Post by ehsanulh125 on Jan 9, 2024 6:01:25 GMT
In the herbicide market of rice fields in China, quinclorac, bispyribac-sodium, cyhalofop-butyl, penoxsulam, metamifop, etc. However, due to the long-term and extensive use of these products, the problem of drug resistance is Increasingly prominent, and the loss of control rate of once flagship products has increased. The market calls for new alternatives. This year, under the influence of adverse factors such as high temperature and drought, poor sealing, serious resistance, complex grass morphology and too old grass, triadimefon stood out, withstood the strict test of the market and achieved a significant increase in Mark. Share. In the global crop pesticide market in 2020, rice pesticides account for about 10%, making it the fifth largest crop pesticide market after fruits and vegetables, soybeans, cereals and corn.
Among them, the sales volume of Country Email List herbicides in rice fields was 2.479 billion US dollars. it. dollars, ranks first among the three major categories of pesticides in rice. 111 According to Phillips McDougall's forecast, the global sales of rice pesticides will reach 6,799 billion US dollars. dollars, with a compound annual growth rate of 1.9% from 2019 to 2024. Due to the long-term, massive and single use of herbicides, the problem of herbicide resistance has become a serious challenge for the world. Weeds have now developed a serious resistance to four types of products (EPSPS inhibitors, ALS inhibitors, ACCase inhibitors, PS Ⅱ inhibitors), especially the ALS inhibitor herbicides (group B).
However, the resistance of HPPD inhibitor herbicides (F2 group) developed slowly, and the resistance risk is low, so it is worth focusing on development and promotion. 1111 In the past 30 years, the number of resistant weed populations in rice fields worldwide has increased dramatically. Currently, nearly 80 rice field weed biotypes have developed drug resistance. "Drug resistance" is a double-edged sword, which not only hinders the effective control of global pests, but also promotes the upgrading of pesticide products. The highly effective prevention and control agents developed for the well-known problem of drug resistance will receive huge business Returns. Globally, the newly developed herbicides in rice fields include tetflupyrrolimeth, dichloroisoxadiazon, cyclopyrinil, lancotrione sodium (HPPD inhibitor), haloxifen, triadimefon (HPPD inhibitor), metcamifene (safety agent), dimesulphazet, phenquinolophenylone, etc. It includes several herbicides of HPPD inhibitors, which show that the research and development of such products is very active.
Among them, the sales volume of Country Email List herbicides in rice fields was 2.479 billion US dollars. it. dollars, ranks first among the three major categories of pesticides in rice. 111 According to Phillips McDougall's forecast, the global sales of rice pesticides will reach 6,799 billion US dollars. dollars, with a compound annual growth rate of 1.9% from 2019 to 2024. Due to the long-term, massive and single use of herbicides, the problem of herbicide resistance has become a serious challenge for the world. Weeds have now developed a serious resistance to four types of products (EPSPS inhibitors, ALS inhibitors, ACCase inhibitors, PS Ⅱ inhibitors), especially the ALS inhibitor herbicides (group B).
However, the resistance of HPPD inhibitor herbicides (F2 group) developed slowly, and the resistance risk is low, so it is worth focusing on development and promotion. 1111 In the past 30 years, the number of resistant weed populations in rice fields worldwide has increased dramatically. Currently, nearly 80 rice field weed biotypes have developed drug resistance. "Drug resistance" is a double-edged sword, which not only hinders the effective control of global pests, but also promotes the upgrading of pesticide products. The highly effective prevention and control agents developed for the well-known problem of drug resistance will receive huge business Returns. Globally, the newly developed herbicides in rice fields include tetflupyrrolimeth, dichloroisoxadiazon, cyclopyrinil, lancotrione sodium (HPPD inhibitor), haloxifen, triadimefon (HPPD inhibitor), metcamifene (safety agent), dimesulphazet, phenquinolophenylone, etc. It includes several herbicides of HPPD inhibitors, which show that the research and development of such products is very active.