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Evolution of Mutualistic Life-Cycles: Yucca Moths and Fig Wasps

  • John F. Addicott
  • Judith Bronstein
  • Finn Kjellberg

Abstract

The study of mutualism is shifting from emphasizing the identification of systems that are mutualistic to attempting to understand the origin, maintenance and breakdown of mutualistic systems. Many different approaches are being used in this effort, including cost-benefit models (Roughgarden 1975), phylogenetic analyses (Thompson 1982), models of population dynamics (Addicott 1981; Wolin 1985), and the approach that we adopt in this chapter, the analysis of life-histories. We focus on two aspects of life-histories important for understanding the origin, maintenance and breakdown of mutualistic interactions: the probability of successful association between potential symbiont and host, and the comparative fitness of mutualistic and non-mutualistic symbionts when successfully associated with their host (Roughgarden 1975). More specifically, we ask two questions, (a) How does synchronization of life-cycles within and between symbiont and host populations influence the probability of successful association between mutualists and ultimately the maintenance of mutualism? (b) Under what conditions would “cheating” by potentially mutualistic individuals be favoured over strictly mutualistic behaviour? To address these questions we analyse the life-histories of species in two obligate pollination-seed prédation mutualisms: the yucca-yucca moth interaction and the fig-fig wasp interaction.

Keywords

Cheat Behaviour Flight Season Local Mate Competition Fresh Flower Fruit Abortion 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.

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Copyright information

© Springer-Verlag London Limited 1990

Authors and Affiliations

  • John F. Addicott
  • Judith Bronstein
  • Finn Kjellberg

There are no affiliations available

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