… We highlight that, by incorporating plant phylogenetic diversity, regional and global climate
models can generate more accurate predictions about future ecosystem functioning and …

… (2015a) provides a novel take on the relationship between biomass production and both
species richness and phylogenetic diversity (PD). They analysed 16 grassland experiments that …

… the phylogeny, we calculated phylogenetic diversity (PD) for each experimental plot as the
total phylogenetic … the root of the larger phylogeny [18]. Here we are using a single method of …

… For the first, we included a new phylogenetic diversity measure based on the Bayesian
phylogenetic tree (Appendix: Fig. A1) to assess its influence on model rankings. Second, we …

… , and phylogenetic diversity are used to evaluate specific biodiversity–productivity relationships.
… We find that the forest biodiversity–productivity relationships are scale-dependent. At the …

… weighted by their phylogenetic distance to the host (15). Still, we do not know how …
phylogenetic signal in plant-microbe interactions may apply to plant community productivity …

… test how phylogenetic diversity and functional diversity capture … we found that phylogenetic
and functional diversity explained … phylogenetic and functional diversity explained productivity …

… standard deviation, in a long-term diversity–ecosystem function experiment at Cedar Creek,
… that more phylogenetically diverse assemblages result in biomass productivity that is …

… known about how phylogenetic diversity interacts with … plant productivity and community
interactions. Studies that manipulate species richness, phylogenetic diversity and phylogenetic …

… plant and soil bacterial phylogenetic diversity. Plant phylogenetic diversity enhances plant
productivity … This, in turn, might reduce bacterial phylogenetic diversity by favouring one (or a …