Titlebook: An Invitation to Mathematical Biology; David G Costa,Paul J Schulte Textbook 2023 The Editor(s) (if applicable) and The Author(s), under e

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978-3-031-40260-9The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerl

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Fixed Points, Stability, and Cobwebbing, in Eq. .. In this chapter, we shall consider a general form of a Discrete Time Model (also called a “Discrete Dynamical System” in mathematics). We will introduce methods for determining the fixed points (values of the population size (.) which do not change for future time steps), and the stability of these fixed points.

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Infectious Disease Models,ous diseases is likely to be quite enhanced. Therefore, this chapter will provide an introduction to some of the mathematical modeling approaches to the spread and dynamics of infectious diseases among the human population.

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Aktivistenprofil Tim DeChristopherWe can also develop models for the interaction between hosts and parasitoid insects. We will see these are related to our previous predator-prey models in Chap. ., although the host-parasitoid model presented here is for a discrete system.

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Host-Parasitoid Models,We can also develop models for the interaction between hosts and parasitoid insects. We will see these are related to our previous predator-prey models in Chap. ., although the host-parasitoid model presented here is for a discrete system.

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