The 'Adaptive Landscape' has been a central concept in population genetics and evolutionary biology since this powerful metaphor was first formulated in 1932. This volume brings together historians of science, philosophers, ecologists, and evolutionary biologists, to discuss the state of the art from several different perspectives.
The 'Adaptive Landscape' has been a central concept in population genetics and evolutionary biology since this powerful metaphor was first formulated in 1932. This volume brings together historians of science, philosophers, ecologists, and evolutionary biologists, to discuss the state of the art from several different perspectives.
Erik Svensson is professor in evolutionary ecology at Lund University Sweden. He obtained his PhD in 1997, and has performed research in Sweden, California, Greece, South Africa, and Japan on several different organismal groups, including birds, reptiles, crustaceans, and insects. He is a former Fulbright Scholar and postdoctoral researcher at University of California, Santa Cruz and a visiting Fellow at Stellenbosch Institute for Advanced Study in South Africa. Svensson's research interests are evolutionary processes in natural populations, including interactions between natural and sexual selection, life-history biology, genetic polymorphisms and frequency-dependent selection, mate preference evolution, sexual isolation, and speciation processes. He has published about 70 articles in international journals, and he currently serves in the international boards of American Naturalist and Evolution. He is currently member of the governing council for the European Society for Evolutionary Biology. Ryan Calsbeek is a former post-doctoral fellow at the Center for Tropical Research at University of California, Los Angeles, a visiting scholar at the National Evolutionary Synthesis Center, and a visiting professor at Piere and Marie Curie Universite in Paris, France. Calsbeek's research focuses on the ecological and evolutionary factors that influence the strength and form of natural selection in natural populations of reptiles and amphibians, including predation, competition, and conflicts between the sexes. He is currently an Associate Professor of Biological Sciences at Dartmouth College in the U.S.A. Clasbeek has published 50 articles in international peer-reviewed journals and currently serves as an Associate Editor on the journal Functional Ecology.
Inhaltsangabe
* Preface * PART I: Historical Background and Philosophical Perspectives * 1: Michael R. Dietrich and Robert A. Skipper, Jr.: A Shifting Terrain: A Brief History of the Adaptive Landscape * 2: Robert A. Skipper, Jr. and Michael R. Dietrich: Sewall Wright's Adaptive Landscape: Philosophical Reflections on Heuristic Value * 3: Massimo Pigliucci: Landscapes, Surfaces and Morphospaces: What are they good for? * PART II: Controversies: Fisher's Fundamental Theory Versus Sewall Wright's Shifting Balance Theory * 4: Steven A. Frank: Wright's Adaptive Landscape versus Fisher's Fundamental Theorem * 5: Michael J. Wade: Wright's Adaptive Landscape: Testing the Predictions of his Shifting Balance Theory * 6: Charles J. Goodnight: Wright's Shifting Balance Theory and Factors Affecting the Probability of Peak Shifts * PART III: Applications: Microevolutionary Dynamics, Quantitative Genetics, and Population Biology * 7: Ryan Calsbeek, Thomas P. Gosden, Shawn R. Kuchta, and Erik I. Svensson: Fluctuating Selection and Dynamic Adaptive Landscapes * 8: Adam G. Jones, Nicholas L. Ratterman, and Kimberly A. Paczolt: The Adaptive Landscape in Sexual Selection Research * 9: Stephen F. Chenoweth, John Hunt, and Howard D. Rundle: Analysing and Comparing the Geometry of Individual Fitness Surfaces * 10: