How to Achieve Intelligent and Precise Pesticide Application in Sustainable Agriculture?

Traditional spraying equipment often covers the entire farmland, while the intelligent spraying system in this study is as precise as a “surgeon”. When the sensor detects a diseased area, the system sprays pesticides only on the diseased part through a micro pump and a special nozzle; if a plant is identified as healthy, the spraying function is automatically turned off. Field trials have shown that this system successfully identified and treated 75% of the diseased plants in a 100-square-meter cauliflower test field, and avoided mis-spraying 87.5% of the healthy plants.

How to Achieve Intelligent and Precise Pesticide Application in Sustainable Agriculture?
Traditional spraying equipment often covers the entire farmland, while the intelligent spraying system in this study is as precise as a “surgeon”. When the sensor detects a diseased area, the system sprays pesticides only on the diseased part through a micro pump and a special nozzle; if a plant is identified as healthy, the spraying function is automatically turned off. Field trials have shown that this system successfully identified and treated 75% of the diseased plants in a 100-square-meter cauliflower test field, and avoided mis-spraying 87.5% of the healthy plants.