TL;DR
The results showed that the PGPR treatments evaluated under M. phaseolina infection conditions played a role in both disease suppression and sesame growth enhancement, such that the PGPR-treated cultivar “Shevin” simultaneously showed reduced infection and improved growth traits.
The observed differences among microbial treatments indicate that biological control performance depends not only on pathogen suppression but also on the capacity of the antagonist to improve plant physiological status.
These findings demonstrate that both Trichoderma species function as multifunctional bioagents capable of simultaneously suppressing fungal and viral diseases while promoting tomato growth, with T. viride showing superior overall efficacy and strong potential for sustainable integrated disease management.
It was found that CR severity was consistently lower in MR genotypes, and a few bacterial taxa and nematode trophic groups with known associations with enhanced plant disease resistance were negatively associated with disease severity in MR genotypes.
The charcoal rot caused by Macrophomina phaseolina is the most virulent soil-borne disease in mulberry. Due to the issues of pollution, disparity in soil ecosystem along with possible risks to silkworms, the natural control method known as a promising technique for the management of root diseases. The objective of this...
The results indicate that early inoculation with B. bassiana and R. irregularis can be an effective strategy to improve plant development, although additional studies are required to evaluate long-term effects and final yield.
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