An improved model to predict the effects of changing biodiversity levels on ecosystem function (pages 344–355)
John Connolly, Thomas Bell, Thomas Bolger, Caroline Brophy, Timothee Carnus, John A. Finn, Laura Kirwan, Forest Isbell, Jonathan Levine, Andreas Lüscher, Valentin Picasso, Christiane Roscher, Maria Teresa Sebastia, Matthias Suter and Alexandra Weigelt
Version of Record online: 14 JAN 2013 | DOI: 10.1111/1365-2745.12052
We show that Generalized Diversity-Interactions models quantitatively integrate several methods that separately address effects of species richness, evenness and composition on ecosystem function. They describe empirical data at least as well as alternative models and improve the ability to quantitatively test among several theoretical and practical hypotheses about the effects of biodiversity levels on ecosystem function. They improve our understanding of important aspects of the relationship between biodiversity (evenness and richness) and ecosystem function (BEF), which include saturation, effects of species loss, the stability of ecosystem function and the incidence of transgressive overyielding.