Actions for Mutualism

Email RIS file
Bookmark
Report an Issue

Mutualism / Judith L. Bronstein

Published
Oxford : Oxford University Press, 2015.
Edition
First edition.
Physical Description
1 online resource : illustrations (black and white)
Additional Creators
Bronstein, Judith L.
Access Online

Availability

I Want It
I Want It

Finding items...

Contents
Machine generated contents note: Introduction to Section 1 -- 1.The study of mutualism / Judith L. Bronstein -- 1.1.Introduction / Judith L. Bronstein -- 1.2.The semantics of mutualism / Judith L. Bronstein -- 1.2.1.Classifying interactions / Judith L. Bronstein -- 1.2.2.Defining mutualism / Judith L. Bronstein -- 1.2.3.Categorizing mutualisms / Judith L. Bronstein -- 1.2.4.Suggested terminological standards / Judith L. Bronstein -- 1.3.A history of mutualism studies / Judith L. Bronstein -- 1.3.1.Mutualism before 1850 / Judith L. Bronstein -- 1.3.2.Mutualism and Darwinism / Judith L. Bronstein -- 1.3.3.Mutualism in the nineteenth century: political and biological contexts / Judith L. Bronstein -- 1.3.4.The waning (or flowering?) of mutualism studies / Judith L. Bronstein -- 1.3.5.Mutualism coalesces as a research field / Judith L. Bronstein -- 1.3.6.Conceptual synthesis and new themes / Judith L. Bronstein -- 1.4.This volume, and beyond / Judith L. Bronstein -- References / Judith L. Bronstein -- 2.The special case of symbioses: mutualisms with persistent contact / Judith L. Bronstein -- 2.1.Introduction / Angela E. Douglas -- 2.2.Interactions between symbiotic partners / Angela E. Douglas -- 2.2.1.The services underpinning reciprocity / Angela E. Douglas -- 2.2.2.Byproduct mutualisms / Angela E. Douglas -- 2.2.3.Addiction in symbioses / Angela E. Douglas -- Box 2.1 The changing face of Wolbachia / Angela E. Douglas -- 2.3.The persistence of symbioses / Gregory Hurst -- 2.3.1.Open and closed symbioses / Gregory Hurst -- 2.3.2.The resilience of symbioses / Gregory Hurst -- Box 2.2 The human microbiome / Gregory Hurst -- 2.4.Partner fidelity and its consequences / John Rawls -- Box 2.3 Genomic decay and bacterial-derived organelles / John Rawls -- 2.5.Concluding comments / John McCutcheon -- References / John McCutcheon -- Introduction to Section 2 / John McCutcheon -- 3.Evolutionary origins and diversification of mutualism / Judith L. Bronstein -- 3.1.Webs in the tree of life / George D. Weiblen / Erin L. Treiber -- 3.2.Investigating origin and diversification / George D. Weiblen / Erin L. Treiber -- 3.2.1.The fossil record / George D. Weiblen / Erin L. Treiber -- Box 3.1 The fossil record of mutualisms / George D. Weiblen / Erin L. Treiber -- 3.2.2.Phylogeny estimation / Peter Wilf / Conrad C. Labandeira -- 3.3.Origins of mutualism / Peter Wilf / Conrad C. Labandeira -- 3.3.1.Chance and opportunity / Peter Wilf / Conrad C. Labandeira -- 3.3.2.From antagonism to mutualism and back / Peter Wilf / Conrad C. Labandeira -- 3.4.Diversification of mutualism / Peter Wilf / Conrad C. Labandeira -- 3.4.1.Comparing relatives / Peter Wilf / Conrad C. Labandeira -- 3.4.2.Comparing partners / Peter Wilf / Conrad C. Labandeira -- Box 3.2 Phylogenetics in symbiology / Peter Wilf / Conrad C. Labandeira -- 3.5.Innovation and adaptation / Jiri Hulcr -- 3.6.Conclusion / Jiri Hulcr -- Acknowledgments / Jiri Hulcr -- References / Jiri Hulcr -- 4.Evolutionary models of mutualism / Jiri Hulcr -- 4.1.Introduction / Erol Akcay -- 4.2.Vertical transmission of symbioses / Erol Akcay -- Box 4.1 Adaptive dynamics / Erol Akcay -- 4.3.Population structure and genetic