Optimal Irrigation as a tool of Precision Agriculture

V. Maras, Tomo Popović, Spasenija Gajinov, Milena Mugosa, V. Popovic, A. Savovic, Katarina Pavicevic, Vasilije Mirovic
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引用次数: 2

Abstract

The precision viticulture is unique in its emphasis on vineyard management according to local variation of agro biological conditions, and in its use of science and technology to accomplish this aim. To achieve a particular goal of improved yield and quality in vineyard management, it is essential to understand the impact of plant–soil–water dynamics at different phenological growth stages of the plant physiology. Irrigation system is one of the most important factors for successful agricultural production. Contemporary plant production is based on the better utilization of water per unit area, i.e. to achieve as much yield as possible, while reducing the amount of invested resources (water, fertilizers). The paper presents the results of research carried out within the company 13. Jul Plantaže and the use of irrigNET system in order to optimize irrigation of vines. At several micro localities with different vine varieties, 28 sensor devices have been installed on the Ćemovsko field to monitor moisture dew in the soil at different depths. Finally, for each micro locality, the values of the field moisture capacity were determined, all for the purpose of more precise scheduling of the irrigation and irrigation norm.
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优化灌溉作为精准农业的工具
精准葡萄栽培的独特之处在于它强调根据当地农业生物条件的变化来管理葡萄园,并利用科学技术来实现这一目标。为了在葡萄园管理中实现提高产量和质量的特定目标,了解植物生理不同物候生长阶段植物-土壤-水动力学的影响至关重要。灌溉系统是农业生产成功的重要因素之一。现代植物生产的基础是更好地利用每单位面积的水,即尽可能多地获得产量,同时减少资源(水、肥料)的投入。本文介绍了在公司内部进行的研究结果。7月Plantaže和使用灌溉网系统,以优化灌溉葡萄藤。在不同葡萄品种的几个微地点,在Ćemovsko田间安装了28个传感器装置,以监测不同深度土壤中的水分露水。最后,对每一个微观地点确定田间水分容量值,以便更精确地调度灌溉和灌溉规范。
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