… been used to study root exudation processes in detail. Our understanding in this area is …
plant–microbe interactions, but achieving a fuller understanding of these mechanisms at the …

… in the root exudates which provide better understanding of the rhizospheric interactions. …
the studies related to understanding root–microbe interactions. Various fluorescent markers and …

… interact to ultimately shape the root microbiome. We conclude with a perspective outlining
possible directions for future research needed to advance our understanding … understanding of …

… root phenome and biota while developing new cultivars. Linking root phenome to microbiome
(or … practices may enhance our understanding of rhizospheric interactions, and their role in …

… techniques addressed at increasing our understanding of root-microbiome interactions; (ii) …
(iii) whether plants can structure their root-associated microbial communities and, leading on …

… soils, the root microbiome plays a significant role in promoting plant growth for enhanced
yield and also regulates soil fertility. It is important to understand the root microbiome of the …

… root microbiome interaction studies that are not possible in field experiments because fields
generally display greater complexity and unpredictability or do not allow for manipulations. …

… clear that understanding the factors that contribute to a plant-beneficial root microbiome may
prove … discuss the effect of microbial interactions on microbiome composition and dynamics. …

… that root–root interactions involve more than competition for nutrients. Here, we highlight the
importance of both root exudates and soil microbes for root–root interactions… understand root …

… For one thing, taxa within the microbiome interact with one another, which weakens the
rationale to treat individual microbes as independent. In addition, RNA operon counts differ …