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A non-linear ecological phosphorus cycling model and the effects of sediments

机译:非线性生态磷循环模型及沉积物影响

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Assuming that the lake is P-limited and the effects of sediments are ignorable, the paper proposes a one-dimensional non-linear single-box phosphorus cycling model for the interactions among particulate phosphorus, dissolved reactive phosphorus and P in the alga. For the sake of practical interests, considering that the concentrations of three types of phosphorus may be largely affected by the sediments, numerical simulations are carried out with the inclusions of the sediments effects, which is expressed as the fluctuation of the disturbing conditions in the model. The present research may not only theoretically highlight the dynamic mechanisms of phosphorus cycle but also shed new lights on industrial applications to prevent eutrophication.
机译:假设湖泊是磷受限的,而沉积物的影响是可忽略的,则本文提出了一维非线性单箱磷循环模型,用于藻类中磷,溶解性活性磷和磷之间的相互作用。出于实际利益考虑,考虑到三种磷的浓度可能受沉积物的影响很大,因此对包含沉积物影响的数值进行了数值模拟,表示为模型中干扰条件的波动。 。本研究不仅可以从理论上强调磷循环的动力学机理,而且可以为防止富营养化的工业应用提供新的思路。

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