Time and Methods in Environmental Interfaces Modelling Personal Insights

Content: 
Developments in Environmental ModellingPage ii
Front MatterPage iii
CopyrightPage iv
DedicationPage v
PrefacePages xv-xxii
Chapter 1 - Environmental interface: Definition and introductory commentsPages 3-10D.T. Mihailović, I. Balaž, D. Kapor
Chapter 2 - Advanced theoretician's tools in the modelling of the environmental interface systemsPages 11-22D.T. Mihailović, I. Balaž, D. Kapor
Chapter 3 - Approaches and meaning of time in the modelling of the environmental interface systemsPages 23-29D.T. Mihailović, I. Balaž, D. Kapor
Chapter 4 - Examples of use of the formal complex analysisPages 31-39D.T. Mihailović, I. Balaž, D. Kapor
Chapter 5 - Time in philosophy and physicsPages 43-50D.T. Mihailović, I. Balaž, D. Kapor
Chapter 6 - Time in biologyPages 51-55D.T. Mihailović, I. Balaž, D. Kapor
Chapter 7 - Functional time: Definition and examplesPages 57-66D.T. Mihailović, I. Balaž, D. Kapor
Chapter 8 - Coupled logistic maps in the environmental interfaces modellingPages 69-76D.T. Mihailović, I. Balaž, D. Kapor
Chapter 9 - Logistic difference equation on extended domainPages 77-83D.T. Mihailović, I. Balaž, D. Kapor
Chapter 10 - Generalized logistic equation with affinity: Its use in modelling heterogeneous environmental interfacesPages 85-98D.T. Mihailović, I. Balaž, D. Kapor
Chapter 11 - Maps serving the different coupling in the environmental interfaces modelling in the presence of noisePages 99-106D.T. Mihailović, I. Balaž, D. Kapor
Chapter 12 - Heterarchy as a concept in environmental interfaces modellingPages 109-117D.T. Mihailović, I. Balaž, D. Kapor
Chapter 13 - Heterarchy and biochemical substance exchange in a diffusively coupled ring of cellsPages 119-129D.T. Mihailović, I. Balaž, D. Kapor
Chapter 14 - Heterarchy and albedo of the heterogeneous environmental interfaces in environmental modellingPages 131-147D.T. Mihailović, I. Balaž, D. Kapor
Chapter 15 - Kolmogorov complexity and the measures based on this complexityPages 151-173D.T. Mihailović, I. Balaž, D. Kapor
Chapter 16 - Complexity analysis of the ionizing and nonionizing radiation time seriesPages 175-205D.T. Mihailović, I. Balaž, D. Kapor
Chapter 17 - Complexity analysis of the environmental fluid flow time seriesPages 207-234D.T. Mihailović, I. Balaž, D. Kapor
Chapter 18 - How to face the complexity of climate models?Pages 235-250D.T. Mihailović, I. Balaž, D. Kapor
Chapter 19 - Interrelations between mathematics and environmental sciencesPages 253-263D.T. Mihailović, I. Balaž, D. Kapor
Chapter 20 - Chaos in modelling the global climate systemPages 265-283D.T. Mihailović, I. Balaž, D. Kapor
Chapter 21 - Chaos in exchange of vertical turbulent energy fluxes over environmental interfaces in climate modelsPages 285-300D.T. Mihailović, I. Balaž, D. Kapor
Chapter 22 - Synchronization and stability of the horizontal energy exchange between environmental interfaces in climate modelsPages 301-317D.T. Mihailović, I. Balaž, D. Kapor
Chapter 23 - Environmental interfaces and their stability in biological systemsPages 321-334D.T. Mihailović, I. Balaž, D. Kapor
Chapter 24 - Synchronization of the biochemical substance exchange between cellsPages 335-346D.T. Mihailović, I. Balaž, D. Kapor
Chapter 25 - Complexity and asymptotic stability in the process of biochemical substance exchange in multicell systemPages 347-364D.T. Mihailović, I. Balaž, D. Kapor
Chapter 26 - Use of pseudospectra in analyzing the influence of intercellular nanotubes on cell-to-cell communication integrityPages 365-382D.T. Mihailović, I. Balaž, D. Kapor
IndexPages 383-389