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Type and Characters of Agricultural Injury Subjective Burden
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 Title & Authors
Type and Characters of Agricultural Injury Subjective Burden
Youn, Kanwoo; Im, Sanghyuk; Park, Jinwoo; Lee, Kyungsuk; Chae, Hyeseon;
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Objectives: In establishing policies for agricultural safety, evaluating injury burdens as well as investigating the rates and characteristics of work injury is important. This study investigated the types and characteristics of agricultural injury subjective burdens. Methods: By analyzing the injured farmers identified in the 2013 Korean Farmers' Occupational Injury Survey, the burdens caused by injuries were categorized using one direct cost item (medical costs) and five indirect cost items (including productivity decreases and wage increases). Statistical differences among the burden items were analyzed using logistic regression analysis according to the characteristics of the farmers and their farm injuries. Results: Among the subjective burdens indicated by the 457 injured farmers, disruption to work was most common. The major influences on each subjective burden item are as follows: for the item of disruption to work, age, time of injury occurrence, treatment period, and farming machine use were influential; for an increased family member's burden of farm works, the number of family members and treatment period were influential. Regarding cost burden of treatment, the results varied according to whether or not the patient was hospitalized and annual income. Conclusion: Subjective burdens induced by indirect costs rather than those induced by direct costs were found to be higher in ratio. In regard to each burden item, the results varied according to the characteristics of the farmers and their farm injuries. To support injured farmer, setting goals to reduce indirect cost burdens and preparing concrete methods is necessary.
Agricultural injuries;Burden;Subjective;
 Cited by
Im HJ, Kwon YJ, Yim J, Ju YS, Lee KS, Kim KR. The Comparative Study on the Prevalence of Injury/Poisoning in the Agricultural and Fishery Population and the General Population. Korean J of Ag Extension 2008;33(1):82-89 (Korean)

Kim KR, Choi JW. Disease, Accident and Health Behavior of in Farmers and Fishermen. Korean J of Ag Extension 2005;30(3):279-292 (Korean)

Chae HS, Min KD, Youn KW, Park JW, Kim KR, Kim HC, Lee KS. Estimated rate of agricultural injury: the Korean Farmers' Occupational Disease and Injury Survey. Ann Occup Environ Med[Internet]. 2014;26:8[cited 2015 Sep 4]. Available from: crossref(new window)

Leigh JP, Markowitz S, Fahs M, Landrigan P. Costs of Occupational Injuries and Illnesses. University of Michigan Press. 2000. pp.90-91

Thomsen C, McClain J, Rosenman K, Davis L. Indicators for occupational health surveillance. MMWR Recomm Rep 2007;19(56):1-7

Lee TY, Lee JB, Chang SR. A Study on the Classification of Uninsured Cost Occurrence. J Korean Soc Saf 2008;23(6):158-163 (Korean)

Locker AR, Dorland JL, Hartling L, Pickett W. Economic burden of agricultural machinery injuries in Ontario, 1985 to 1996. J Rural Health 2003;19(3):285-291 crossref(new window)

Kelsey TW. Fatal Farm Accidents in New York: Estimates of Their Costs. J AGR Resour Econ 1991;20(2):202-207

Leigh JP, McCurdy SA, Schenker MB. Costs of occupational injuries in agriculture. Public Health Rep 2001;116(3):235-248 crossref(new window)

Pollock KS, Griffith GR, Fragar LJ. The economic cost of farm-related fatalities in Australia. J Agric Saf Health 2012;18(1):11-30 crossref(new window)

Rural Development Administration: Building the Statistics of Agricultural Related Injuries. Seoul: Eulji global: 2009 (Korean)

Korean statistical Information service [Internet]. Korean Farmers' Occupational Disease and Injury Survey. [cited 2015 Sep 10]. Available from:

National Institute of Agricultural Sciences. 2013 Korean Farmers' Occupational Injury Survey. Rural Devleopment Administration, 2014 (Korean)

Berger ML, Murray JF, Xu J, Pauly M. Alternative valuations of work loss and productivity. J Occup Med 2001;43(1):18-24 crossref(new window)

Yu YB. Growth Path and Technical Changes in Korean Agriculture: 1951-2000. Korean J Agric Econ 2000;44(2):15-42 (Korean)

Lipsitz SR, Fitzmaurice GM, Sinha D, Hevelone N, Giovannucci E, Hu JC. Testing for independence in J$\times$K contingency tables with complex sample survey data. Biometrics 2015;71(3):832-840 crossref(new window)

Leigh JP. Economic Burden of Occupational Injury and Illness in the United States. Milbank Q 2011;89(4):728-772 crossref(new window)

Rautiainen RH, Ohsfeldt R, Sprince NL. Cost of compensated injuries and occupational diseases in agriculture in Finland. J Agromedicine 2005;10(3):21-29 crossref(new window)

Moon TJ. Light and shadows of the Korean healthcare system. J Korean Med Sci 2012;27(Suppl):S3-S6 crossref(new window)

Kim JS, Jung CL, Nahm JW. A Comparative Study On Compensation Systems For Farmers' Accidents On Germany, Austria And Switzerland. Korean Soc Secur Stud 2015;31(2):101-128 (Korean)

Kwon YJ, Chung YK. Compensation system for farmers' accidents. J Korean Med Assoc 2012;55(11):1078-1082 (Korean) crossref(new window)

Min BW, Kim HC, Lee KS. A Scheme of Compensation System for Farmers' Accidents through the Example of Germany. Korean J of Ag Extension 2011;18(3):351-384 (Korean)

Choi YJ, Kim GM, Lee HG. A Study on the Farm Helper System for Rural Women. Korean J of Ag Extension 2005;12(2): 219-230 (Korean)

Oh WK, Kim HS, Um CS, Chang SH, Lee KS, Jung-Choi KH, Kim KW, Lee KH. The Cost of Occupational Health and Safety in Manufacturing Factories. Korean J Occup Environ Med 2008;20(1):25-36 (Korean)