Gonik M M, Berezovskaia F S, Malchow H, Medvinskiĭ A B
Biofizika. 2005 Sep-Oct;50(5):928-33.
We present the results of mathematical modeling of a rotifer species inhabiting two coupled habitats with different environmental conditions. We use the modified Consensus model and show that the exchange between the habitats can lead to chaotization of originally regular plankton dynamics and synchronization of plankton biomass oscillations. As a result, the invasion of a chaotic regime takes place.
我们展示了对一种生活在具有不同环境条件的两个耦合栖息地的轮虫物种进行数学建模的结果。我们使用改进的一致性模型，并表明栖息地之间的交换会导致原本规则的浮游生物动态出现混沌化以及浮游生物量振荡的同步。结果，出现了混沌状态的入侵。
