… phylogenetically diverse assemblages result in biomass productivity that is temporally more
stable… how species and phylogenetic diversity explain biomass production stability. There …

… (species richness and phylogenetic diversity) on ecosystem stability at larger extents and …
830,000 km 2 ) South American tropical dryland ecosystem. The Caatinga plays a major role in …

… The relationship between biodiversity and ecological stability … increasing phylogenetic
diversity promoted temporal stability … U-shaped relationship with phylogenetic diversity, driven by …

… types of diversity (species diversity, SD; phylogenetic diversity, PD; and functional diversity,
… to provide a greater understanding of the effects of biodiversity on river ecosystem stability. …

… diversity influences ecosystem functioning. Ecologists have recently expanded this field to
look at whether phylogenetic diversity … lengths on a molecular phylogeny leading to all species …

… that phylogenetic diversity is the main controlling factor of the variation in stability across sites
and … (ie niche differentiation) is better at explaining the variation in ecosystem stability than …

… suggests that ecosystem function and stability is generally … phylogenetic diversity and
ecosystem function. First, we fit the regression of phylogenetic diversity against the ecological …

… To date, there is little evidence that phylogenetic diversity … justification of using phylogenetic
diversity in conservation and … of phylogenetic diversity as a proxy for functional diversity or …

… the effects of phylogenetic diversity on ecosystem stability are … diversity and phylogenetic
diversity to ecosystem stability to represent biological drivers that influence ecosystem stability, …

… (a) Cadotte’s structural equation model (SEM) suggested that phylogenetic diversity (PD)
was the sole predictor of community biomass as well as the variation in biomass through time. …