (2011). A study of problem and prospects of women employees in grape farm. Indian Stream Res. J., 1 : 2230-7850.

  • Louhevaara and Suuranakki (1992). A rapid appraisal of occupational work load modified scale of perceived exertion. Ergonomics, 37(3): 485-491.

  • Mayer, A. (2005). Environmental/occupational safety and health. National canter for farm worker health. Migrant Health Issues Monograph Series, 2 : 3-7.

  • Mayer, J. (2010). International Agricultural Migration and Public Health: Examining Migrant Farm Worker Health and the Public Health Implications of Agricultural Temporary Migration. Public Health Agency of Canada.

  • Mc Atamney, L. and Corlett, E. N. (1993). RULA: A survey method for the investigation of work related upper limb disorder. Appl. Ergonomics, 24 : 91-99.

  • Metamney and Nigel (1993). Agricultural work related injury and ill–health and the economic cost. Environ. Sci. & Pollut., 6 (3) : 175-182

  • Meyers, J. M., Miles, J. A., Faucett, J., Janowitz, I., Tejeda, D. G., Duraj, V., Kabashima, J., Smith, R. and Weber, E. (2000).

  • High risk tasks for musculoskeletal disorders in agricultural field work. Proceedings of the IEA 2000/HFES Congress.

  • Murali, D., Kulkarni, M.S. and Pardesi, R.S. (2004). Postural deviation of body of farm women while performing selected farm activities using traditional method and improved tools. Proceedings of HWWE, Mumbai, pp.43. (Abstract)

  • Shahnavaz, H. (1987). Workplace injuries in the developing countries. Ergonomics, 30 : 397 - 404.

  • Shikdar, A.A. and Sawaqed, N.M. (2003). Worker productivity, occupational health and safety problems in selected industries. Computers & Industrial Engg., 45(4) : 563 – 572.

  • Singh, A. (2010). Recent initiative in horticulture, Westville Publishing House, Ist Ed., pp. 2-4. Smith, A.B., Shimomur, Y., Iwanag, K. and Katsuura, T. (2006). The influence of different lower seat height on the muscular stress during squatting for a ground level job. J. Human Ergol., 36 : 25-33.

  • Varghese, M.A., Saha, P.N. and Atrey, N. (1994). A rapid appraisal of occupational work load from a modified scale of perceived exertion. Ergonomics, 37: 485-491.

  • Wakula, J., Beckmann, T., Hett, M. and Landau, K. (2000). Ergonomics analysis of grapevine pruning and wine harvesting to define work and hand tools design requirements. Occupational Ergonomics, 2 : 151-161.

  • National Horticultural Board, Government of India (2011). Agriexchange.apeda.gov.in.


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  • A Postural Load Occupational Risk in Grape Cultivation

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Authors

Savita Kumari
Department of Family Resource Management, College of Home Science, C.C.S. Haryana Agricultural University, Hisar (Haryana), India
Manju Mehta
Department of Family Resource Management, College of Home Science, C.C.S. Haryana Agricultural University, Hisar (Haryana), India

Abstract


The aim of this study was to find out a postural load occupational risk in grape cultivation. The research designs comprised on field study conducted on 15 respondents were engaged on grapes cultivation activities. Physical fitness was determined by calculating the physiological parameters i.e. blood pressure, body temperature, pulse rate and (VO2 max). Occupational risk was assessed through Biomechanical stress viz., Grip strength, Flexi curve and RULA score. The results indicated that mean height and weight of workers involved grape activities was 159.9 cm and 64.2 kg, respectively. BMI was observed as 21.8 kg/m2, fat percentage was worked out to 29.9 per cent, and hence LBM was 44.1 kg with variation of ±19.3kg. VO2 max was found to be 31.8 ml/kg x min exhibiting that the subjects were having good health. Conclusively on the basis of biomechanical stress in the grape cultivation occupational risk was highest in land preparation (46.3) followed by pruning activity (41.8) and least was in plant protection activity (21.5).

Keywords


A Postural Load, Occupational Risk, Grape Cultivation, Physical Fitness.

References