by Matteo Cavallito<\/p>\n
The root is not a passive structure but a dynamic environment<\/strong>, capable of changing its anatomy and metabolism in response to the microorganisms that colonise it. Understanding this mechanism could eventually make it possible to promote beneficial microbial communities<\/strong> and make crops more resilient to nutrient scarcity and environmental stress. This possibility emerges from a University of Nottingham study<\/a> published in Nature Communications<\/em>.<\/p>\n \u201cPlant roots constantly communicate with their microbiota, adapting their anatomy to facilitate microbial colonisation under abiotic stresses\u201d, the authors note. In other words, root structure does not simply determine the space available to microorganisms: it can itself be reshaped once they become established<\/strong>, strengthening the plant\u2019s ability to cope with challenging conditions.<\/p>\n