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原文連結
論文資訊
- 類型：已發表論文
- 日期：2018-08-15
摘要
With escalating 城市ization, the environmental, demographic, and socio經濟 heterogeneity of 城市 landscapes poses a challenge to數學 models for the 傳播 of vector-borne infections. Classical coupled vector-human models typically assume that mosquito abundance is either independent from, or proportional to, human 族群 density, implying a decreasing force of infection, or per capita infection rate with host number. We question these assumptions by introducing an explicit dependence between host and vector densities through different recruitment functions, whose dynamical consequences we examine in a modified model formulation. Contrasting patterns in the force of infection are demonstrated, including in particular increasing trends when recruitment grows sufficiently fast with human density. Interaction
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