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Bensulfuron methyl·Quinclorac
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Herbicide For Paddy
Product Description
In agricultural production, herbicides are used as an important tool for controlling weeds and securing crop growth, and their types and performance are directly related to the yield and quality of crops. As two common herbicides, bensulfuron and dichloroquinolinic acid have unique herbicidal effects. However, when they are compounded and used in a certain proportion, i.e., to form a bensulfuron-dichloroquinolinic acid compound herbicide, its weed control effect is more significant, and it has become an indispensable part of modern agriculture. In this paper, we will comprehensively analyze this compound herbicide from the aspects of overview, application effect, environmental impact and future outlook.
Weed control effect
Numerous studies have shown that the bensulfuron-dichloroquinolinic acid herbicide compound has excellent performance in controlling a wide range of weeds. For example, Lu Yongliang et al. found that the inhibitory activity of bensulfuron and dichloroquinaldic acid was significantly higher than that of single agent, and the 2%:34% ratio of bensulfuron and dichloroquinaldic acid was the most significant. This compound preparation not only improves the effect of weed control, but also reduces the cost of medication and the environmental pollution of pesticide residues.
Economic benefits
The application of bensulfuron-dichloroquinolinic acid compound herbicide not only improves the yield and quality of crops, but also reduces the labor intensity of farmers. By reducing the number of weeding times and the amount of medication used, farmers can save a lot of labor, material and financial resources, thus increasing economic income. In addition, the compound herbicide has good stability and is easy to store and transport, further improving its economic benefits.
Environmental Impact
Residual toxicity
Although bensulfuron-dichloroquinolinic acid compound herbicide has excellent performance in weed control, its residual toxicity should not be ignored. As a hormone herbicide, dichloroquinolinic acid may have certain toxic effects on human beings and animals, such as affecting reproductive reproduction, causing estrogenization and glandular lesions in animals. Therefore, when using this compound herbicide, it is necessary to strictly comply with the use regulations and control the dosage and frequency of application to minimize the impact of residual toxicity on the environment and organisms.
Microbial degradation
In order to reduce the residual toxicity of bensulfuron-dichloroquinolinic acid compound herbicide, scientists have conducted a large number of microbial degradation studies. For example, a research team from Zhejiang University isolated and screened a strain that can degrade both dichloroquinolinic acid and bensulfuron-sulfuron from the soil of a pesticide factory that has long been contaminated by herbicides.LS. The strain showed good degradation effects for both single herbicides and compound formulations, providing new ideas and methods to reduce the residual toxicity of herbicides.
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