1. Introduction Colleen K. Kelly, Michael G. Bowler and Gordon A. Fox; Part I. Observing Temporal Processes in Nature: 2. The storage effect: definition and tests in two plant communities Peter Chesson, Nancy J. Huntly, Stephen H. Roxburgh, Marissa Pantastico-Caldas and José M. Facelli; 3. What temporal processes in trees tell us about competition, community structure and speciation Colleen K. Kelly, Michael G. Bowler, Gordon A. Fox, J. Arturo Solís-Magallanes, J. Marcela Ramos-Tapia, Pilar Lopera Blair, Susan Schwinning, John N. Williams and Jeffrey B. Joy; 4. Testing the storage effect with long-term, observational data Peter B. Adler; 5. Seedling herbivory and the temporal niche Mick E. Hanley and Rebecca J. Sykes; 6. Temporal variation in density dependence in an herbaceous community Norma L. Fowler and Craig M. Pease; 7. Population and community dynamics in variable environments: the desert annual system D. Lawrence Venable and Sarah Kimball; 8. Temporal niches, ecosystem function, and climate change Susanne Schwinning, Gordon A. Fox and Colleen K. Kelly; Part II. Application to Specific Questions: 9. Evolution of synchronized and intermittent reproduction (masting) of trees: key role of regeneration dynamics Yoh Iwasa, Akiko Satake and Yuuya Tachiki; 10. Spatiotemporal variation can promote coexistence more strongly than temporal variation Robin E. Snyder; 11. Roles of pollinator attraction and environmental fluctuation in inducing flowering synchrony Akiko Satake, Yuuya Tachiki and Yoh Iwasa; 12. Temporal dynamics and the spread of insect resistance transgenes Michael G. Bowler, Felix Breden and Colleen K. Kelly; 13. Concluding remarks Gordon A. Fox, Michael G. Bowler and Colleen K. Kelly; Index.
1. Introduction Colleen K. Kelly, Michael G. Bowler and Gordon A. Fox; Part I. Observing Temporal Processes in Nature: 2. The storage effect: definition and tests in two plant communities Peter Chesson, Nancy J. Huntly, Stephen H. Roxburgh, Marissa Pantastico-Caldas and José M. Facelli; 3. What temporal processes in trees tell us about competition, community structure and speciation Colleen K. Kelly, Michael G. Bowler, Gordon A. Fox, J. Arturo Solís-Magallanes, J. Marcela Ramos-Tapia, Pilar Lopera Blair, Susan Schwinning, John N. Williams and Jeffrey B. Joy; 4. Testing the storage effect with long-term, observational data Peter B. Adler; 5. Seedling herbivory and the temporal niche Mick E. Hanley and Rebecca J. Sykes; 6. Temporal variation in density dependence in an herbaceous community Norma L. Fowler and Craig M. Pease; 7. Population and community dynamics in variable environments: the desert annual system D. Lawrence Venable and Sarah Kimball; 8. Temporal niches, ecosystem function, and climate change Susanne Schwinning, Gordon A. Fox and Colleen K. Kelly; Part II. Application to Specific Questions: 9. Evolution of synchronized and intermittent reproduction (masting) of trees: key role of regeneration dynamics Yoh Iwasa, Akiko Satake and Yuuya Tachiki; 10. Spatiotemporal variation can promote coexistence more strongly than temporal variation Robin E. Snyder; 11. Roles of pollinator attraction and environmental fluctuation in inducing flowering synchrony Akiko Satake, Yuuya Tachiki and Yoh Iwasa; 12. Temporal dynamics and the spread of insect resistance transgenes Michael G. Bowler, Felix Breden and Colleen K. Kelly; 13. Concluding remarks Gordon A. Fox, Michael G. Bowler and Colleen K. Kelly; Index.
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