利用智能系统提高作物生产力的水培无土智能农业

Vagisha, E. Rajesh, Shajahan Basheer, K. Baskar
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引用次数: 1

摘要

随着人口的增长,对住房的需求很大,这反过来又减少了农业用地的可用性。农业用地的缺乏可能会导致未来的粮食短缺。粮食短缺问题可以通过无土智能农业技术来解决。无土智能农业基本上是指种植谷物、蔬菜、水果和种子等作物,而不需要土壤。无土智能农业也被称为水培;这里的“Hydro”指的是水,而“Ponics”指的是溶液在没有土壤的情况下流向植物。使用无土耕作的优点是作物产量高,需水量少,寄生虫侵袭的风险低,并且全年持续生长。与土壤在耕作中起重要作用的传统耕作方式相比,在小面积内种植多种作物成为可能。在无土智能农业中,物联网传感器可用于测量作物的温度和pH值标签。在物联网传感器的帮助下收集数据,并将收集到的数据发送到云服务,以检查pH值标签是否稳定,温度是否适合作物种植。使用物联网传感器可以降低维护成本,因为它可以更容易地监控作物状况并在需要时采取必要的措施。
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Hydroponics Soilless Smart Farming in Improving Productivity of Crop Using Intelligent Smart Systems
With growing population there is a great demand for land to make accommodations which in turn decreases the availability of agricultural land. The unavailability of agricultural land may lead to a shortage of food in the future. The food shortage problem can be resolved using the Soilless Smart Farming technique. Soilless Smart Farming basically means growing crops like grain, vegetables, fruits, and seeds without soil. Soilless Smart Farming can also be termed Hydroponics; here word Hydro refers to water and Ponics indicates the flow of solution to plants without soil. The advantages of using Soilless Farming are higher crop yield, less water required, low risk of parasites attack, and continuous growth throughout the year. It becomes possible to grow a variety of crops in a small area as compared with the traditional way of farming where soil plays a measure role in cultivation. In Soilless Smart Farming IoT sensors can be used for measuring the temperature, and pH labels of the crops. The data is collected with the help of IoT sensors and collected data is sent to the cloud service to check whether the pH label is stable or not and whether the temperature is ideal for crop cultivation. The maintenance cost is reduced by using IOT sensors as it makes it easier to monitor the crop condition and take necessary steps when required.
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