MCED

Modelling Complex Ecological Dynamics

Authors

Various experts worked together to cover a wide range of methods and applications in ecological modelling:

  • Agnese Marchini
  • Alejandro Gallego
  • Andreas Kubicek
  • Aurelie Garnier
  • Bob Gardner
  • Broder Breckling
  • Carsten Dormann
  • Christoph Lange
  • Dagmar Söndgerath
  • Dietmar Kraft
  • Don DeAngelis
  • Esther Borell
  • Felix Müller
  • Fred Jopp
  • Gerd Weigmann
  • Guy Pe’er
  • Hauke Reuter
  • Horst Malchow
  • Jane Lecomte
  • Joel Trexler
  • Marc Taylor
  • Marko Debeljak
  • Matthias Wolff
  • Michael Sieber
  • Saso Dzeroski
  • Sven Erik Jørgensen
  • Søren Nors Nielsen
  • Winfried Kurth
  • Yiannis G. Matsinos
logo
  • Menu

    • News
    • Introduction
    • Editors
      • Fred Jopp
      • Broder Breckling
      • Hauke Reuter
    • Authors
      • Agnese Marchini
      • Alejandro Gallego
      • Andreas Kubicek
      • Aurelie Garnier
      • Bob Gardner
      • Broder Breckling
      • Carsten Dormann
      • Christoph Lange
      • Dagmar Söndgerath
      • Dietmar Kraft
      • Don DeAngelis
      • Esther Borell
      • Felix Müller
      • Fred Jopp
      • Gerd Weigmann
      • Guy Pe’er
      • Hauke Reuter
      • Horst Malchow
      • Jane Lecomte
      • Joel Trexler
      • Marc Taylor
      • Marko Debeljak
      • Matthias Wolff
      • Michael Sieber
      • Sašo Džeroski
      • Søren Nors Nielsen
      • Sven Erik Jørgensen
      • Winfried Kurth
      • Yiannis G. Matsinos
    • Book Sections
      • I Conceptual Introduction
        • 1: Backgrounds and Scope of Ecological Modelling
        • 2: General Conditions to Apply Ecological Models
        • 3: Historical Background
      • II Methods
        • 4: System Analysis and Context Assessment
        • 5: Steady States Models
        • 6: Ordinary Differential Equations
        • 7: Partial Differential Equations
        • 8: Cellular Automata
        • 9: Leslie Matrices
        • 10: Modeling Ecological Processes with Fuzzy Logic Approaches
        • 11: Grammar-Based Models and Fractals
        • 12: Individual-based Models
        • 13: Modelling Species’ Distributions
        • 14: Decision Trees
      • III Example Applications
        • 15: Neutral Models and the Analysis of Landscape Structure
        • 16: Stage-Structured Integro-Differential Models
        • 17: Modelling Resilience and Phase Shifts in Coral Reefs
        • 18: Trophic Cascades and Food Web Stability in Fish Communities of the Everglades
        • 19: Lake Glumsø – Case study on modelling a small Danish lake
        • 20: Biophysical Models–An Evolving Tool in Marine Ecological Research
        • 21: Modelling the Everglades Ecosystem
        • 22: Model Integration
      • IV Working with Models
        • 23: Model Validation
        • 24: Perspectives in Ecological Modeling
    • MCED Award
      • MCED Award 2019
      • MCED Award 2018
      • MCED Award 2017
      • MCED Award 2016
      • MCED Award 2015
      • MCED Award 2014
      • MCED Award 2013
      • MCED Award 2012
      • MCED Award 2011
    • Glossary
    • TOC / Preface / Sample
    • Quote
    • Links
    • Impressum
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