associations / Erol Akcay -- 4.3.1.The Price equation / Erol Akcay -- 4.4.Modeling phenotypic feedbacks / Erol Akcay -- 4.5.Partner choice and beyond: economic theory of mutualism / Erol Akcay -- 4.5.1.Supply and demand: biological markets / Erol Akcay -- 4.5.2.The paradox of the market / Erol Akcay -- 4.5.3.Sanctions: partner choice in the legume-rhizobium symbiosis / Erol Akcay -- 4.5.4.Control, negotiation, and outside options in mutualisms / Erol Akcay -- 4.5.5.Screening / Erol Akcay -- 4.5.6.Economics and mutualisms: a bright future / Erol Akcay -- 4.6.Evolution and maintenance of diversity in mutualisms / Erol Akcay -- 4.7.Future directions / Erol Akcay -- 4.7.1.Integrating mechanisms and modeling approaches / Erol Akcay -- Box 4.2 Phenotypic feedbacks and multilevel selection in mutualisms / Erol Akcay -- 4.7.2.Context dependency / Ellen Simms / Stephanie Porter -- 4.7.3.Alignment of evolutionary interests / Ellen Simms / Stephanie Porter -- 4.7.4.Conclusion / Ellen Simms / Stephanie Porter -- References / Ellen Simms / Stephanie Porter -- 5.Evolution and genetics of mutualism / Ellen Simms / Stephanie Porter -- 5.1.Introduction / Carina A. Baskett / Douglas W. Schemske -- Box 5.1 The attine ant-fungus mutualism / Carina A. Baskett / Douglas W. Schemske -- 5.2.Natural selection in mutualisms / Ulrich G. Mueller -- 5.3.The genetics of mutualism evolution / Ulrich G. Mueller -- Box 5.2 The legume-rhizobia mutualism / Ulrich G. Mueller -- 5.3.1.Advanced stages / Maren L. Friesen -- 5.3.2.Early stages / Maren L. Friesen -- 5.4.Emerging systems and tools / Maren L. Friesen -- 5.4.1.Moving beyond pollination / Maren L. Friesen -- 5.4.2.Genomic approaches / Maren L. Friesen -- Box 5.3 Bobtail squids light the way to study marine mutualisms / Maren L. Friesen -- 5.4.3.Experimental evolution / Michele K. Nishiguchi -- 5.5.Future directions / Michele K. Nishiguchi -- 5.5.1.Comparison to antagonisms / Michele K. Nishiguchi -- 5.5.2.Speciation / Michele K. Nishiguchi -- 5.5.3.The latitudinal diversity gradient / Michele K. Nishiguchi -- 5.5.4.Anthropogenic environmental change / Michele K. Nishiguchi -- 5.5.5.Conclusions / Michele K. Nishiguchi -- Acknowledgments / Michele K. Nishiguchi -- References / Michele K. Nishiguchi -- 6.The exploitation of mutualisms / Michele K. Nishiguchi -- 6.1.Introduction / Joel L. Sachs -- 6.2.Empirical evidence for the exploitation of mutualisms / Joel L. Sachs -- 6.2.1.Pollination mutualisms / Joel L. Sachs -- 6.2.2.Legume-rhizobium symbiosis / Joel L. Sachs -- 6.2.3.Invertebrate-algal symbiosis / Joel L. Sachs -- 6.2.4.Phylogenetic analyses of mutualist lineages / Joel L. Sachs -- 6.2.5.Summary of empirical evidence / Joel L. Sachs -- 6.3.Theoretical predictions for the conditions that stabilize mutualism / Joel L. Sachs -- Box 6.1 Some ants sterilize their host plants, but are they "cheaters"? / Joel L. Sachs -- Box 6.2 Mechanisms and examples of cheating in cleaning mutualisms / Megan E. Frederickson -- 6.4.A new paradox for mutualism? / Redouan Bshary -- 6.5.Conclusion / Redouan Bshary -- References / Redouan Bshary -- 7.Coevolution in mutualisms / Redouan Bshary -- 7.1.Introduction / Bruce Anderson -- 7.2.A short history of coevolution / Bruce Anderson -- 7.2.1.Geographic mosaic of coevolution / Bruce Anderson -- 7.3.Demonstrating coevolution / Bruce Anderson -- Box 7.1 Coevolutionary genomics / Bruce Anderson -- 7.4.Coevolutionary patterns / Noah Whiteman -- 7.4.1.Matching of traits / Noah Whiteman -- 7.4.2.Mismatching of traits / Noah Whiteman -- 