Christophe Pélabon, W. Scott Armbruster, Thomas F. Hansen, Geir Bolstad, and Rocío Pérez-Barrales: Adaptive Accuracy and Adaptive Landscapes * 11: Tim F. Cooper: Empirical Insights into Adaptive Landscapes from Bacterial Experimental Evolution * 12: Andrew P. Hendry, Virginie Millien, Andrew Gonzalez, and Hans C. E. Larsson: How Humans Influence Evolution on Adaptive Landscapes * PART IV: Speciation and Macroevolution * 13: Thomas F. Hansen: Adaptive Landscapes and Macroevolutionary Dynamics * 14: Michael Doebeli: Adaptive Dynamics: a Framework for Modelling the Long-Term Evolutionary Dynamics of Quantitative Traits * 15: Michael A. Bell: Adaptive Landscapes, Evolution, and the Fossil Record * PART V: Development, Form, and Function * 16: Olof Leimar, Birgitta S. Tullberg, and James Mallet: Mimicry, Saltational Evolution, and the Crossing of Fitness Valleys * 17: Andreas Wagner: High-dimensional Adaptive Landscapes Facilitate Evolutionary Innovation * 18: Sean H. Rice: Phenotype Landscapes, Adaptive Landscapes, and the Evolution of Development * PART VI: Concluding Remarks * 19: Erik I. Svensson and Ryan Calsbeek: The Past, the Present, and the Future of the Adaptive Landscape * Index
* Preface * PART I: Historical Background and Philosophical Perspectives * 1: Michael R. Dietrich and Robert A. Skipper, Jr.: A Shifting Terrain: A Brief History of the Adaptive Landscape * 2: Robert A. Skipper, Jr. and Michael R. Dietrich: Sewall Wright's Adaptive Landscape: Philosophical Reflections on Heuristic Value * 3: Massimo Pigliucci: Landscapes, Surfaces and Morphospaces: What are they good for? * PART II: Controversies: Fisher's Fundamental Theory Versus Sewall Wright's Shifting Balance Theory * 4: Steven A. Frank: Wright's Adaptive Landscape versus Fisher's Fundamental Theorem * 5: Michael J. Wade: Wright's Adaptive Landscape: Testing the Predictions of his Shifting Balance Theory * 6: Charles J. Goodnight: Wright's Shifting Balance Theory and Factors Affecting the Probability of Peak Shifts * PART III: Applications: Microevolutionary Dynamics, Quantitative Genetics, and Population Biology * 7: Ryan Calsbeek, Thomas P. Gosden, Shawn R. Kuchta, and Erik I. Svensson: Fluctuating Selection and Dynamic Adaptive Landscapes * 8: Adam G. Jones, Nicholas L. Ratterman, and Kimberly A. Paczolt: The Adaptive Landscape in Sexual Selection Research * 9: Stephen F. Chenoweth, John Hunt, and Howard D. Rundle: Analysing and Comparing the Geometry of Individual Fitness Surfaces * 10: Christophe Pélabon, W. Scott Armbruster, Thomas F. Hansen, Geir Bolstad, and Rocío Pérez-Barrales: Adaptive Accuracy and Adaptive Landscapes * 11: Tim F. Cooper: Empirical Insights into Adaptive Landscapes from Bacterial Experimental Evolution * 12: Andrew P. Hendry, Virginie Millien, Andrew Gonzalez, and Hans C. E. Larsson: How Humans Influence Evolution on Adaptive Landscapes * PART IV: Speciation and Macroevolution * 13: Thomas F. Hansen: Adaptive Landscapes and Macroevolutionary Dynamics * 14: Michael Doebeli: Adaptive Dynamics: a Framework for Modelling the Long-Term Evolutionary Dynamics of Quantitative Traits * 15: Michael A. Bell: Adaptive Landscapes, Evolution, and the Fossil Record * PART V: Development, Form, and Function * 16: Olof Leimar, Birgitta S. Tullberg, and James Mallet: Mimicry, Saltational Evolution, and the Crossing of Fitness Valleys * 17: Andreas Wagner: High-dimensional Adaptive Landscapes Facilitate Evolutionary Innovation * 18: Sean H. Rice: Phenotype Landscapes, Adaptive Landscapes, and the Evolution of Development * PART VI: Concluding Remarks * 19: Erik I. Svensson and Ryan Calsbeek: The Past, the Present, and the Future of the Adaptive Landscape * Index
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