Robot-assisted precision agriculture primarily belongs to the fields of automation, robotics, and sustainability and environment 4.0.

In robotic precision agriculture, various farming tasks, such as planting, tending, and harvesting crops, are carried out by intelligent machines. These robots often work autonomously and are equipped with sensors, cameras, and GPS systems. This allows them to precisely survey fields, target individual plants, and apply fertiliser or water exactly where it is needed.

A tangible example: instead of fertilising an entire field uniformly, an agricultural robot uses sensors to identify which plant needs replenishment and applies fertiliser only at that spot. This saves resources, protects the environment, and increases crop yields.

Thanks to automation, farmers can operate more efficiently, environmentally consciously, and sustainably. Robot-assisted precision farming helps to feed the growing global population without unnecessarily burdening the environment.

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