This volume focuses on the integration of population and ecosystem ecology - an approach that offers vast potential for improving our understanding of the complexities of nature and the management of environmental problems. The editors have brought together a group of experts to explore diverse aspects of linking species and ecosystem perspectives - theoretical, empirical and pragmatic. These include: processes that range from a local to a planetary scale; the role of organisms as ecosystem engineers; the use of ecological flow chains to link population and ecosystem processes; numerous examples of the influence of species on ecosystem processes and vice versa; a unique blend of problems and processes drawn from marine; freshwater and terrestrial ecosystems; problems of "species redundancy" in ecosystem processes; stoichiometric constraints on species interactions; and scaling and aggregation problems. "Linking Species and Ecosystems" establishes conceptual frameworks for the rigorous study of interactions between species and ecosystems, it points to still-unanswered questions, and it identifies future research directions.Integration of ecology with its implications for teaching, research and society are central to the book. This volume should serve as a resource for ecology researchers, students, and environmental managers and should stimulate debate on the future integration of the field. This book should be of interest to ecologists - graduate students and established researchers; biology; zoology; ecology; evolutionary biology; integrative or organismal biology; entomology; plant science; forestry; wildlife management; and environmental studies.
Issues.- 1. Why Link Species and Ecosystems? A Perspective from Ecosystem Ecology.- 2. Organisms and Species as Complex Adaptive Systems: Linking the Biology of Populations with the Physics of Ecosystems.- Scope.- 3. Bioturbators as Ecosystem Engineers: Control of the Sediment Fabric, Inter-Individual Interactions, and Material Fluxes.- 4. Biogeochemical Processes and Marine Benthic Community Structure: Which Follows Which?.- 5. Marine Snow: What it is and How it Affects Ecosystem Functioning.- 6. Floods, Food Chains, and Ecosystem Processes in Rivers.- 7. Population Variability in Experimental Ecosystems.- 8. How Important are Consumer Species to Ecosystem Functioning?.- 9. Linking Tree Population Dynamics and Forest Ecosystem Processes.- 10. Soil Organisms as Engineers: Microsite Modulation of Macroscale Processes.- 11. Soil Fauna: Linking Different Levels of the Ecological Hierarchy.- 12. Beaver as Engineers: Influences on Biotic and Abiotic Characteristics of Drainage Basins.- 13. Atmospheric Oxygen and the Biosphere.- Approaches.- 14. Linking Species and Ecosystems: Organisms as Ecosystem Engineers.- 15. Top-Level Carnivores and Ecosystem Effects: Questions and Approaches.- 16. Food Webs in Soil: An Interface Between Population and Ecosystem Ecology.- 17. Unifying Ecological Subdisciplines with Ecosystem Food Webs.- 18. Coupling the Dynamics of Species and Materials.- 19. Exploring Aggregation in Space and Time.- 20. Aggregation of Species Properties for Biogeochemical Modeling: Empirical Results.- 21. Functional Redundancy and Process Aggregation: Linking Ecosystems to Species.- 22. Species Compensation and Complementarity in Ecosystem Function.- 23. Elemental Stoichiometry of Species in Ecosystems.- 24. Species, Nitrogen, and Grassland Dynamics: The Constraints of Stuff.- 25. Relationships between the Energetics of Species and Large-Scale Species Richness.- 26. Linking Species and Ecosystems: Where’s Darwin?.- 27. Ecological Flow Chains and Ecological Systems: Concepts for Linking Species and Ecosystem Perspectives.- Context.- 28. The Relevance of Ecology: The Societal Context and Disciplinary Implications of Linkages Across Levels of Ecological Organization.- 29. Linking Species and Ecosystems Through Training of Students.- 30. Linking Species and Communities to Ecosystem Management: A Perspective from the Experimental Lakes Experience.- 31. Why Link Species Conservation, Environmental Protection, and Resource Management?.- References.
...this is an excellent book and an important contribution in bridging two major sub-disciplines of ecology: population /community ecology and ecosystem ecology. Webber State University
Gary M. Lovett, Clive G. Jones, Monica G. Turner, Kathleen C. Weathers, Clive Jones, Gary M Lovett, Clive G Jones, Monica G Turner, Kathleen C Weathers
Gary M. Lovett, Clive G. Jones, Monica G. Turner, Kathleen C. Weathers, Clive Jones, Gary M Lovett, Clive G Jones, Monica G Turner, Kathleen C Weathers
May Lawton, John H. Lawton, Robert M. May, Imperial College) Lawton, John H. (Professor of Community Ecology, Professor of Community Ecology, Oxford University and Imperial College) May, Robert M. (Royal Society Research Professor, Royal Society Research Professor