1. Preface

   • M. W. Sabelis
   • A. Janssen
   • W. Helle

   EditorialNotes Pages: 186 - 186

2. Sources of variation in predation rates at high prey densities: an analytic model and a mite example

   • J. A. J. Metz
   • M. W. Sabelis
   • J. H. Kuchlein

   Population Dynamics Of Spider Mites And Predatory Mites-Part 2 Pages: 187 - 205

3. Simple order of prey preference technique for modelling the predator functional response

   • James S. Berry
   • Thomas O. Holtzer
   • Jesse A. Logan

   Population Dynamics Of Spider Mites And Predatory Mites-Part 2 Pages: 207 - 224

4. Analysis of prey preference in phytoseiid mites by using an olfactometer, predation models and electrophoresis

   • Marcel Dicke
   • Maurice W. Sabelis
   • Marijke de Jong

   Population Dynamics Of Spider Mites And Predatory Mites-Part 2 Pages: 225 - 241

5. Elements for modelling the dynamics of tritrophic population interactions

   • J. Baumgärtner
   • A. P. Gutierrez
   • A. Klay

   Population Dynamics Of Spider Mites And Predatory Mites-Part 2 Pages: 243 - 263

6. Temperature-mediated stability of the interaction between spider mites and predatory mites in orchards

   • David J. Wollkind
   • John B. Collings
   • Jesse A. Logan

   Population Dynamics Of Spider Mites And Predatory Mites-Part 2 Pages: 265 - 292

7. Regional persistence of locally unstable predator/prey populations

   • Gösta Nachman

   Population Dynamics Of Spider Mites And Predatory Mites-Part 2 Pages: 293 - 318

8. Mathematical models of predator/prey/plant interactions in a patch environment

   • O. Diekmann
   • J. A. Metz
   • M. W. Sabelis

   Population Dynamics Of Spider Mites And Predatory Mites-Part 2 Pages: 319 - 342