巴基斯坦旁遮普巴哈瓦尔布尔农民对农药废物管理的认识及农药在水污染中的作用

Hammad Ul Hussan, Muhammad Nabeel Amjad, Faisal Mumtaz, Barjeece Bashir, Adeel Ahmad
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摘要

本研究强调农民对限制使用农药的可持续农业做法的认识和培训,以减少农村地区农药造成的水污染。在本次评估中,采用方便的抽样技术随机选择了150名可行的农民。通过访谈(n=30)和问卷调查(n=120)收集数据。用SPSS软件对数据进行分析。为检测农药对淡水的污染程度,在旁遮普省巴哈瓦尔普尔的tesil Hasilpur(29.6902°N, 72.5796°E)和Qaimpur地区的5口水井采集了淡水样本,对8种常用农药进行了分析。ECD:电子捕获检测器用于检测有机氯农药、除草剂和各种卤代烃。NPD:氮磷检测器用于检测含氮或含磷[1]的化合物。大约80%的农民表示,除了使用化学农药外,他们从未接受过虫害管理方面的培训或信息培训。剩下的20%由在巴基斯坦经营的一些私营无毒农药生产公司培训。虽然国家政府机构的合作并不重要,但受访者的个人资料与他们接受的培训程度之间的相关性是正的。农药污染的结果令人震惊,在水样中检测出8种农药中的6种,其浓度达到了惊人的水平,即呋喃(23.1 μ g/l)和一氯磷(8.3 μ g/l),长期使用对动物和人类都有致命危险。以预防和可持续的方式使用农药可以更好地防止害虫,并最大限度地减少化学品(农药)造成的水污染或空气污染等污染。因此,为了更好地生产和保护环境,必须采用这种可持续的做法。
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Farmer’s Awareness on Pesticide Waste Management and Role of Pesticides in Water Contamination in Bahawalpur, Punjab, Pakistan
This study emphasizes the awareness and training of farmers on sustainable agricultural practices for restrictive use of pesticides to reduce water pollution caused by pesticides in rural areas. For this assessment, 150 feasible farmers were selected randomly using a convenient sampling technique. Data was collected through interviews (n=30) and questionnaires (n=120). Data was scrutinized in SPSS software. To examine freshwater contamination with pesticides, freshwater samples were collected from open water bodies (5 wells) in the area of tehsil Hasilpur (29.6902° N, 72.5796° E) and Qaimpur of Bahawalpur, Punjab, and analyzed for eight pesticides which are frequently used. ECD: Electron Capture Detector was used to detect the organochlorine pesticides, herbicides, and various halogenated hydrocarbons. NPD: Nitrogen Phosphorus Detector was used to detect nitrogen- or phosphorus[1]containing compounds. Approximately 80% of farmers revealed that they never got any training or informative 64 sessions for pest management other than using chemical pesticides. The remaining 20% were trained by some private non-toxic pesticide manufacturing firms operating in Pakistan. Although non-significant cooperation from the government bodies of the state, the correlation among respondents’ profiles and the extent of training they have received in total was positive. Results for pesticide contamination were astonishing as 6 out of 8 pesticides were detected in water samples with alarming concentrations of Carbofuran (23.1µg/l) and Monocrotophos (8.3µg/l) which can be fatal for animals and humans in prolonged usage. The use of pesticides in a preventive and sustainable way gives more protection against pests and minimizes pollution such as water pollution or air pollution, etc., caused by the chemicals (pesticides). Hence such sustainable practices must be adopted for better production and conservation of the environment.
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