In natural systems, different plant species have been shown to modulate specific nitrogen
(N) cycling processes so as to meet their N demand, thereby potentially influencing their …

Relatively little is known about how plant–soil feedbacks (PSFs) may affect plant growth in
field conditions where factors such as herbivory may be important. Using a potted …

Plant–soil feedback—feedback from plant‐induced changes in soil properties to plant fitness—
is increasingly shown to drive the maintenance of local plant diversity at both interspecific …

Plants can strongly influence the performance of subsequent conspecific and heterospecific
plants either positively or negatively by conditioning soil abiotic and/or biotic properties via …

Premise Soil microbes can influence patterns of diversity in plant communities via plant–soil
feedbacks. Intraspecific plant–soil feedbacks occur when plant genotype leads to variations …

Background and aims Plants continuously interact with soil microbiota. These plant-soil
feedbacks (PSFs) are considered a driving force in plant community dynamics. However …

Plant-soil feedbacks (PSF) play a substantial role in determining plant performance in native
and foreign habitats. Yet, PSF strength may be altered by climatic parameters, creating …

Plant-soil feedbacks (PSFs) occur when a plant species modifies soil physicochemical and
biological properties in ways that affect growth of a plant subsequently grown in the same …

Premise Soil microbes can influence patterns of diversity in plant communities via plant-soil
feedbacks. Intraspecific plant-soil feedbacks occur when plant genotype causes variation in …

The coexistence of numerous species despite competing for similar resources remains a
central paradox within the field of ecology. Differentiation of species interactions with …