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Anthropogenic activity is leading to increasing frequency and magnitude of disturbance in freshwater systems throughout the world. In turn, disturbance events are more likely to co-occur, compounding effects. Here we present a case study in which we investigated how the effects of co-occurring disturbances might interact to influence the abundance of a harmful algal bloom-forming species, Prymnesium parvum....
Allelopathic species can alter biodiversity. Using simulated assemblages that are characterised by neutrality, lumpy coexistence and intransitivity, we explore relationships between within‐assemblage competitive dissimilarities and resistance to allelopathic species. An emergent behaviour from our models is that assemblages are more resistant to allelopathy when members strongly compete exploitatively...
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