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FROM PRECISION FARMING TO PHYTOTECHNOLOGY

机译:从精密耕作到植物学

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As Precision Farming has developed we have seen the size of management units reduce from farm scale, to field scale and now we have the possibility of farming at the plant scale. Plant scale husbandry has been with us since agriculture first started but we have left individual plant care behind as we used mechanization to replace hand labour. This trend has continued until today as we see the equipment getting bigger all the time. The main reason for bigger machinery is so that farmers can take advantage of economies of scale: the larger area that an operator can cover in an hour, the lower the overall cost. What would happen if we considered a different approach? One that looks at the real plant requirements. One that takes into account environmental and societal needs as well? One that can utilise the latest information technologies to develop an agricultural system that minimise inputs to the plant needs and still retain high production levels. All of these features are possible today after one crucial development and that is the ability to embed enough intelligence into a machine to allow it to work unattended for long periods of time.
机译:由于精密耕作制定了我们已经看到管理单位的规模从农场规模减少,以现场规模,现在我们有可能在植物规模耕种。自农业首次开始以来,植物规模畜牧业已与我们同在,但我们已经留下了个体植物护理,因为我们使用机械化来取代劳动力。这一趋势持续到今天,我们看到所有时间变得更大的设备。更大机器的主要原因是让农民能够利用规模经济:操作员可以在一小时内覆盖的较大区域,整体成本越低。如果我们考虑了不同的方法会发生什么?一个看起来真实的植物要求。还有一个考虑环境和社会需求的人?可以利用最新信息技术开发一个农业系统,以最大限度地减少对植物需求的投入,并且仍然保持高产量水平。在一个关键的发展之后,所有这些功能都是可能的,这是嵌入足够的智能进入机器的能力,让它在长时间无人看管。

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