SIAM Journal on Applied Mathematics, Volume 80, Issue 3, Page 1223-1246, January 2020.
Cyanobacterial (CB) blooms are becoming a global concern due to the increasing prevalence of eutrophication. The dependence of CB dynamics on phosphorus and light inputs is modeled via a stoichiometric approach. The dynamics occur in distinct phases that allow us to make use of multiple timescale analysis to uncover the driving mechanisms of each phase. As a result, we are able to approximate the length of time a bloom persists. This framework helps to establish the use of multiscale methods in stoichiometric models and provides deeper understanding of CB dynamics.

中文翻译：

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通过多尺度分析的化学计量蓝细菌模型的瞬态动力学

SIAM应用数学杂志，第80卷，第3期，第1223-1246页，2020年1月。
蓝藻（CB）繁殖正成为全球关注的问题，这是由于富营养化的普遍程度不断提高。CB动力学对磷和光输入的依赖性是通过化学计量方法建模的。动态发生在不同的阶段，这使我们可以利用多个时间尺度分析来揭示每个阶段的驱动机制。结果，我们能够估计开花持续的时间长度。该框架有助于建立化​​学计量模型中多尺度方法的使用，并提供对CB动力学的更深入了解。