Biological Invasions

Introduction
pp. 3-3(1)
Authors: Petrovskii, Sergei V.; Malchow, Horst; Drake, James A.

A Mathematical Model for Invasion Range of Population Dispersion Through a Patchy Environment
pp. 757-770(14)
Authors: Seno, Hiromi; Koshiba, Shinko

Patterns of Patchy Spread in Deterministic and Stochastic Models of Biological Invasion and Biological Control
pp. 771-793(23)
Authors: Petrovskii, Sergei V.; Malchow, Horst; Hilker, Frank M.; Venturino, Ezio

How Predator Food Preference can Change the Destiny of Native Prey in Predator–Prey Systems
pp. 795-806(12)
Authors: Gaucel, Sebastien; Pontier, Dominique

Invasion Waves in Populations with Excitable Dynamics
pp. 807-816(10)
Authors: Brindley, J.; Biktashev, V.H.; Tsyganov, M.A.

Pathogens can Slow Down or Reverse Invasion Fronts of their Hosts
pp. 817-832(16)
Authors: Hilker, Frank; Lewis, Mark; Seno, Hiromi; Langlais, Michel; Malchow, Horst

Quantifying the Community: Using Bayesian Learning Networks to find Structure and Conduct Inference in Invasions Biology
pp. 833-844(12)
Author: McMahon, Sean

Invasion of a Top Predator into an Epipelagic Ecosystem can bring a Paradoxical Top-Down Trophic Control
pp. 845-861(17)
Authors: Morozov, Andrew; Nezlin, Nikolay; Petrovskii, Sergei

Modeling the Circulation of a Disease Between Two Host Populations on non Coincident Spatial Domains
pp. 863-875(13)
Authors: Fitzgibbon, W.–-E.; Langlais, M.; Marpeau, F.; Morgan, J.-–J.

Rotifer Population Dynamics in Two Coupled Habitats: Invasion of Chaos
pp. 877-883(7)
Authors: Medvinsky, Alexander; Gonik, Maria; Berezovskaya, Faina; Li, Bai-Lian; Malchow, Horst