The Impact of Organochlorine Pesticides (OCPs) on Environment Health

Saiful Jamal, I. Dewata, Abdul Razak, Nurhasan Syah
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Abstract

Pesticides are toxic chemicals used mainly in agriculture to control pests and increase production. The use of pesticides is increasing with the development of special agricultural areas in the Nagari Sungai Nanam Solok district. Organochlorine pesticides are still used to control diseases on agricultural land, while the use of organochlorine pesticides has been prohibited due to the persistent effects they produce. The research aims to look at the potential environmental impacts caused by the use of specialized organochlorines on public water resources that are vital to daily life. The study used random purposive sampling techniques to determine respondents' characteristics and the water sources used. This study's respondents comprised 85 people obtained from the village group in the Nagari Sungai Nanam district of Solok. In contrast, the water samples were obtained from Galian wells and Pamsimas facilities. The results of the study showed that the level of risk of 8 (eight) means used by society could be determined by using the IKL form: there are two means (25%) at the high-risk level, three means (37.5%) at the medium-risk level, and three means (37.5%) at the low-risk level. As a result of the water sample testing, eight sampling sites found a concentration of lindane that exceeded the threshold of 0.45 ug/L lindane in the sample L.2771 (a water well in Jorong Pasa) and 0.62 ug/LL in the L.2775 sample (well water in Jorong Taratak Pauh). This condition describes the potential for higher pollution of wells due to organochlorine-like pesticides or other types that can harm health and the environment. The high use of pesticides, if not limited, will be a danger in the future for the surrounding community, which can lead to death, so an in-depth study is needed regarding the effect of pesticide use on the health conditions of the community and its environment.
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有机氯农药对环境健康的影响
农药是一种有毒的化学物质,主要用于农业,以控制害虫和增加产量。随着长加里城井南南索洛克地区特殊农业地区的开发,农药的使用量正在增加。有机氯农药仍然用于控制农业土地上的疾病,而有机氯农药由于其产生的持续影响而被禁止使用。这项研究的目的是研究使用特殊有机氯对日常生活至关重要的公共水资源造成的潜在环境影响。该研究采用随机有目的抽样技术来确定受访者的特征和使用的水源。本次研究的调查对象是来自索洛克市长加里市城南区村组的85人。相比之下,水样是从加利亚井和帕西马斯设施获得的。研究结果表明,社会使用的8(8)个均值的风险水平可以用IKL形式确定:高危水平有2个均值(25%),中危水平有3个均值(37.5%),低危水平有3个均值(37.5%)。水样检测结果显示,8个采样点发现L.2771样品(Jorong Pasa的一口水井)和L.2775样品(Jorong Taratak Pauh的井水)的林丹浓度超过了0.45 ug/L的阈值。这种情况描述了由于有机氯类农药或其他可能危害健康和环境的类型而对水井造成更高污染的可能性。农药的大量使用,如果不加以限制,将在未来对周围社区构成危险,可能导致死亡,因此需要深入研究农药使用对社区健康状况及其环境的影响。
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