Titlebook: Mathematical Modeling in Economics, Ecology and the Environment; Natali Hritonenko,Yuri Yatsenko Textbook 2013Latest edition Springer Scie

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Modeling of Environmental Protectionr problems with mitigation and adaptation investments as separate variables. The steady-state analysis of optimal investments leads to essential implications for associated long-term environmental policies.

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transplantation

Mathematical Models of Biological Populationson ordinary differential equations and basic elements of their analysis. Section 6.2 explores different types of interaction among species and offers a detailed analysis of predator–prey models. Section 6.3 discusses partial differential and integral models of population dynamics.

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神刊

Aggregate Models of Economic Dynamicsor production functions and their use in the neoclassic models of economic growth. Sections 2.2 and 2.3 describe and analyze the well-known Solow–Swan and Solow–Ramsey models. Section 2.4 contains maximum principles used to analyze dynamic optimization problems in this and other chapters.

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Models with Heterogeneous Capitaled in Sect. 4.2. Section 4.3 considers models with investment into different vintages of capital. The last section discusses two fundamental replacement problems of Operations Research: the serial replacement of a single machine and the parallel replacement of several machines.

Conflict

Modeling of Nonrenewable Resourcesurce extraction process in isolation from other economic activities. Section 10.2 investigates the economic growth model with a two-factor Cobb–Douglas technology that uses physical capital and exhaustible resource to produce aggregate product.

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Interim

Natali Hritonenko,Yuri Yatsenkoledge attributions leads to a study of the dynamics of context. Having followed the first lead at length in other work, here I focus more on the second, especially on logical issues associated with developing a dynamic epistemic logic of context change over models for the RA theory.