Training Farmers in How to Apply Pesticides and Other Topical Subjects

Q2 Agricultural and Biological Sciences Outlooks on Pest Management Pub Date : 2022-10-01 DOI:10.1564/v33_oct_07
G. Matthews
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Despite this system of simple colour codes, many smallholder farmers in cotton growing areas did not know the significance of this\n code. In Zimbabwe, pesticides are now sold over the counter regardless of the toxicological and ecotoxicological impacts. However, this government policy was intended to stimulate and grow the agricultural sector, but small-scale farming is prevalent and dominated by vulnerable populations.\n Due to these factors, beneficiaries of subsidised pesticides engage in uncontrolled vending of pesticides. Companies have not adopted this and unfortunately, responsible registration in many countries has not limited the sale of HHP products. Without proper training workers have died or suffered\n illness following use of these pesticides. According to Rother label information is a poor communication vehicle regarding risks, so it is argued that the use of the term \"misuse\" of pesticides in the literature, and by regulators and industry inappropriately allocates blame of poisonings\n and environmental contamination to end-users. In the UK, the Crop Protection Association introduced a Voluntary Initiative aimed at improving the standards of pesticide use. This resulted in setting up the National Register of Sprayer Operators (NRoSo), which is open to anybody who holds an\n appropriate certificate of competence qualification approved by the Chemical Regulations Directorate (CRD) for the safe application of pesticides. In some countries, the government has supported Extension Services, usually linked to a University. These provide training for farmers, but in\n many parts of the world there has been relatively little attention to providing farmers adequate training on the correct and safe way to apply pesticides. The Inter-African Phytosanitary Council (IAPSC), which is a part of the African Union (AU), was increasingly concerned about the safety\n and efficiency of pesticides used in Africa. In all member states, there were cases of pesticide abuse at the field level and lack of adequate control over the way pesticides were being used. In particular, small-scale farmers using knapsack sprayers and other portable application equipment\n were inadequately trained. Similarly, this was also a problem amongst plantation workers. An example of the problems in Nigeria is expressed by Asogwa et al and Onuegbu & Harbor. The lack of training was also reported from Pakistan, where the majority of the farmers (88%) in the study\n had never received any formal training on the use of pesticides and knapsack sprayers. Instead farmers learnt methods of spraying pesticide, handling and tank filling by imitating their relatives or neighbours. Another contributing factor in acute pesticide poisoning of farmers was due to\n knapsack sprayers being poorly maintained. When spraying, most farmers had wet clothes owing to leakage from ill-fitting nozzles and poorly kept equipment. It was observed that most of the equipment that was in use, was locally made and was of poor quality. Many of the knapsack sprayers had\n been there for years without any maintenance, repair or replacement by new equipment. The lack of training and unavailability of safetyequipment is consistent with other studies. In 2000, FAO organised a Training programme for agricultural staff in tropical countries, who were expected to\n utilise their training to organise training sessions in their own country. The initial course was aimed at farms in Cameroon, but for a second course, participants were invited from other African countries. 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Abstract

When the use of chemical pesticides began to increase, there were several commercially available insecticides that were considered to be highly hazardous pesticides (HHP) to use. Methyl parathion was one of these insecticides. In Zimbabwe, it was decided that the containers of insecticide should have a colour to indicate its toxicity level as defined by the World Health Organisation. Thus, the colour purple indicated an extremely hazardous pesticide (Class I), while the colours red, orange and green indicated Classes II, III and unclassified pesticide. Pesticides with a purple or red label were not displayed and those who wished to purchase these products had to know about their higher toxicity and precautions to be taken when used. Despite this system of simple colour codes, many smallholder farmers in cotton growing areas did not know the significance of this code. In Zimbabwe, pesticides are now sold over the counter regardless of the toxicological and ecotoxicological impacts. However, this government policy was intended to stimulate and grow the agricultural sector, but small-scale farming is prevalent and dominated by vulnerable populations. Due to these factors, beneficiaries of subsidised pesticides engage in uncontrolled vending of pesticides. Companies have not adopted this and unfortunately, responsible registration in many countries has not limited the sale of HHP products. Without proper training workers have died or suffered illness following use of these pesticides. According to Rother label information is a poor communication vehicle regarding risks, so it is argued that the use of the term "misuse" of pesticides in the literature, and by regulators and industry inappropriately allocates blame of poisonings and environmental contamination to end-users. In the UK, the Crop Protection Association introduced a Voluntary Initiative aimed at improving the standards of pesticide use. This resulted in setting up the National Register of Sprayer Operators (NRoSo), which is open to anybody who holds an appropriate certificate of competence qualification approved by the Chemical Regulations Directorate (CRD) for the safe application of pesticides. In some countries, the government has supported Extension Services, usually linked to a University. These provide training for farmers, but in many parts of the world there has been relatively little attention to providing farmers adequate training on the correct and safe way to apply pesticides. The Inter-African Phytosanitary Council (IAPSC), which is a part of the African Union (AU), was increasingly concerned about the safety and efficiency of pesticides used in Africa. In all member states, there were cases of pesticide abuse at the field level and lack of adequate control over the way pesticides were being used. In particular, small-scale farmers using knapsack sprayers and other portable application equipment were inadequately trained. Similarly, this was also a problem amongst plantation workers. An example of the problems in Nigeria is expressed by Asogwa et al and Onuegbu & Harbor. The lack of training was also reported from Pakistan, where the majority of the farmers (88%) in the study had never received any formal training on the use of pesticides and knapsack sprayers. Instead farmers learnt methods of spraying pesticide, handling and tank filling by imitating their relatives or neighbours. Another contributing factor in acute pesticide poisoning of farmers was due to knapsack sprayers being poorly maintained. When spraying, most farmers had wet clothes owing to leakage from ill-fitting nozzles and poorly kept equipment. It was observed that most of the equipment that was in use, was locally made and was of poor quality. Many of the knapsack sprayers had been there for years without any maintenance, repair or replacement by new equipment. The lack of training and unavailability of safetyequipment is consistent with other studies. In 2000, FAO organised a Training programme for agricultural staff in tropical countries, who were expected to utilise their training to organise training sessions in their own country. The initial course was aimed at farms in Cameroon, but for a second course, participants were invited from other African countries. One result of these training sessions was a 273 page booklet produced by FAO.
