Ecology Letters · 2010 · 611 citations · 61 references
Life SciencesEcologyEvolutionary BiologyCommunity EcologyEvolutionary EcologyEvolutionary TheoryBiodiversityEcological ResilienceEcosystem ResilienceMutualismMutualistic CoevolutionSpecies InteractionsBiodiversity LossBiodiversity Loss RiskEcological Systems PerspectiveGlobal Environmental ChangeMutualism BreakdownMutualism DisruptionMutualism EvolutionMutualistic Breakdown
Rapid environmental degradation threatens mutualistic interactions, and their breakdown could accelerate biodiversity loss, yet current research has largely overlooked evolutionary aspects. The study develops an evolutionary framework for mutualism breakdown, outlining shifts to antagonism, partner switching, and abandonment, and proposes a research template and conservation strategies. The authors identify evolutionary factors that influence susceptibility or resistance to mutualism breakdown and discuss community-level impacts of these evolutionary responses.
Ecology Letters (2010) 13: 1459–1474 Abstract There is growing concern that rapid environmental degradation threatens mutualistic interactions. Because mutualisms can bind species to a common fate, mutualism breakdown has the potential to expand and accelerate effects of global change on biodiversity loss and ecosystem disruption. The current focus on the ecological dynamics of mutualism under global change has skirted fundamental evolutionary issues. Here, we develop an evolutionary perspective on mutualism breakdown to complement the ecological perspective, by focusing on three processes: (1) shifts from mutualism to antagonism, (2) switches to novel partners and (3) mutualism abandonment. We then identify the evolutionary factors that may make particular classes of mutualisms especially susceptible or resistant to breakdown and discuss how communities harbouring mutualisms may be affected by these evolutionary responses. We propose a template for evolutionary research on mutualism resilience and identify conservation approaches that may help conserve targeted mutualisms in the face of environmental change.
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