Recent evidence suggests that soil nutrient heterogeneity, a ubiquitous feature of terrestrial
ecosystems, modulates plant responses to ongoing global change (GC). However, we know …

Abstract Changes in the atmospheric concentration of carbon dioxide ([CO2]), nutrient
availability and biotic diversity are three major drivers of the ongoing global change …

We conducted a modeling study to evaluate how soil hydrological properties regulate water
and carbon dynamics of grassland ecosystems in response to multifactor global change. We …

Aim To assess the combined influences of nutrient enrichment, invasive species and climate
on assembly processes in natural annual plant communities. Location S outh‐west W estern …

Terrestrial ecosystems consist of mutually dependent producer and decomposer
subsystems, but not much is known on how their interactions are modified by plant diversity …

Background In the face of climate change, shifts in genetic structure and composition of
terrestrial plant species are occurring worldwide. Because different genotypes of these plant …

Recent metaanalyses suggest biodiversity loss affects the functioning of ecosystems to a
similar extent as other global environmental change agents. However, the abundance and …

While it is well-established that the spatial distribution of soil nutrients (soil heterogeneity)
influences the competitive ability and survival of individual plants, as well as the productivity …

Plant–soil systems are key for understanding the effects of factors of global change. Recent
work has highlighted the general importance of considering the simultaneous incidence of …

Aim We sought to understand how the individual and combined effects of multiple
environmental change drivers differentially influence terrestrial nitrogen (N) concentrations …