Plant scientists have made great progress in understanding molecular mechanisms
controlling root responses to nutrients of arabidopsis (Arabidopsis thaliana) plants under …

The relatively new research discipline of Eco-Metabolomics is the application of
metabolomics techniques to ecology with the aim to characterise biochemical interactions of …

Eutrophication is a major driver of species loss in plant communities worldwide. However,
the underlying mechanisms of this phenomenon are controversial. Previous studies have …

One of the most ubiquitous patterns in plant ecology is species loss following nutrient
enrichment. A common explanation for this universal pattern is an increase in the size …

Understanding the changes in plant–microbe interactions is critically important for predicting
ecosystem functioning in response to human‐induced environmental changes such as …

Over the last decade, the field of plant ecology has significantly developed and expanded,
especially in research concerning the herbaceous layer and ground vegetation of forests …

In this study, changes in plant diversity and aboveground biomass, soil chemical properties,
microbial biomass and respiration, microbial composition, and microbial N-cycling potential …

Plant communities show two general responses to gradients of soil resources: a decrease in
species richness at high levels of resource availability and an associated shift in species …

Increased plant population density in irrigated and fertilized maize crops enhances plant-to-
plant variability since early vegetative stages, because the most suppressed individuals of …

Light asymmetry, with a higher light acquisition per unit biomass for larger plants, has been
proposed as a major mechanism of species loss after nitrogen addition. However, solid …