Root Signals and Microbial Allies Redefine Sustainable Crop Disease Control
A new review in MicrobiologyOpen details how rhizosphere microbiomes, molecular signaling, omics technologies, and artificial intelligence are converging to create ...
A new review in MicrobiologyOpen details how rhizosphere microbiomes, molecular signaling, omics technologies, and artificial intelligence are converging to create ...
A Mexican field trial found that combining low-intensity electric fields with plant growth-promoting bacteria increased blueberry yields by eleven percent ...
New research shows that algicidal bacteria can kill, ignore or even promote green algae depending on whether glucose or sucrose ...
Researchers have engineered a two-strain bacterial consortium that degrades over 91 percent of the insecticide fipronil in 14 days, mapping ...
A multi-omics study of a 21-day mock Moon-Mars habitat mission reveals a resilient, spatially organized living microbiome dominated by Pseudomonas, ...
Researchers screened over 1,000 greenhouse bacteria and identified five strains that unlock iron-bound phosphorus in soilless substrates, boosting marigold growth ...
A proposed tripartite remediation system combining biochar, Pseudomonas bacteria and the legume Canavalia ensiformis could degrade persistent atrazine residues in ...
A full factorial coalescence experiment on tomato roots shows that rhizosphere microbial communities form a continuous compositional landscape shaped jointly ...
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© 2025 Scienmag - Science Magazine