Department of Environmental Sciences, COMSATS University Islamabad, Vehari Campus, Vehari, 61100, Pakistan.
Department of Environmental Sciences, COMSATS University Islamabad, Abbottabad Campus, Abbottabad, Pakistan.
Environ Sci Pollut Res Int. 2019 Jul;26(20):20079-20091. doi: 10.1007/s11356-018-3169-6. Epub 2018 Sep 18.
This study is based on self-reported information collected from selected farmers of Vehari District, Punjab, Pakistan, to determine their technical knowledge and awareness about pesticide use and associated environmental and health risks. Moreover, soil contamination by routinely used persistent organochlorine pesticide, endosulfan, was also evaluated. Survey data revealed very low literacy rate (on an average 9th grade education) and technical knowledge (almost missing) of the farmers in Vehari District. The farmers are unable to fully read and understand the instructions about the use of pesticide marked on the containers. They are not fully aware of pesticide persistence and toxicity (73%), unable to identify cotton pests and diseases (86%), and do not know which crop to grow in cotton adjacent fields (100%). Data also revealed that the farmers (100%) do not follow safety measure during pesticide application and are unaware of pesticide toxicity symptoms in human as well as the basic first-aid practices (89%).Poor literacy rate and lack of technical knowledge of farmers in Vehari regarding pesticide use and handling are posing serious environmental and health risks among the local inhabitants, particularly among farmers. Soil analysis results showed that concentration of α- and β-endosulfan ranged from 0-14 to 0-14.64 μg/mg, respectively. Principal component analysis showed that soil organic matter is the key soil parameter controlling the occurrence and fate of endosulfan under sandy loam soil conditions of Vehari District. There is a serious need of improving technical and environmental knowledge of farmer about pesticide risks on human health in the studied area, in particular, and the entire country in general. Findings are of great use for policymaking in Pakistan to minimize pesticide risks in Pakistan.
本研究基于巴基斯坦旁遮普省Vehari 地区部分农民的自我报告信息,旨在确定他们对农药使用及其相关环境和健康风险的技术知识和认识。此外,还评估了常规使用的持久性有机氯农药硫丹对土壤的污染。调查数据显示,Vehari 地区的农民识字率(平均为 9 年级教育水平)和技术知识(几乎没有)都很低。农民无法完全阅读和理解容器上标记的农药使用说明。他们不完全了解农药的持久性和毒性(73%),无法识别棉花病虫害(86%),也不知道在棉花相邻田地里种植什么作物(100%)。数据还显示,农民(100%)在施药时不采取安全措施,也不知道农药对人体的毒性症状以及基本的急救措施(89%)。Vehari 地区的农民在农药使用和处理方面的低识字率和缺乏技术知识,对当地居民,特别是农民,造成了严重的环境和健康风险。土壤分析结果表明,α-和β-硫丹的浓度分别在 0-14 至 0-14.64μg/mg 之间。主成分分析表明,在 Vehari 地区砂壤土条件下,土壤有机质是控制硫丹发生和归宿的关键土壤参数。迫切需要提高农民对农药对人类健康风险的技术和环境认识,特别是在研究地区,以及整个国家。这些发现对巴基斯坦制定政策以最大限度地减少农药风险非常有用。