Robert B. Northrop, Anne N. Connor
Abstract
An important purpose for formulating a detailed mathematical model of a complex, nonlinear system (CNLS) in ecological sustainability analysis is to be able to simulate (and verify) its behavior under a variety of initial conditions and inputs in order to anticipate unintended behaviors, including tipping points and limit-cycle oscillations.
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An important purpose for formulating a detailed mathematical model of a complex, nonlinear system (CNLS) in ecological sustainability analysis is to be able to simulate (and verify) its behavior under a variety of initial conditions and inputs in order to anticipate unintended behaviors, including tipping points and limit-cycle oscillations.
Key concepts: Reading (process), Bibliography, Computer science, Library science, Linguistics, Philosophy