… In this review, we analyze the main pieces of the biodiversity- and trait-stability puzzle and
explore connections between these pieces that can generate integrative conceptual and …

… that biodiversity stabilizes … biodiversity–productivity and biodiversity–spatial stability
relationships at the global scale provides a new perspective on the functioning of natural ecosystems…

… functional redundancy and ecosystem stability and resilience. We … 15 articles across aquatic
and terrestrial ecosystems. Overall, the … ecological theory related to effects of biodiversity on …

… biodiversity–stability relationships into the biodiversity effects on average biomass (the
numerator part of the stability … (the denominator of the stability metric), or on biodiversity effects on …

… A theoretical framework of ecological stability across scales illustrated with our experiment.
… Ecosystem stability is defined as the mean of an ecosystem function divided by its standard …

… The key finding from work on the IAR is that the scaling of ecosystem stability with area is
governed by the spatial asynchrony in species’ biomass fluctuations. Asynchrony in biomass …

… more than compensates for the decline in population stability, resulting in greater ecosystem
stability. The results of many terrestrial biodiversity studies are consistent with this scenario. …

… to the understanding of the links between biodiversity and stability, but it is, nonetheless, …
the consequences of biodiversity loss in natural conditions. Indeed, the stability assessed from …

… We found that biodiversity increased ecosystem functioning in both ambient and manipulated
… Our findings support biodiversity conservation as a key strategy for sustainable ecosystem …

… Global environmental changes are altering ecosystem stability, sometimes by altering
biodiversity. For example, by driving grassland plant species loss, nitrogen (N) addition can …