Seagrass Survives Coastal Pollution by Splitting Microbial Labor Between Root Zones
A field study along a tropical nutrient and sulfide gradient shows that seagrasses reconfigure root exudates and compartmentalize microbial functions ...
A field study along a tropical nutrient and sulfide gradient shows that seagrasses reconfigure root exudates and compartmentalize microbial functions ...
A new review argues that plant-associated microbes can regulate insect herbivore resistance through three well-supported mechanisms, but inconsistent field performance ...
A moderate 15 percent cut in nitrogen fertilizer boosted cotton yield and nitrogen use efficiency by reshaping root architecture and ...
A critical review in Discover Plants finds that deliberately designed synthetic microbial consortia outperform single-strain biofertilizers by combining nitrogen fixation, ...
A three-year German field trial shows the beneficial bacterium Ensifer meliloti Rm2011 persistently colonizes barley roots across genotypes and seasons ...
A new review in MicrobiologyOpen details how rhizosphere microbiomes, molecular signaling, omics technologies, and artificial intelligence are converging to create ...
Australian researchers found that blending oil-contaminated soils to an intermediate loamy texture, combined with Italian ryegrass and microbial inoculants, boosted ...
A Mexican field trial found that combining low-intensity electric fields with plant growth-promoting bacteria increased blueberry yields by eleven percent ...
A new comment in Plant Cell Reports argues that the biological functions of plant metabolites used in green nanoparticle synthesis ...
A one-season field trial in Tamil Nadu shows that farmyard manure-adjusted, soil-test-based fertilizer prescriptions pushed greengram past its 1.2-tonne-per-hectare yield ...
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© 2025 Scienmag - Science Magazine