Summer is a crucial period for crop growth and a golden period for preventing and controlling crop diseases and pests. On August 1st, in the green soybean field of Lingbi County Agricultural Science Research Institute, agricultural plant protection workers used unmanned plant protection machines to carry out pesticide spraying operations. Using positioning and remote control drones, setting data such as route and speed, and conducting spraying operations over soybean fields.
Accompanied by the rapid “buzzing” sound of the propeller, the plant protection drone began to slowly rise and shuttle back and forth in the soybean field, containing various pesticides in the form of insecticides, fungicides, foliar fertilizers, etc., sprayed evenly from the body, and accurately sprayed on the soybean leaves. The UAV “flying defense” operation has the characteristics of fast speed, high efficiency and low cost, which saves labor and labor in field management. Through seamless spraying, soybeans are evenly absorbed, and leaf photosynthetic efficiency is improved. It has the performance of promoting crop growth and improving stress resistance. Its control effect is better than that of traditional manual spray. It can concentrate, quickly and accurately apply pesticides in a short period of time, effectively prevent and control soybean diseases and pests, and ensure a bumper grain harvest.Accompanied by the rapid “buzzing” sound of the propeller, the plant protection drone began to slowly rise and shuttle back and forth in the soybean field, containing various pesticides in the form of insecticides, fungicides, foliar fertilizers, etc., sprayed evenly from the body, and accurately sprayed on the soybean leaves. The UAV “flying defense” operation has the characteristics of fast speed, high efficiency and low cost, which saves labor and labor in field management. Through seamless spraying, soybeans are evenly absorbed, and leaf photosynthetic efficiency is improved. It has the performance of promoting crop growth and improving stress resistance. Its control effect is better than that of traditional manual spray. It can concentrate, quickly and accurately apply pesticides in a short period of time, effectively prevent and control soybean diseases and pests, and ensure a bumper grain harvest.
The Agricultural Science Institute seized the favorable opportunity for disease and pest control, and agricultural plant protection workers utilized high-tech unmanned plant protection machines to carry out disease and pest control operations, providing “escort” for the healthy growth of crops.
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