7.4.3.Trait divergence between sites / Noah Whiteman -- Box 7.2 When do trait mismatches coevolve? / Noah Whiteman -- 7.4.4.Convergence of traits / Scott L. Nuismer -- 7.4.5.Matching of phylogenies / Scott L. Nuismer -- Box 7.3 Using phylogenetics to study coevolution / Scott L. Nuismer -- 7.5.Conclusion / Kari A. Segraves -- Acknowledgments / Kari A. Segraves -- References / Kari A. Segraves -- Introduction to Section 3 / Kari A. Segraves -- 8.Population ecology of mutualism / Judith L. Bronstein -- 8.1.Population ecology and interspecific interactions / J. Nathaniel Holland -- Box 8.1 Metapopulation ecology and mutualism / J. Nathaniel Holland -- 8.2.Historic Lotka-Volterra theory / Anna-Liisa Laine -- Box 8.2 Population dynamics and phase-plane analysis of interspecific interactions / Anna-Liisa Laine -- 8.3.Interspecific density dependence and saturating functional responses / Kevin McCann -- Box 8.3 Interaction strengths and mutualism / Kevin McCann -- 8.4.Contemporary theory for density dependence and population dynamics / J. Timothy Wootton -- 8.4.1.Benefits and costs of mutualism / J. Timothy Wootton -- 8.4.2.Consumer-resource interactions of mutualism / J. Timothy Wootton -- 8.5.Empirical studies of density dependence and population dynamics / J. Timothy Wootton -- 8.6.Conclusions / J. Timothy Wootton -- References / J. Timothy Wootton -- 9.Mutualism in a community context / J. Timothy Wootton -- 9.1.Introduction / Todd M. Palmer / Elizabeth G. Pringle / Adrian Stier / Robert D. Holt -- Box 9.1 The community ecology of coral-algal mutualism / Todd M. Palmer / Elizabeth G. Pringle / Adrian Stier / Robert D. Holt -- 9.2.Complexity within mutualism / Michael Stat -- 9.2.1.Maintenance of mutualist diversity / Michael Stat -- 9.2.2.Consequences of diversity for mutualistic outcomes / Michael Stat -- Box 9.2 How imperfect relationships with multiple, exploiting partners can lead to mutualistic success / Michael Stat -- 9.2.3.Approaches to studying complex mutualisms / Daniel F. Doak -- 9.3.How communities influence mutualisms / Daniel F. Doak -- 9.3.1.Mechanisms of third-party effects / Daniel F. Doak -- 9.3.2.How do we study the effects of third-party species? / Daniel F. Doak -- 9.4.How mutualisms affect communities / Daniel F. Doak -- 9.4.1.Effects of mutualisms on community diversity / Daniel F. Doak -- 9.4.2.Mutualism and species range limits / Daniel F. Doak -- Box 9.3 Mutualism alters competition: coexistence of mutualists and exploiters / Daniel F. Doak -- 9.4.3.Mutualism and community stability / Charlotte T. Lee / Brian D. Inouye / Tom E.X. Miller -- 9.5.Conclusions and future directions / Charlotte T. Lee / Brian D. Inouye / Tom E.X. Miller -- References / Charlotte T. Lee / Tom E.X. Miller / Brian D. Inouye -- 10.Context-dependent outcomes of mutualistic interactions / Charlotte T. Lee / Brian D. Inouye / Tom E.X. Miller -- 10.1.Introduction / Jason D. Hoeksema / Emilio M. Bruna -- 10.2.Tools for studying context dependency of mutualisms / Jason D. Hoeksema / Emilio M. Bruna -- 10.2.1.Mathematical, graphical, and conceptual models / Jason D. Hoeksema / Emilio M. Bruna -- Box 10.1 Context dependency in defensive endosymbioses / Jason D. Hoeksema / Emilio M. Bruna -- and Contents note continued: 10.2.2.Observational field studies / John Jaenike -- Box 10.2 Elucidating context dependency in seed dispersal interactions / John Jaenike -- 10.2.3.Manipulative field and laboratory experiments / Silvia B. Lomascolo -- 10.2.4.Meta-analyses / Silvia B. Lomascolo -- 10.3.Eight big questions