Ecology, Genetics and Evolution of Metapopulations

Edited by

  • Ilkka Hanski, University of Helsinki, Finland
  • Oscar Gaggiotti, University of Helsinki, Finland

This collection of specially commissioned articles looks at fragmented habitats, bringing together recent theoretical advances and empirical studies applying the metapopulation approach. Several chapters closely integrate ecology with genetics and evolutionary biology, and others illustrate how metapopulation concepts and models can be applied to answer questions about conservation, epidemiology, and speciation. The extensive coverage of theory from highly regarded scientists and the many substantive applications in this one-of-a-kind work make it invaluable to graduate students and researchers in a wide range of disciplines.
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Population geneticists, theoretical ecologists, evolutionary biologists, and anyone interested in structure of populations. Researchers, faculty and graduate students in these and related disciplines. Libraries at institutions with strong programs in population biology, ecology and genetics.


Book information

  • Published: February 2004
  • ISBN: 978-0-12-323448-3


"Conservation biologists and ecologists in their quest for how best to preserve biodiversity in landscapes that are being rapidly fragmented may find intriguing avenues of thought in this newly edited volume of Ecology, Genetics, and Evolution of Metapopulations. " -Jennifer H. Mattei, Department of Biology, Sacred Heart University, in JOURNAL OF THE TORREY BOTANICAL SOCIETY, 2004 "A fascinating and timely collection of essays on one of the central paradigms of conservation biology. Excellent readings for anyone interested in current issues in population and community ecology, and a wonderful cource sourcebook. Highly recommended." -Simon Levin, Princeton University "As the science of ecology has matured, from descriptive studies to deeper understanding which blends theory, experiment and analytic observation, the dynamics of "metapopulations" has increasingly moved to centre stage. Gilpin and Hanski's edited volume in 1991 was a milestone, but the present volume marks the real arrival of this central sub-discipline of ecology. More explicitly, the ecology of metapopulations - persisting in shifting tensions as sub-populations arrive at or disappear from local sites - is treated definitively, from fundamental principles to practical examples. The underlying genetics and ecolution of such metapopulations are also explored, from various viewpoints; here the subject is still in a relatively early state, and I found these chapters richly provocative in suggestions for future research. The bibliography is encyclopaedic, constituting 84 of the book's 682 pages, and it alone is worth the purchase price." -Robert M. May, Zoology Department, Oxford University "Metapopulations have gone from an interesting idea to a core concept in ecological theory. There is perhaps no more challenging consideration in conservation biology than the need to manage species in a metapopulation context. Hanski and Gaggiotti’s edited volume, unlike most edited volumes, is a collection of topnotch papers, many with something fresh to say. Modelers, ecologists, and conservationists will want to own this book. There is no better source of practical applications of the metapopulation framework than this book. If you are a population biologist or a conservation biologist, you need to read this book." -Peter Kareiva, Lead Scientist, The Nature Conservancy & Adjunct Professor, UCSB "This book provides a feast for those fascinated by spatial patterns and dynamics of populations, be they ecologists or geneticists. No fact of metpopulation or source-sink dynamics has escaped attention. The result is the most comprehensive treatment of metapopulations yet undertaken, and it will remain so for quite some time." -Peter Grant, Princeton University "In summary, this is a very good book, particularly for the intended audience of graduate students and researchers wanting to know more about the consequences and rewards of viewing the world through the eyes of a metapopulationist...It also piques one's curiosity and creates a desire to know what the equivalent book will look like a decade and a half from now." - Kirk A. Moloney, Department of Ecology, Evolution, and Organismal Biology, Iowa State University

Table of Contents

Table of contents Contributors Preface Introduction Chapter 1 Metapopulation biology: Past, present, and future Chapter 2 Metapopulation dynamics: Perspectives from landscape ecology Chapter 3 Continuous-space models for population dynamics Metapopulation ecology Chapter 4 Metapopulation dynamics in highly fragmented landscapes Chapter 5 Application of stochastic patch occupancy models to real metapopulations Chapter 6 From metapopulations to metacommunities Metapopulation genetics Chapter 7 Selection and drift in metapopulations Chapter 8 Metapopulations and coalescent theory Chapter 9 Metapopulation quantitative genetics: The quantitative genetics of population differentiation Evolutionary dynamics in metapopulations Chapter 10 Life history evolution in metapopulations Chapter 11 Selection in metapopulations: The co-evolution of phenotype and contextChapter 12 Speciation in metapopulationsIntegration and applications Chapter 13 Causes, mechanisms and consequences of dispersal Chapter 14 Mechanisms of population extinction Chapter 15 Multilocus genotype methods for the study of metapopulation processes Chapter 16 Ecological and evolutionary consequences of source-sink population dynamics Chapter 17 Metapopulation dynamics of infectious diseases Chapter 18 Towards a metapopulation concept for plants Chapter 19 Long-term study of a plant-pathogen metapopulation Chapter 20 Metapopulation dynamics in changing environments: Butterfly responses to habitat and climate change Chapter 21 Inferring pattern and process in small mammal metapopulations: Insights from ecological and genetic data Chapter 22 Metapopulation dynamics and reserve network design Chapter 23 Viability analysis for endangered metapopulations: A diffusion approximation approach Bibliography Index