AI Article Synopsis

  • The UAV sprayer is efficient, easy to use, and safe, making it a valuable tool in agriculture, especially for increasing farmers' profits.
  • Recent studies focused on UAV sprayers have primarily targeted crown-shaped plants, with a gap in research on garden plants.
  • This experiment investigated the effectiveness of UAV sprayers on garden plants, determining optimal conditions for droplet deposition, which is crucial for pest control and the use of growth regulators.

Article Abstract

The Unmanned Aerial Vehicle (UAV) sprayer has the advantages of high work efficiency, simple operation, and high safety factor, and has broad application prospects UAV sprayer are widely used in the agricultural field, and the application of UAV sprayer spraying technology in agriculture has provided convenience and increased profits for farmers, and has also become a research hotspot in the field of agriculture. In recent years, although research has been conducted on the feasibility and application effects of UAV sprayer spraying crown shaped plants, there have been no experiments or studies in the field of garden plants. This experiment conducted a droplet deposition experiment of UAV sprayer spraying garden plants, exploring the droplet deposition effect of UAV sprayer in the field of garden plants, and conducting experiments on the influence of spray volume and nozzle type on droplet deposition. The experimental results showed that the canopy performance of small and medium-sized garden plants was better at a flight altitude of 1.5m, a spray volume of 180L/hm, and a flight speed of 2m/s. Reducing flight altitude, increasing spray volume, and reducing flight speed can improve the distribution of droplets in the canopy. This experiment lays the foundation for the application of UAV sprayer for the prevention and control of pests and diseases in garden plants, as well as for the application of growth regulators, and provides a basis for further innovative research in the field of garden plant application technology.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11140019PMC
http://dx.doi.org/10.3389/fpls.2024.1343793DOI Listing

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