on context dependency in mutualisms / Silvia B. Lomascolo -- 10.3.1.Question 1: What is the relative importance of multiple contextual factors for outcomes of mutualisms, and when do they interact to alter these outcomes? / Silvia B. Lomascolo -- 10.3.2.Question 2: Which aspects of biotic context have the most substantial effects on outcomes of mutualisms? / Silvia B. Lomascolo -- 10.3.3.Question 3: How do mutualisms shift along gradients of environmental productivity? / Silvia B. Lomascolo -- 10.3.4.Question 4: How do mutualisms shift along gradients of diversity? / Silvia B. Lomascolo -- 10.3.5.Question 5: Are mutualism outcomes density dependent, and if so, in what manner? / Silvia B. Lomascolo -- 10.3.6.Question 6: Are patterns and consequences of context dependency typically similar for both partner species in mutualisms? / Silvia B. Lomascolo -- Box 10.3 The importance of the combined host-symbiont (holobiont) perspective in studies of cnidarian-Symbiodinium mutualisms / Silvia B. Lomascolo -- 10.3.7.Question 7: How important are "cryptic" benefits for outcomes of context-dependent mutualisms? / Tamar L. Goulet -- 10.3.8.Question 8: How often do outcomes of mutualisms depend on G x E, G x G, and G x G x E interactions? / Tamar L. Goulet -- 10.4.Concluding thoughts / Tamar L. Goulet -- Acknowledgments / Tamar L. Goulet -- References / Tamar L. Goulet -- 11.Mutualistic networks / Tamar L. Goulet -- 11.1.A historical perspective on network thinking in mutualism / Jordi Bascompte / Jens M. Olesen -- 11.2.Rationale for a network approach to mutualism / Jordi Bascompte / Jens M. Olesen -- 11.2.1.The example of asymmetric specialization / Jordi Bascompte / Jens M. Olesen -- Box 11.1 Conservation and restoration implications of network studies / Jordi Bascompte / Jens M. Olesen -- 11.3.Syndromes, modularity, and coevolutionary units / Jason Tylianakis -- Box 11.2 Definition and measure of modularity / Jason Tylianakis -- 11.4.Modularity and the basic building blocks of mutualistic networks / Roger Guimera -- 11.5.Phylogenetic signal of modularity / Roger Guimera -- 11.6.Types of modules / Roger Guimera -- 11.7.Species roles within modular networks / Roger Guimera -- 11.8.Conclusions / Roger Guimera -- Acknowledgments / Roger Guimera -- References / Roger Guimera -- 12.Mutualisms and ecosystem-level processes / Roger Guimera -- 12.1.Introduction / Nancy Collins Johnson -- 12.2.Mutualisms structure ecosystems / Nancy Collins Johnson -- Box 12.1 Biogeochemical effects of coevolution of plants and fungi / Nancy Collins Johnson -- Box12.2 Community and ecosystem phenotypes of plants and their symbionts / Jonathan R. Leake -- 12.3.Agricultural mutualisms / Thomas G. Whitham / Louis J. Lamit -- 12.4.Managing mutualisms for sustainable systems and ecosystem services / Louis J. Lamit / Thomas G. Whitham -- Box 12.3 Ecosystem services of soil crust mutualisms / Thomas G. Whitham / Louis J. Lamit -- 12.5.Concluding thoughts / Robert L. Sanford Jr -- Acknowledgments / Robert L. Sanford Jr -- References / Robert L. Sanford Jr -- Introduction to Section 4 / Robert L. Sanford Jr -- 13.Global change and mutualisms / Judith L. Bronstein -- 13.1.Introduction / E. Toby Kiers / Atsushi Kawakita / Anthony R. Ives -- 13.2.Types of breakdowns / Anthony R. Ives / E. Toby Kiers / Atsushi Kawakita -- 13.2.1.Coextinction / Anthony R. Ives / E. Toby Kiers / Atsushi Kawakita -- 13.2.2.Mutualism loss / E. Toby Kiers / Anthony R. Ives / Atsushi Kawakita -- 13.2.3.Mutualism reorganization / Anthony R. Ives / E. Toby