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培训农民如何使用农药和其他主题
当化学农药的使用开始增加时,有几种市售杀虫剂被认为是高度危险的杀虫剂(HHP)。甲基对硫磷就是其中一种杀虫剂。在津巴布韦,决定杀虫剂的容器应该有一种颜色,以表明世界卫生组织规定的毒性水平。因此,紫色表示极为危险的农药(I类),而红色、橙色和绿色表示II、III类和未分类的农药。没有展示带有紫色或红色标签的农药,希望购买这些产品的人必须了解它们的较高毒性和使用时应采取的预防措施。尽管有这种简单的颜色代码系统,但棉花种植区的许多小农并不知道这种代码的重要性。在津巴布韦,杀虫剂现在不顾毒理学和生态毒理学影响在柜台销售。然而,这项政府政策旨在刺激和发展农业部门,但小规模农业普遍存在,弱势群体占主导地位。由于这些因素,获得补贴的农药受益者从事不受控制的农药贩卖。公司尚未采用这一点,不幸的是,在许多国家负责任的注册并没有限制HHP产品的销售。没有经过适当培训的工人在使用这些农药后死亡或患病。根据Rother的说法,标签信息是关于风险的不良沟通工具,因此有人认为,在文献中使用“滥用”农药一词,以及监管机构和行业不恰当地将中毒和环境污染的责任分配给最终用户。在英国,作物保护协会提出了一项旨在提高农药使用标准的自愿倡议。这导致建立了国家喷雾器操作员登记册(NRoSo),该登记册向任何持有化学法规理事会(CRD)批准的安全使用农药的适当胜任资格证书的人开放。在一些国家,政府支持推广服务,通常与大学联系在一起。这些机构为农民提供培训,但在世界上许多地方,很少有人注意向农民提供有关正确和安全使用农药的适当培训。作为非洲联盟(AU)一部分的非洲植物检疫理事会(IAPSC)越来越关注非洲使用的农药的安全性和有效性。在所有会员国中,都有在田间一级滥用农药的情况,而且对使用农药的方式缺乏适当的控制。特别是,使用背负式喷雾器和其他便携式喷雾器设备的小农没有得到充分培训。同样,这在种植园工人中也是一个问题。Asogwa等人和Onuegbu & Harbor表达了尼日利亚问题的一个例子。巴基斯坦也报告了缺乏培训的情况,研究中大多数农民(88%)从未接受过使用农药和背负式喷雾器的正式培训。相反,农民通过模仿他们的亲戚或邻居来学习喷洒农药、搬运和装满水箱的方法。造成农民急性农药中毒的另一个因素是背负式喷雾器保养不当。在喷洒时,由于喷嘴不合适和设备保养不当,大多数农民的衣服都湿了。有人指出,目前使用的大多数设备都是当地制造的,质量很差。许多背负式喷雾器已经使用多年,没有任何维护、修理或更换新设备。缺乏培训和缺乏安全设备与其他研究结果一致。2000年,粮农组织为热带国家的农业工作人员组织了一个培训方案,期望他们利用他们的培训在自己的国家组织培训课程。最初的课程是针对喀麦隆的农场,但第二个课程邀请了来自其他非洲国家的参与者。这些培训课程的一个成果是粮农组织编写了273页的小册子。
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来源期刊
Outlooks on Pest Management
Outlooks on Pest Management Agricultural and Biological Sciences-Insect Science
自引率
0.00%
发文量
41
期刊介绍: Research and development in the crop protection and crop enhancement sector continues to grow at pace. Those associated with the agriculture and food industries, researchers in academia, government organisations, legislators, and professionals involved with the development and environmental impact of pesticides and biotechnology can all benefit from Outlooks on Pest Management. This bi-monthly journal provides a unique blend of international news and reviews covering all aspects of the management of weeds, pests and diseases through chemistry, biology and biotechnology.
期刊最新文献
The Annual Biocontrol Industry Meeting (ABIM) 2023 Invasive Species Impact in Agriculture: Striking a Balance Between Productivity, Biodiversity and Ecosystem Health The Need to Use Different Ways of Applying Pesticides R&D News Tighter Regulations Regarding Pesticides
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