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本研究根据富营养化湖泊中限制性因子———磷负荷在湖泊生物及非生物成分之间循环转移的定量分析,建立了草型湖泊总磷控制模型,并将其应用于典型草型富营养化湖泊乌梁素海。分析和预测了模型各状态变量的变化,并得出了较为符合实际的初步结果。
In this study, based on the quantitative analysis of the cyclic load of phosphorus, a limiting factor in eutrophic lakes, between the biological and non-biological components of lakes, a control model of total phosphorus in grass lakes was established and applied to typical grass-rich Eutrophic lake Wu Liangsuhai. The changes of the state variables of the model are analyzed and predicted, and the preliminary results that are more realistic are obtained.