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在距地面960多公里的太空轨道里,遥感卫星可以精确探测到地球表面的大范围光谱,这些数据通过机器学习算法,为农业提供帮助。农田中,大批机器正在有序耕种,无人机喷洒农药,滴管设备为农田浇水。在温室之中,计算机控制着温室环境温度与湿度,无土栽培技术让部分作物脱离了土地,形成3D立体化种植,节约了空间资源。而这些地方几乎看不到农民的身影,他们脱离了土地的束缚,现在的工
Remote sensing satellites can accurately detect the wide spectrum of the Earth’s surface within more than 960 kilometers of the Earth’s surface by using machine learning algorithms to aid agriculture. In the farmland, a large number of machines are being cultivated in an orderly manner, unmanned aerial vehicles are sprayed with pesticides, and dropper equipment is used to irrigate the farmland. Among the greenhouses, the computer controls the temperature and humidity in the greenhouses. Soilless culture technology allows part of the crops to leave the land and form a 3D stereoscopic planting, saving space resources. Whereas the peasants can scarcely be seen in these places, they are free from the shackles of the land, and the workers now