Dynamic alterations and ecological implications of rice rhizosphere bacterial communities induced by an insect-transmitted reovirus across space and time.

PCoA and PerMANOVA showed that RBSDV infection had a highly significant effect ( p = 0.001) on the composition of bacterial communities in the rice rhizosphere in all combinations of factors (rhizosphere samples were divided into 12 combinations, i.e., 2 locations × 3 years × 2 developmental stages), and samples were categorized as two clusters in each combination based on the presence or absence of RBSDV infection (Figs. 2 G, H and S3).

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Concurrently, relative abundance of Hydrogenophaga , the known plant growth-promoting bacteria [ 76 ], showed an increasing trend in rice rhizosphere during 2017–2019 (Fig. 3 C, D).

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