1·Temperature was the key factor affecting population dynamics of G.
温度是影响菱角小萤叶甲种群数量消长的关键因子；
2·The annual population dynamics of rodents generally is the key for forecast.
鼠类种群年度动态是预测的关键。
3·Dynamical systems examples from mathematical biology and population dynamics.
来自生物数学和种群动力学的动力系统的例子。
4·Research fields: Partial differential equations, Biological population dynamics.
研究方向：偏微分方程、生物种群动力学。
5·Surplus production models are among the main models for fish population dynamics.
剩余产量模型是鱼类种群动力学的主要模型之一。
6·By quantifying these causes the population dynamics of the insect would be better understood.
通过对这些原因进行定量，可以更好地了解昆虫的种群动态。
7·There are impulsive phenomena in all kinds of applied fields, especially in population dynamics.
脉冲现象广泛存在于各种应用领域，特别是种群动力学中。
8·In this paper we study the stability for equilibrium points of equations in two-population dynamics.
本文研究两种群动力学方程平衡点的稳定性。
9·Mainly work on fish population dynamics, including growth, mortality, recruitment and population dynamics.
主要研究鱼类种群动力学，包括海洋鱼类的生长，死亡，补充，数量变动等。
10·This paper analysis the types of rodent population dynamics and models about forecast are also introduced.
本文分析了草原害鼠年度波动类型，影响鼠类波动的因素，以及不同预测模型的特点。