Kiers / Atsushi Kawakita -- 13.3.Drivers of mutualism breakdown / Anthony R. Ives / E. Toby Kiers / Atsushi Kawakita -- 13.3.1.Rising temperatures / E. Toby Kiers / Anthony R. Ives / Atsushi Kawakita -- Box 13.1 Consequences of climate change on bark beetle-fungus mutualisms in coniferous forests / E. Toby Kiers / Anthony R. Ives / Atsushi Kawakita -- 13.3.2.Rising atmospheric CO2 levels / Diana L. Six -- Box 13.2 Adaptation of coral symbiosis to climate change / Diana L. Six -- 13.3.3.Habitat fragmentation / Eugenia M. Sampayo / John M. Pandolfi -- 13.3.4.Overhunting / Eugenia M. Sampayo / John M. Pandolfi -- Box 13.3 A population-level model of mutualist network resilience / Eugenia M. Sampayo / John M. Pandolfi -- 13.3.5.Eutrophication / Anthony R. Ives -- 13.3.6.Invasive species / Anthony R. Ives -- 13.4.Mutualism resiliency / Anthony R. Ives -- 13.4.1.Lack of strict dependence on specific partners / Anthony R. Ives -- 13.4.2.Rapid evolution and/or plasticity / Anthony R. Ives -- 13.4.3.Broad or novel niches / Anthony R. Ives -- 13.4.4.Strict control over partners / Anthony R. Ives -- 13.4.5.Protection from environmental variation / Anthony R. Ives -- 13.4.6.Flexibility in the face of environmental variation / Anthony R. Ives -- 13.5.Mutualism breakdown in a multispecies context / Anthony R. Ives -- 13.6.How can we anticipate change before it is too late? / Anthony R. Ives -- 13.6.1.Understudied habitats and model systems / Anthony R. Ives -- 13.6.2.Trait-based focus / Anthony R. Ives -- 13.6.3.Focus on interacting drivers / Anthony R. Ives -- 13.6.4.Historical data / Anthony R. Ives -- Acknowledgments / Anthony R. Ives -- References / Anthony R. Ives -- 14.Conserving and restoring mutualisms / Anthony R. Ives -- 14.1.Introduction / Molly MacLeod / Rachael Winfree / Tina Harrison / Daniel P. Cariveau -- 14.2.Conservation/restoration challenges specific to mutualisms / Rachael Winfree / Molly MacLeod / Daniel P. Cariveau / Tina Harrison -- 14.3.Approaches to conserving and restoring mutualisms / Rachael Winfree / Tina Harrison / Molly MacLeod / Daniel P. Cariveau -- 14.3.1.Conserving/restoring mutualist biodiversity / Molly MacLeod / Rachael Winfree / Tina Harrison / Daniel P. Cariveau -- Box 14.1 Lessons from pollinator restoration in the EU / Rachael Winfree / Molly MacLeod / Tina Harrison / Daniel P. Cariveau -- 14.3.2.Conserving/restoring the ecosystem functions mutualisms provide / David Kleijn -- Box 14.2 Restoration of the human microbiome / David Kleijn -- 14.4.The role of network analysis in conservation and restoration / Brendan Bohannon -- 14.4.1.Structural features of networks: nestedness, asymmetry, and modularity / Brendan Bohannon -- 14.4.2.Unanswered questions about the use of network approaches / Brendan Bohannon -- 14.5.Conclusions / Brendan Bohannon -- Acknowledgments / Brendan Bohannon -- References / Brendan Bohannon.
Summary
Mutualisms, interactions between two species that benefit both of them, have long captured the public imagination. Their influence transcends levels of biological organisation from cells to populations, communities, and ecosystems. Focusing on a range of ecological and evolutionary aspects over different scales (from individual to ecosystem), the chapters in this book provide expert coverage of our current understanding of mutualism whilst highlighting the most important questions that remain to be answered.
Subject(s)
ISBN
9780191809422 (ebook)
Bibliography Note
Includes bibliographical references and index.
View MARC record | catkey: 28927441