Medvinskiĭ A B, Rusakov A V, Bobyrev A E, Burmenskiĭ V A, Kriksunov A E, Nurieva N I, Gonik M M
Biofizika. 2009 Jan-Feb;54(1):120-5.
A conceptual mathematical model of fish and zooplankton (rotifer) populations inhabiting the lakes Naroch and Myastro has been developed and studied. The parametrization of the model was carried out having regard to the field observation data. The population dynamics was simulated taking into account that the lakes Naroch and Myastro are coupled with each other by a channel. It was shown that both the population coupling and trophic interactions result in regular and irregular oscillations of the population size.
已建立并研究了一个关于纳罗奇湖和米亚斯特罗湖中鱼类和浮游动物（轮虫）种群的概念性数学模型。该模型的参数化是根据实地观测数据进行的。在考虑到纳罗奇湖和米亚斯特罗湖通过一条河道相互连接的情况下，对种群动态进行了模拟。结果表明，种群耦合和营养相互作用都会导致种群数量出现规则和不规则的波动。
