Invasive species constitute a threat not only to native populations but also to the structure and functioning of entire food webs. Despite being considered as a global problem, only a small number of studies have quantitatively predicted the food web‐level consequences of invasions. Here, we use an allometric trophic network model parameterized using empirical data on species body masses and feeding interactions to predict the effects of a possible invasion of Amur sleeper (Perccottus glenii), on a well‐studied lake ecosystem. We show that the modeled establishment of Amur sleeper decreased the biomasses of top predator fishes by about 10%–19%. These reductions were largely explained by increased larval competition for food and Amur sleeper...
1. Ecological theory attempts to predict how impacts for native species arise from biological invasi...
Biological invasions, particularly of fish species, significantly threaten aquatic ecosystems. Among...
Increasing human population size and mobility have accelerated the translocation of nonnative specie...
Invasive species constitute a threat not only to native populations but also to the structure and fu...
Identifying the trophic attributes of co-occurring invaders is a prerequisite to anticipate and miti...
International audienceIdentifying the trophic attributes of cooccurring invaders is a prerequisite t...
International audienceIdentifying the trophic attributes of cooccurring invaders is a prerequisite t...
Fish stocking is used worldwide in conservation and management but its effects on food-web dynamics ...
Fish stocking is used worldwide in conservation and management but its effects on food-web dynamics ...
Fish stocking is used worldwide in conservation and management but its effects on food-web dynamics ...
Trophic cascade studies often rely on linear food chains instead of complex food webs and are typica...
Re-establishment of a declined apex predator fish species in a lake ecosystem may have dramatic effe...
Trophic cascade studies often rely on linear food chains instead of complex food webs and are typica...
1.Ecological theory on the trophic impacts of invasive fauna on native competitors is equivocal. Whi...
1.Ecological theory on the trophic impacts of invasive fauna on native competitors is equivocal. Whi...
1. Ecological theory attempts to predict how impacts for native species arise from biological invasi...
Biological invasions, particularly of fish species, significantly threaten aquatic ecosystems. Among...
Increasing human population size and mobility have accelerated the translocation of nonnative specie...
Invasive species constitute a threat not only to native populations but also to the structure and fu...
Identifying the trophic attributes of co-occurring invaders is a prerequisite to anticipate and miti...
International audienceIdentifying the trophic attributes of cooccurring invaders is a prerequisite t...
International audienceIdentifying the trophic attributes of cooccurring invaders is a prerequisite t...
Fish stocking is used worldwide in conservation and management but its effects on food-web dynamics ...
Fish stocking is used worldwide in conservation and management but its effects on food-web dynamics ...
Fish stocking is used worldwide in conservation and management but its effects on food-web dynamics ...
Trophic cascade studies often rely on linear food chains instead of complex food webs and are typica...
Re-establishment of a declined apex predator fish species in a lake ecosystem may have dramatic effe...
Trophic cascade studies often rely on linear food chains instead of complex food webs and are typica...
1.Ecological theory on the trophic impacts of invasive fauna on native competitors is equivocal. Whi...
1.Ecological theory on the trophic impacts of invasive fauna on native competitors is equivocal. Whi...
1. Ecological theory attempts to predict how impacts for native species arise from biological invasi...
Biological invasions, particularly of fish species, significantly threaten aquatic ecosystems. Among...
Increasing human population size and mobility have accelerated the translocation of nonnative specie...