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2 clusters · 4 sources · 3 days · First seen · Last updated

Precision agricultural technology and pesticide reduction

Overview

The deployment of autonomous technology in agriculture aims to reduce chemical pesticide reliance through precision methods. In the United States and France, autonomous robots are being utilized to treat crops using UV-C light or mechanical weeding guided by GPS. For example, TRIC Robotics uses UV-C light to target fungi and mites in strawberry crops, while solar-powered machines like the FarmDroid FD20 perform centimeter-level weeding. Research suggests these robotic technologies could reduce herbicide usage by 40% to 90%.

However, the use of agricultural drones for precision spraying faces potential limitations. While drones use sensors and AI to target specific areas, this localized approach may contribute to pest resistance by leaving surviving organisms at the edges of treated zones. Furthermore, because drones have limited carrying capacities, they often require ultra-concentrated chemical solutions, which may offset the intended environmental benefits of precision application.

Entities

Naïo Technologies · Agriculture drones · FarmDroid · TRIC Robotics · pesticides

Timeline

  1. about 16 hours ago

    [TECHNOLOGY] 2 sources
    Agricultural drones may not reduce pesticide consumption

    Despite promises of precision, agricultural drones may not reduce pesticide use due to pest resistance and the need for ultra-concentrated chemical solutions.

  2. 3 days ago

    [TECHNOLOGY] 2 sources
    Agricultural robots use UV-C light and GPS to reduce pesticide use

    Autonomous robots are transforming agriculture by using UV-C light and GPS-guided mechanical weeding to significantly reduce the need for chemical pesticides and herbicides.

Sources

animaux.jhm-blogs.fr · m.metro-portal.hr · metro-portal.hr · rse-magazine.com