Smart agriculture can effectively improve the agricultural ecological environment. By considering farmland, livestock farms, aquatic breeding bases, and the surrounding ecological environment as a whole, and through systematic and precise computation of their material exchange and energy circulation relationships, smart agriculture ensures that the ecological environment of agricultural production remains within sustainable limits. Various instruments and meters are used to display real-time data or serve as automatic control parameters in the IoT. This provides a scientific basis for precision agriculture, achieving the goal of increasing yields, improving quality, regulating growth cycles, and increasing economic benefits.
