Abstract

A computer model of chemical and microbiological production processes of plant biomass, soil microorganisms, and nutrients in the rhizosphere—a complex heterogeneous polydisperse multifactor natural system—has been developed, which makes it possible to determine the growth of the biomass of agricultural crops and the rhizosphere productivity. Parametric identification and the adequacy verification of the developed mathematical model have been carried out using the available experimental data sample on the growth of Krasnoufimskaya-100 spring wheat. Computational experiments have been carried out to determine the safe life of agricultural lands when fertilizers with varying degrees of heavy metal content are applied.

中文翻译：

---

根际微生植物圈系统中化学-微生物过程的计算机建模

摘要

已开发了根际中植物生物量，土壤微生物和养分的化学和微生物生产过程的计算机模型（一个复杂的异质多分散多因子自然系统），这使得确定农作物和植物的生物量的增长成为可能。根际生产力。已使用有关Krasnoufimskaya-100春小麦生长的可用实验数据样本进行了参数识别和所开发数学模型的充分性验证。当使用不同程度的重金属含量的肥料时，已经进行了计算实验来确定农田的安全寿命。