Biotropica · 2013 · 14 citations · 30 references
Life SciencesEcologyPlant BiologyEvolutionary EcologyInsect EcologyPlant EcologyHerbivore-plant InteractionsHerbivory EcologyInsect-plant InteractionsPlant-herbivore InteractionsPlant-insect InteractionsSymbiosisAnt-plant InteractionsBiological MutualismCoevolution Of HerbivoresHerbivore-enemy InteractionsHost - Parasitoid InteractionsHost-insect InteractionsInsect-host InteractionsPlant-ant Mutualism
Abstract Many members of the family B romeliacae are able to adopt epiphytic lifestyles and colonize trees throughout the N eotropics. B romeliacae do not extract nutrients from their hosts and confer relatively minor costs on their host plants. We suggest that bromeliads, however, may benefit their hosts by providing habitat for predators of host plant herbivores. We report a correlation between bromeliad presence and a reduction in herbivore damage in orange trees, an effect that is increased when bromeliads are colonized by ants. Our results may have important implications for agricultural systems in the N eotropics, where bromeliads are often removed in the belief they are parasitic. We instead demonstrate that bromeliads may impart a benefit to their hosts, and speculate that under particular circumstances they may be part of a three‐species mutualism.
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