Why fitness impacts of different herbivores may combine nonadditively, and why it matters to the ecology and evolution of plant-herbivore communities

Research Article

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Article title
Abstract
Keywords
Introduction
Material and methods
- Natural history
- Source and propagation of plants
- Experimental design
- Experimental protocol
  - Damage treatments
  - Pollination
  - Seed production
- Data analysis
  - Adjustments to sample size
  - Hypothesis 1: The impacts of two species of herbivores that affect the same resource will combine synergistically
  - Hypothesis 2: Impacts of different types of herbivory will combine subadditively
  - Influence of nonadditivity of impacts on selection for resistance
Results
- Efficacy of herbivory treatments
- Impacts of herbivory on plant fitness
- Hypothesis 1: The impacts of two species of herbivores that affect the same resource will combine synergistically
- Hypothesis 2: Impacts of different types of herbivory will combine subadditively
- Influence of nonadditivity of impacts on selection for resistance
Discussion
- Hypothesis 1: The impacts of two species of herbivores that affect the same resource will combine synergistically
- Hypothesis 2: Impacts of different types of herbivory will combine subadditively
- Nonadditivity and diffuse (co)evolution
- Ecoevolutionary implications
Conclusion
Acknowledgements
References

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