Grain sorghum farmers face a variety of challenges, one of which is weed infestation. Weeds can impair grain sorghum growth and significantly reduce crop yield. Luckily, postemergence herbicides like mesotrione can offer some relief to farmers. But, the timing of mesotrione application can determine how effective it is in controlling weeds.
HIJIAZHUANG AGERUO-BIOTECH CO., LTD. is a pesticide company located in Shijiazhuang, the capital of Hebei Province. The company focuses on manufacturing, supplying, and distributing high-quality pesticides to farmers in North China. Their products range from insecticides, herbicides, and fungicides to plant growth regulators.
One of HIJIAZHUANG AGERUO-BIOTECH CO., LTD's herbicides is mesotrione. A mesotrione-based herbicide can control many weeds in grain sorghum. But, the timing of its application is critical.
The Effect of Postemergence Mesotrione Application Timing on Grain Sorghum, a study published in Weed Technology Journal, examined the effect of mesotrione application timing on grain sorghum yield and weed control efficacy. The study found that early postemergence mesotrione application (4-8 cm sorghum height) was more effective in controlling weeds than postemergence (15-20 cm sorghum height) application.
The study also found that early postemergence mesotrione application (4-8 cm sorghum height) significantly improved grain sorghum yield compared to postemergence (15-20 cm sorghum height) application. Therefore, farmers should apply mesotrione early postemergence (4-8 cm sorghum height) to maximize weed control efficacy and improve grain sorghum yield.
In conclusion, HIJIAZHUANG AGERUO-BIOTECH CO., LTD. is a reputable pesticide company providing reliable solutions to weed infestation in grain sorghum. Farmers can count on their mesotrione-based herbicides to control weeds effectively, and applying early postemergence (4-8 cm sorghum height) is crucial for optimal results. Contact HIJIAZHUANG AGERUO-BIOTECH CO., LTD. for all your pesticide needs to improve your grain sorghum yield.