Cambridge Catalogue  
  • Help
Home > Catalogue > Bacteriophage Ecology
Bacteriophage Ecology


  • 39 b/w illus. 4 colour illus. 8 tables
  • Page extent: 526 pages
  • Size: 228 x 152 mm
  • Weight: 0.96 kg


 (ISBN-13: 9780521858458)

Bacteriophages, or phages, are viruses that infect bacteria and are believed to be the most abundant and genetically diverse organisms on Earth. As such, their ecology is vast both in quantitative and qualitative terms. Their abundance makes an understanding of phage ecology increasingly relevant to bacterial ecosystem ecology, bacterial genomics and bacterial pathology. Abedon provides the first text on phage ecology for almost 20 years. Written by leading experts, synthesizing the three key approaches to studying phage ecology, namely studying them in natural environments (in situ), experimentally in the lab, or theoretically using mathematical or computer models. With strong emphasis on microbial population biology and distilling cutting-edge research into basic principles, this book will complement other currently available volumes. It will therefore serve as an essential resource for graduate students and researchers, particularly those with an interest in phage ecology and evolutionary biology.

• Presents cutting-edge research in order to provide insight into general principles • A more ecological approach than other current phage biology titles, which are more molecular in focus


Preface; 1. Phage, ecology, evolution Stephen T. Abedon; Part I. Phage Ecology: 2. Bacteriophage: models for exploring basic principles of ecology Benjamin Kerr, Jevin West and Brendan J. M. Bohannan; 3. Phage population growth: constraints, games, adaptation Stephen T. Abedon; 4. Impact of spatial structure on phage population growth Stephen T. Abedon and John Yin; 5. Contribution of lysogeny, pseudolysogeny, and starvation to phage ecology Robert V. Miller and Martin J. Day; Part II. Phage Evolutionary Biology: 6. Phage evolutionary biology Siobain Duffy and Paul E. Turner; 7. Phage evolution Roger W. Hendrix; 8. Evolutionary ecology of multiple phage adsorption and infection Paul E. Turner and Siobain Duffy; 9. Patterns in phage experimental adaptation J. J. Bull; Part III. Phage Ecology in Environments: 10. Aquatic phage ecology T. Frede Thingstad, Gunnar Bratbak and Mikal Heldal; 11. Phage ecology of terrestrial environments Martin J. Day and Robert V. Miller; 12. Phage, bacteria, and food Lawrence D. Goodridge; 13. Interaction of bacteriophages with animals Carl R. Merril; 14. Phage ecology of bacterial pathogenesis Paul Hyman and Stephen T. Abedon; Part IV. Modeling Phage Ecology: 15. Modeling bacteriophage population growth David Stopar and Stephen T. Abedon; 16. Modeling phage plaque growth Stephen M. Krone and Stephen T. Abedon; 17. Modeling of bacteriophage therapy Jason J. Gill.


'… essential and enjoyable reading …' Microbiology Today


Stephen T. Abedon, Benjamin Kerr, Jevin West, Brendan J. M. Bohannan, John Yin, Robert V. Miller, Martin J. Day, Siobain Duffy, Paul E. Turner, Roger W. Hendrix, J. J. Bull, T. Frede Thingstad, Gunnar Bratbak, Mikal Heldal, Lawrence D. Goodridge, Carl R. Merril, Paul Hyman, David Stopar, Stephen M. Krone, Jason J. Gill

printer iconPrinter friendly version AddThis