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Open source application for optimum irrigation and fertilization using reclaimed water in olive orchards

机译:利用橄榄果园再生水的最佳灌溉和施肥的开源应用

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摘要

Olive orchard plays a key role in the economy of Andalusia (Southern Spain). It is also the most representative and extensive crop in that region. In fact, for that reason, it is the crop to which more water is allocated in the Guadalquivir River Basin. Additionally, its fertilization is based on the farmers experience which leads to inaccuracy and unnecessary fertilizers application. This over-fertilization, which is often of Nitrogen, causes significant impacts on soils, water and atmosphere, which threats the biosystem sustainability. At this juncture, olive orchard irrigation using reclaimed water arises as an alternative of the traditional water sources. Nevertheless, its management is more complicated since the water is already a nutrient carrier. In this work, a mobile application for Android devices has been developed. The application aims to provide farmers and technicians of a user-friendly tool which facilitates the fertigation management using reclaimed water for olive orchard irrigation. The mobile application has been used in a commercial farm, reducing the application of additional fertilizers. This leads to both environmental benefits and financial cost reductions.
机译:橄榄园在安达卢西亚经济中发挥着关键作用(南西班牙)。它也是该地区最具代表性和广泛的作物。事实上,由于这个原因,它是在瓜达拉基尔河流域分配更多水的作物。此外,其施肥基于农民经验,这导致不准确和不必要的肥料申请。这种往往是氮的这种过度施肥会对土壤,水和大气产生重大影响,这威胁了生物系统可持续性。在这个时刻,使用再生水的橄榄果园灌溉作为传统水源的替代品。然而,由于水已经是营养载体,因此其管理更加复杂。在这项工作中,已经开发了一种用于Android设备的移动应用程序。该申请旨在为用户友好的工具提供农民和技术人员,该工具促进了利用橄榄果园灌溉的再生水的施肥管理。移动应用已用于商业农场,减少额外肥料的应用。这导致环境效益和财务成本降低。

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