Waste mica plus bacteria unlocks potassium in alluvial and black soils
A 60-day incubation study found that combining the bacterium Enterobacter wuhouensis with waste mica and farmyard manure raised plant-available potassium ...
A 60-day incubation study found that combining the bacterium Enterobacter wuhouensis with waste mica and farmyard manure raised plant-available potassium ...
A greenhouse rice–wheat pot study found that specific urea–mesoporous nano-silica treatments improved crop performance or soil measurements, while reduced-graphene-oxide formulations ...
Researchers combined lime-treated residual activated sludge with the phenol-degrading bacterium Brevibacillus laterosporus BT271 to create a biofertiliser that stays metabolically ...
New cytogenetic and biochemical evidence shows sodium chloride disrupts chromosomes, nucleoli, membranes and mitochondrial metabolism in germinating grass pea roots, ...
A landmark study of 140 farmers' fields in subtropical India reveals that rice-chickpea and rice-lathyrus rotations sustain significantly better soil ...
A controlled pot study shows that just one year of continuous cropping depletes potassium and nitrogen, suppresses soil dehydrogenase activity, ...
A field trial in the Indian Himalayas shows that combining 75 percent of the standard mineral NPK dose with vermicompost ...
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© 2025 Scienmag - Science Magazine