- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
基本説明
Adaptive dynamics is a fast growing and increasingly important area of theoretical ecology. This volume provides a state of the art survey of the field.
Full Description
Adaptive dynamics is a fast growing and increasingly important area of theoretical ecology. As it is a relatively young field, publications in the area have been scattered through the literature, and many of its more important findings and applications have not been brought to the attention of a wider readership. This volume provides a state of the art survey of the field by the world's leading reseachers, pulling together material published in a variety of fields to provide a launching pad for future research.
Contents
Part I. Tutorials in Adaptive Dynamicsdynamics Ulf Dieckmann, and Hans Metz; 2. Fitness Hans Metz, and Regis Ferriere; 3. An introduction to pairwise invasibility plots and evolutionary branching Stefan Geritz; 4. When does evolution optimise? Hans Metz, and Sido Mylius; 5. Unfolding the degeneracy of evolutionary game theory Ulf Dieckmann, and Hans Metz; Part II. Adaptive Dynamics and Genetics: 6. Long-term evolution Ilan Eshel; 7. Adaptive dynamics with diploid inheritance Tom van Dooren; 8. Adaptive dynamics in allele space Stefan Geritz, and Eva Kisdi; 9. Evolutionary branching with genetics Michael Dobeli, and Ulf Dieckmann; Part III. Adaptive Dynamics and Evolutionary Ecology: 10. Interactions between ecological and evolutionary dynamics Joel Brown, and Thomas Vincent; 11. The rules of adaptive change and the population dynamics of consumer-resource systems Peter Abrams; 12. Adaptive dynamics of dispersal behaviour in vertebrate metapopulations John Nagy; 13. Evolution of germination rates Andrea Mathias, and Eva Kisdi; 14. Evolution of mixed maturation strategies in semelparous life histories Mikko Heino; 15. Adjustable reproductive strategies under predation Mats Gyllenberg, Torsten Lindstrom, and Ilkka Hanski; 16. Evolution of virulence Andrea Pugliese; Part IV. Frontiers in Adaptive Dynamics: 17. Why diffusion approximations of mutation-selection systems can be so dangerous Ulf Dieckmann; 18. Towards a bifurcation theory of ESSes Stefan Geritz, and Hans Metz; 19. Multi-dimensional adaptive dynamics and constraints Olof Leimar; 20. The role of effective environmental dimensionality Geza Meszena, and Hans Metz; 21. Adaptive dynamics in spatial systems Regis Ferriere, and Ulf Dieckmann; 22. Protected polymorphisms and invasion graphs in adaptive dynamics Frans Jacobs, and Tom van Dooren; 23. Adaptive dynamics and heteroclinic loops Josef Hofbauer; 24. Mutant invasions: when the resident strikes back Odo Diekmann, Sido Mylius, and Michael Dobeli.
