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首页> 外文期刊>Journal of Ecological Engineering >Recovery of Leachate from Everbearing Strawberry Cultivation as an Element of Retardation
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Recovery of Leachate from Everbearing Strawberry Cultivation as an Element of Retardation

机译:作为延迟的元素,从八叉草莓栽培中恢复渗滤液

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Due to the scale of leachate formation in soilless crop technologies, water and nutrient management is becoming more and more important and can determine the production efficiency. Closed systems, including recirculation or recovery of leachate from fertilisation, are an opportunity to retard unfavourable nutrients and water, which has become an important element of modern technology and has a significant environmental impact. Re-application of leachate, despite very low concentrations of macro- and microelements, must be performed taking into account the properties of the substrate/soil, the requirements of the plant and the dose of leachate. In the case of maize cultivation on two soils, irrigation of the crop with leachate from soilless strawberry production led to the soil salinization. From the point of view of the leachate fertiliser value, the source of water for fertigation and the component concentration in the media, which can cause ion imbalance, remain important.
机译:由于无土作物技术中渗滤液形成的规模,水和营养管理变得越来越重要,可以确定生产效率。封闭的系统,包括从受精的渗滤液再循环或回收渗滤液,是延迟不利营养和水的机会,这已成为现代技术的重要因素,并具有重大的环境影响。尽管宏观和微量元素非常低,但必须考虑到基材/土壤的性质,植物的要求和渗滤液的剂量来进行渗滤液。在两种土壤上玉米栽培的情况下,从无忧无虑的草莓生产浸出的作物灌溉导致了土壤盐渍化。从渗滤液肥料值的角度来看,施肥的水源和培养基中的组分浓度,可能导致离子不平衡,仍然重要。

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