While horticulture tools and methods have been extensively developed to improve the
management of crops, systems to harness the rhizosphere microbiome to benefit plant crops …

Allelopathic activity of wheat (Triticum aestivum L.) has previously been associated with the
production of phenolic acids and flavonoids (PAF), benzoxazinones (BXZs) and …

A plant's neighborhood context can alter its interactions with other organisms, but little is
known about how these dynamics occur belowground, especially with soil microbes …

Global warming may alter microbially mediated ecosystem functions through reshaping of
microbial diversity and modified microbial interactions. Here, we examined the effects of 5 …

Certain soil microorganisms can improve plant growth, and practices that encourage their
proliferation around the roots can boost production and reduce reliance on agrochemicals …

Root architectural and anatomical phenotypes are highly diverse. Specific root phenotypes
can be associated with better plant growth under low nutrient and water availability …

Plants impact the development of their rhizosphere microbial communities. It is yet unclear to
what extent the root cap and specific root zones contribute to microbial community assembly …

Background For achieving long-term sustainability of intensive agricultural practices, it is
pivotal to understand belowground functional stability as belowground organisms play …

Purpose Simultaneously interacting rhizosphere processes determine emergent plant
behaviour, including growth, transpiration, nutrient uptake, soil carbon storage and …

For a deeper and comprehensive understanding of the composition and function of
rhizosphere microbiomes, we need to focus at the scale of individual roots in standardized …