A Mathematical Model for Invasion Range of Population Dispersion Through a Patchy Environment Hiromi SenoShinko Koshiba OriginalPaper Pages: 757 - 770
Patterns of Patchy Spread in Deterministic and Stochastic Models of Biological Invasion and Biological Control Sergei V. PetrovskiiHorst MalchowEzio Venturino OriginalPaper Pages: 771 - 793
How Predator Food Preference can Change the Destiny of Native Prey in Predator–Prey Systems Sebastien GaucelDominique Pontier OriginalPaper Pages: 795 - 806
Invasion Waves in Populations with Excitable Dynamics J. BrindleyV.H. BiktashevM.A. Tsyganov OriginalPaper Pages: 807 - 816
Pathogens can Slow Down or Reverse Invasion Fronts of their Hosts Frank M. HilkerMark A. LewisHorst Malchow OriginalPaper Pages: 817 - 832
Quantifying the Community: Using Bayesian Learning Networks to find Structure and Conduct Inference in Invasions Biology Sean M. McMahon OriginalPaper Pages: 833 - 844
Invasion of a Top Predator into an Epipelagic Ecosystem can bring a Paradoxical Top-Down Trophic Control Andrew Yu. MorozovNikolay P. NezlinSergei V. Petrovskii OriginalPaper Pages: 845 - 861
Modeling the Circulation of a Disease Between Two Host Populations on non Coincident Spatial Domains W.–-E. FitzgibbonM. LanglaisJ.-–J. Morgan OriginalPaper Pages: 863 - 875
Rotifer Population Dynamics in Two Coupled Habitats: Invasion of Chaos Alexander B. MedvinskyMaria M. GonikHorst Malchow OriginalPaper Pages: 877 - 883