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Factorial Analysis on Flooded Soil Recovery Using Soil Containing Arbuscular Mycorrhizal Fungi

机译:血液腐殖质含有丛枝菌根真菌的土壤恢复阶乘分析

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This paper presents the factorial analysis on flooded soil (FS) recovery using soil containing Arbuscular Mycorrhizal fungi (SA) with the help of a selected host plant, Allium cepa L. (onion plant). In order to study the most contributing factor for the soil recovery, five factors were selected namely; pH of soil, water content, SA/FS ratio, light supply and depth of soil. This was to study the ability of SA to recover the nutrients (nitrogen, phosphorus and potassium) in the FS. Experimental design table was constructed using the concept of two levels factorial by employing Design-Expert? software (Ver 7.1.6). Soil sample was collected after 12 days and analyzed for nitrogen, phosphorus and potassium concentrations using HACH Spectrophotometer. Later, the data was analyzed in the named software to determine the main effect of respective factors and interaction between factors. The results showed that water content, light supply and depth of soil were the important factors for nutrients recovery. The best condition for FS recovery using SA was at: pH of the soil (4), water content (28 ml), SA/FS ratio (1:5), depth of soil (5 cm) and with light supply.
机译:本文借助选定的宿主植物,葱属CEPA L.(洋葱植物),涉及含有丛枝菌根真菌(SA)的土壤淹没土壤(FS)回收的因子分析。为了研究土壤回收的最大贡献因素,即选择了五种因素;土壤,水含量,SA / FS比,光源和土壤深度的pH。这是为了研究SA在FS中恢复营养素(氮,磷和钾)的能力。实验设计表是在使用设计专家的两个级别概念的构造时构建?软件(Ver 7.1.6)。在12天后收集土样品,并使用HACH分光光度计分析氮,磷和钾浓度。后来,在命名软件中分析了数据,以确定各个因素和因子之间相互作用的主要效果。结果表明,土壤含水量,光源和土壤深度是营养恢复的重要因素。使用SA的FS恢复的最佳条件是:土壤(4),水含量(28mL),SA / FS比(1:5),土壤深度(5厘米)和光源的pH值。

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