Engineered Soil Bacteria Rewire Rice Roots to Block Cadmium Uptake
A genetically engineered Citrobacter soil bacterium reshapes the rice rhizosphere microbiome and reprograms root proteins to cut cadmium uptake, according ...
A genetically engineered Citrobacter soil bacterium reshapes the rice rhizosphere microbiome and reprograms root proteins to cut cadmium uptake, according ...
A 90-day incubation study shows that mixing corn straw with biochar at a 1:3 ratio immobilizes cadmium and zinc, relieves ...
A potassium ferrate-modified biochar made from sugarcane waste cut chromium in rice grains by 95.2 percent in a 120-day pot ...
A new study defines the precise dosage, temperature, and residence time at which cement kilns can lock heavy metals from ...
A four-waste blend of coal mining soil, distiller's grains, acid-modified biochar and garden soil immobilizes up to 99 percent of ...
Iron-manganese (hydr)oxide-phosphate composites reduced bioavailable cadmium, lead, copper, and zinc in mining soil by up to 99.8 percent while rebuilding ...
A new review shows that green metal–organic frameworks can capture pesticides and toxic metals in soil while gradually releasing plant ...
A comprehensive review finds that industrial byproduct gypsum, elemental sulfur, and designer biochar can restore disrupted sulfur and organic matter ...
In a groundbreaking advancement for environmental remediation and sustainable agriculture, researchers have successfully engineered a novel phosphorus-modified biochar derived from ...
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© 2025 Scienmag - Science Magazine