Determination of validity of the biotesting method of environmental factors in experiments with the use of biological preparations on the basis of Bacillus subtillis and natural zeolite

R. Garipova, A.E. Stolpovsky
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引用次数: 0

Abstract

Approbation of a new method of soil fertility testing is given in the article. To identify the biological activity of soils, it is proposed to take into account the morphometric reactions of the phytotest and to compare them with the normal mathematical distribution characteristic of the rate of reaction of a plant population homogeneous in genotype against stable cultivation conditions. Seeds of Triticum durum are used as a test object. The soils processed by biological preparations: Flora-with, Fitop-Floras in a combination with natural zeolites were tested. A hypothesis is put forward: factors that cause the normalization of the distribution of morphometric characteristics of seedlings in the phytotest contribute to the conservation of the gene pool and the full realization of the reproductive potential of the population. The new testing method is based on the use of the authorial computer matrix based on MS Excel and statistical criteria. The validity of the method was determined by the correlation of ranks obtained by summarizing the signs of optimization of cultivation conditions in laboratory and field experiments. The article points out high validity of the method, and the statistical indicators that allow an objective assessment of the mathematical characteristics of the plant population.
利用以枯草芽孢杆菌和天然沸石为基础的生物制剂进行环境因子生物试验方法的有效性测定
本文对一种新的土壤肥力测定方法进行了肯定。为了确定土壤的生物活性,建议考虑植物试验的形态计量反应,并将其与基因型均匀的植物群体在稳定栽培条件下的反应率的正态数学分布特征进行比较。硬粒小麦的种子被用作试验对象。对生物制剂:Flora-with、Fitop-Floras与天然沸石组合处理的土壤进行了测试。提出了一种假设:导致植物群落中幼苗形态特征分布归一化的因素有助于种群基因库的保存和生殖潜能的充分发挥。新的测试方法是基于使用基于MS Excel和统计标准的作者计算机矩阵。通过总结室内和田间试验中栽培条件优化迹象得出的排名相关性,确定了该方法的有效性。本文指出了该方法的高效度,以及能够客观评价植物种群数学特征的统计指标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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