基于马赞达兰省水田土壤中二嗪农农药浓度的水稻一、二次栽培评价

Shina Ansari Hamedani, R. Arjmandi, Saeed Motessadi Zarandi, M. Baghestani, R. Azizinezhad
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摘要

马赞达兰省第一二期稻基农药田评价。实验室。第一次栽培取样于6月下旬至8月中旬,第二次栽培取样于9月第一周至10月下旬。取样分三个季节进行:春季、夏季(移栽前或收获期间)和秋季(第二次水稻栽培)。结果与讨论:目标农药测定结果显示,第一次栽培的水体与第二次栽培相比,第一次栽培的土壤与第二次栽培相比,二嗪农的含量有显著差异。另外,第二次栽培的水样中重氮嗪的平均值是第一次栽培的7.8倍,第二次栽培的土壤样品中重氮嗪的平均值是第一次栽培的1.66倍,这表明第二次栽培的水稻中重氮嗪的含量很高,值得警惕。二嗪农的稳定性和溶解度,以及马赞达兰省的环境条件,特别是高地下水位,延长了该农药的使用寿命,造成了严重的环境危害。结论:可持续利用耕地,重点是提高生产效率和提高作物效率,在该国建立战略中心和单一监管机构来管理农药消费,为利益攸关方群体开展农药生产、供应和消费方面的一般和专门培训,根据环境影响因素登记和使用农药,逐步清除和更换高风险农药二嗪农,利用新的方法和技术来对付水稻的重要害虫是最重要的事情之一,应该作为研究结果的战略和执行政策加以考虑。
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Evaluation of first and second rice cultivation based on diazinon pesticide concentration in water and soil of paddy fields of Mazandaran province
Evaluation of first second rice based pesticide fields Mazandaran Province. laboratory. Sampling was done from late June to mid-August for the first cultivation, and from the first week of September to late October for the second cultivation of rice. Sampling was done in three seasons: spring, summer (before transplanting or during harvest), and autumn (for the second rice cultivation). Results and discussion: The results of measuring the target pesticide showed a significant difference in the amount of diazinon in the water of the first cultivation compared to the second cultivation and the soil of the first cultivation compared to the second cultivation. Also, the average of diazinon in the water samples of the second cultivation was 7.8 times higher compared to the first cultivation and 1.66 times higher in the soil samples of the second cultivation compared to the first cultivation, which indicates high and alarming amounts of diazinon in the second rice cultivation. The stability and solubility of diazinon, as well as the environmental conditions of Mazandaran Province, especially the high groundwater level, extend the life of this pesticide and consequently cause serious environmental hazards. Conclusion: Sustainable use of cultivated lands with a focus on improving production efficiency and increasing crop efficiency, creating a strategic center and a single regulator in the country to manage pesticide consumption, developing general and specialized training for groups of stakeholders in the production, supply and consumption of pesticides, registration and application of pesticides based on environmental impact factor, gradual removal and replacement of high-risk pesticide diazinon, and the use of new methods and technologies to deal with important pests of rice are among the most important things that should be considered as strategies and executive policies resulting from research.
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