Department of Biological and Agricultural Engineering, University of California Agricultural Ergonomics Research Center, Western Center for Agricultural Health and Safety, Davis, CA 95616, USA.
Appl Ergon. 2010 Oct;41(6):738-43. doi: 10.1016/j.apergo.2010.03.003. Epub 2010 Apr 15.
This paper gives an overview of the extent of musculoskeletal disorders (MSDs) in agriculture, and a historical perspective on how ergonomics has been used to reduce the health effects of labor-intensive agriculture. A summary of exposure to MSD physical risk factors within various classes of crops, along with various administrative and engineering controls for abating MSDs in agriculture is given. These controls range from programmed rest breaks to mechanized or partially-mechanized operations. Worker-based approaches such as prone carts and platforms, and load transfer devices hold promise in combating the prevalent stooped work in agriculture. Including the worker as an integral contributor to all aspects of developing and implementing an intervention, and considering the psychosocial and socio-cultural aspects of the work environment are crucial elements of effective interventions for reducing MSDs. Despite the advent progress in new technologies in agricultural practices, reliance on labor, especially in fresh market fruits and vegetables, will always be a major cornerstone of agriculture for at least the foreseen future. It is encouraging to see the increased interest among health and safety professionals, epidemiologists, engineers, social scientists, and ergonomists throughout the world who are committed to the plight of reducing MSDs and other health problems among agricultural workers.
本文概述了农业中肌肉骨骼疾病(MSD)的程度,以及人体工程学如何被用来减轻劳动密集型农业的健康影响的历史。本文总结了各种作物类别中 MSD 物理风险因素的暴露情况,以及农业中减轻 MSD 的各种管理和工程控制措施。这些控制措施的范围从有计划的休息时间到机械化或部分机械化操作。基于工人的方法,如俯卧车和平台,以及负载转移装置,有望在对抗农业中普遍存在的弯腰工作方面发挥作用。将工人作为开发和实施干预措施各个方面的不可或缺的贡献者,并考虑工作环境的心理社会和社会文化方面,是减少 MSD 的有效干预措施的关键要素。尽管农业实践中的新技术取得了进展,但在可预见的未来,劳动力的依赖,特别是在新鲜市场的水果和蔬菜方面,仍将是农业的主要基石。令人鼓舞的是,全世界越来越多的健康和安全专业人员、流行病学家、工程师、社会科学家和人体工程学家都致力于减轻农业工人的 MSD 和其他健康问题的困境。