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Population Interaction Dynamics Analysis of an Algae-Fish System 被引量:1
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作者 Ziyou Zhuang Jueyuan Yan +4 位作者 Xinyu Xie Lihua Dai Chaoyue Huang Fangfang Chen Hengguo Yu 《Applied Mathematics》 2022年第6期544-565,共22页
In this paper, before the implementation of ecological laboratory experiments, the population interaction dynamics of an algae-fish system were studied mathematically and numerically. The purpose of this study was to ... In this paper, before the implementation of ecological laboratory experiments, the population interaction dynamics of an algae-fish system were studied mathematically and numerically. The purpose of this study was to explore how filter-feeding fish population affects the growth dynamics of the algae population. Mathematically theoretical works have been pursuing the investigation of some key conditions for stability of the equilibrium and existence of Hopf bifurcation. Numerical simulation works have been parsing the discovery of the growth dynamics of the algae population in view of population interaction dynamics, which in turn could prove the feasibility of the theoretical derivation and reveal the relationship between filter-feeding fish abundance and algal biomass in fish-drift algae communiyua. Furthermore, it was successful to show that the filter-feeding fish population may be a crucial factor in controlling the proliferation of the algae population, which could also directly grasp the evolution of community dynamics. All these results were expected to be useful in the study of community dynamics and laboratory elimination experiment of the algae population. 展开更多
关键词 algae population Filter-Feeding Fish population Interaction Dynamics Hopf Bifurcation STABILITY
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