Plant genetic variation, through its phenotypic display, can determine the composition of
below ground microbial communities. Variation within a species is increasingly …

Although soil microbial communities are known to play crucial roles in the cycling of
nutrients in forest ecosystems and can vary by plant species, how microorganisms respond …

Plants live in association with a diversity of soil microorganisms, which are extremely
important in affecting plant growth and soil biogeochemical cycling. By adopting plant trait …

Roots are assumed to play a major role in structuring soil microbial communities, but most
studies exploring the relationships between microbes and plants at the community level …

A central challenge in community ecology is understanding the role that phenotypic variation
among genotypes plays in structuring host-associated communities. While recent studies …

The rhizosphere microbiome is pivotal for plant health and growth, providing defence
against pests and diseases, facilitating nutrient acquisition and helping plants to withstand …

Plant genotype drives the development of plant phenotypes and the assembly of plant
microbiota. The potential influence of the plant phenotypic characters on its microbiota is not …

Soil microbial communities are responsive to abiotic and biotic conditions within the
heterogeneous soil environment. In montane plant communities, vegetation can create …

It has been rarely questioned as to whether the enrichment of specific bacterial taxa found in
the rhizosphere of a given plant species changes with different soil types under field …

Our understanding of the linkages between plant diversity and soil carbon and nutrient
cycling is primarily derived from studies at the species level, while the importance and …