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Agent Orange Chemical Plant Locations in the United States and Canada: Environmental and Human Health Impacts
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作者 Kenneth R. Olson David R. Speidel 《Open Journal of Soil Science》 CAS 2022年第8期363-426,共64页
During the Vietnam War, millions of liters of six tactical herbicides were sprayed on the southern Vietnam landscape to defoliate forests, to clear military perimeters and to destroy enemy food supplies. The environme... During the Vietnam War, millions of liters of six tactical herbicides were sprayed on the southern Vietnam landscape to defoliate forests, to clear military perimeters and to destroy enemy food supplies. The environmental and human health impacts of spraying these herbicides, especially Agent Orange and those formulated with mixtures that included 2,4,5-trichlorophenoxyacetic acid (2,4,5-T) which was contaminated with 2,3,7,8-tetracholorodibenzo-p-dioxin (TCDD) have been documented over the last 60 years. The dioxin TCDD clean-up efforts at former military bases and other Vietnam hotspots are ongoing. However, the lesser-told story was the environmental and human health impacts on the communities and chemical plant workers who manufactured Agent Orange and other herbicides that became contaminated with dioxin TCDD in the manufacturing processes at seven locations in the United States and one site in Canada. The pollution at these chemical plant sites, adjacent rivers and groundwater is well known within each affected state or province but not widely recognized beyond their localities. In this paper we assess the national long-term effects on land, groundwater and river resources where Agent Orange and other agricultural herbicides containing 2,4,5-T with unknown amounts of dioxin TCDD were manufactured, transported, and temporarily stored. The sites where residual tactical herbicides with contaminated by-products were applied to public lands or disposed of by military and civilian workers within the United States and Canada are identified. After 60 years, these communities are still paying the price for the U.S. Government, DOD and USDA decisions to provide and use agricultural herbicides as tactical chemical weapons during the Vietnam War (1962-1971). There have been human health issues associated with the chemical manufacture, transport, storage and disposal of these herbicides related to workers who moved these chemical weapons from United States and Canada to SE Asia. Most of these dioxin contaminated tactica 展开更多
关键词 Dioxin TCDD Arsenic chemical plant workers CHLORACNE Cancer Herbicides Cacodylic Acid Monsanto Dow Nitro Midland Elmira Uniroyal Times Beach MISSOURI Gagetown Incineration Certified Landfill Environmental Covenants
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某化工基地化工工人生存质量与职业紧张关系研究 被引量:2
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作者 范灵凯 吴尚荣 +4 位作者 梁俊 阳慧萍 陈国伟 陈苑 郭锐 《中国职业医学》 CAS 北大核心 2016年第5期577-581,共5页
目的了解某化工基地化工工人生存质量与职业紧张的关系。方法采用判断抽样的方法,以《生存质量测定量表简表》和《职业紧张量表》(OSI-R)对517名化工工人进行问卷调查。结果 517名化工工人生存质量得分中位数为51.52(24.62~74.29)分... 目的了解某化工基地化工工人生存质量与职业紧张的关系。方法采用判断抽样的方法,以《生存质量测定量表简表》和《职业紧张量表》(OSI-R)对517名化工工人进行问卷调查。结果 517名化工工人生存质量得分中位数为51.52(24.62~74.29)分;化工工人OSI-R的职业任务问卷得分低于国内常模[(161.40±24.99)vs(183.36±22.02)分,P〈0.01],个体紧张反应问卷和个体应对资源问卷得分均高于国内常模[(100.18±20.69)vs(97.47±13.77)分,(131.74±17.93)vs(128.86±18.45)分,P〈0.01];职业任务问卷、个体紧张反应问卷高得分组工人的生存质量差于低得分组(P〈0.01),个体应对资源问卷高得分组工人的生存质量好于低得分组(P〈0.01)。生存质量得分分别与职业任务问卷及个体紧张反应问卷得分呈负相关(P〈0.01),与个体应对资源问卷得分呈正相关(P〈0.01)。生存质量的主要影响因素是个体紧张反应、个体应对资源、职业任务、每天睡眠时间和工伤(P〈0.05)。结论职业紧张可影响化工工人的生存质量,职业任务和个体紧张反应的增加可降低化工工人的生存质量,而个体应对资源的增多可提高化工工人的生存质量。 展开更多
关键词 化工工人 生存质量 职业紧张
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化工工人工作能力变化及其影响因素研究 被引量:16
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作者 杨惠芳 王绵珍 +1 位作者 王治明 兰亚佳 《四川大学学报(医学版)》 CAS CSCD 北大核心 2004年第2期255-257,共3页
目的 了解化工工人的工作能力及职业紧张状况 ,探讨影响工作能力的因素。方法 应用工作能力指数表 (WAI)和职业紧张问卷 (OSQ) ,对某市 10 30名化工工人进行调查 ,用多元 logistic回归模型评价背景因素及职业紧张因素对工作能力减退... 目的 了解化工工人的工作能力及职业紧张状况 ,探讨影响工作能力的因素。方法 应用工作能力指数表 (WAI)和职业紧张问卷 (OSQ) ,对某市 10 30名化工工人进行调查 ,用多元 logistic回归模型评价背景因素及职业紧张因素对工作能力减退的危险度。结果 化工工人工作能力降低的主要危险因素是肌肉骨骼功能失调(OR=2 .316 )、健康状况估计 (OR=2 .0 70 )、疾病 (OR=2 .14 4 )、睡眠不良 (OR=1.5 73)、情绪激动 (OR=1.6 6 0 )、体力负荷 (OR=1.12 4 )、活动程度 (OR=1.12 7)、工作中的问题 (OR=1.12 6 )、缺乏体育锻炼 (OR=1.4 0 8)、受教育程度 (OR=2 .2 4 7)等。结论 影响化工工人工作能力减退的主要因素是紧张的生理、心理因素及受教育程度等 ,应有针对性的调整各项紧张因子 ,降低危险因素 ,增加工人的文化素养 。 展开更多
关键词 化工工人 工作能力 职业紧张 危险因素
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