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Growing arugula plants using aeroponic culture with an automated irrigation system

机译:使用自动灌溉系统使用曝气培养的植物植物生长

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The paper presents an efficient form of growing arugula plants by means of automatic control of an aeroponic culture irrigation system. The system considers a reprogrammable electronic circuit that uses software to generate different irrigation cycles to obtain an adequate growth of arugula crops. Results show how different samples grown in a greenhouse had the same growth behavior as field-grown samples during the test period. It was possible to obtain a more efficient and sustained five-week production to supply consumers by having a continuous cycle irrigation system, which was operated for 35 d. The growth and number of leaves were maintained in a similar way for different plants analyzed. Roots grow similarly, but some of them showed size differences during the five weeks.
机译:本文通过自动控制促暖培养系统呈现了一种有效形式的生长芝麻菜植物。该系统考虑了一种可重编程的电子电路,该电路使用软件来产生不同的灌溉循环,以获得芝麻菜作物的充分生长。结果表明,在温室中生长的不同样品在测试期间,温室生长的样本具有与现场种植的样品相同的生长行为。通过具有连续循环灌溉系统,可以获得更有效和持续的为期五周的生产,以供应35天。对于分析的不同植物,以类似的方式保持叶片的生长和数量。根源同样增长,但其中一些在五周内显示大小差异。

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