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首页> 外文期刊>Revista Brasileira de Engenharia Agricola e Ambiental >Melon yield in a hydroponic system with wastewater from desalination plant added in the nutrient solution
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Melon yield in a hydroponic system with wastewater from desalination plant added in the nutrient solution

机译:在营养液中添加了海水淡化厂废水中甜瓜的产量

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To use of waster water from desalting in the hydroponic cultivation, an experiment was carried out at the Department of Environmental Science of the Universidade Federal Rural do Semi-Árido-UFERSA, in the municipal district of Mossoró-RN, in pots with substrates of coconut fiber under greenhouse conditions. The experimental design was in randomized blocks, with three repetitions. Treatments were composed of five levels of salinity of the nutrient solution obtained with, and without, dilution of the waster water from desalting (2.1, 3.6, 4.9, 6.0 and 7.0 dS m-1). The variables plant height, stem diameter, leaf area, mean weight of fruit and total and marketable yield were detemined. In general, the variables decreased linearly with the increase of the salinity of the nutrient solution, showing that the salinity with waster water from desalting reduces the absorption of water by the plants due to the osmotic effect.
机译:为了将脱盐的浪费水用于水培栽培中,在摩索罗-RN市辖区联邦农村半塞里多-UFERSA大学环境科学系中,在装有椰子底物的盆中进行了一项实验。温室条件下的纤维。实验设计是随机分组的,具有三个重复。处理包括五种营养盐溶液的盐度水平,无论有无稀释淡化所产生的废水(2.1、3.6、4.9、6.0和7.0 dS m-1)。确定变量植物高度,茎直径,叶面积,果实平均重量以及总产量和可销售产量。通常,变量随着营养液盐度的增加而线性减小,这表明由于渗透作用,脱盐导致的废水中的盐分减少了植物对水的吸收。

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