Soil Fungus Slashes Heavy Metal Buildup in Rice by Rewiring Roots and Microbes
A field study shows that inoculating rice with a Penicillium fungus significantly reduces chromium, cadmium, lead, and antimony accumulation by ...
A field study shows that inoculating rice with a Penicillium fungus significantly reduces chromium, cadmium, lead, and antimony accumulation by ...
A sweeping survey of rhizosphere soils from four Chinese deserts shows that rare and abundant bacterial taxa around the sand-stabilizing ...
A new study shows that phosphorus-efficient sweetpotato roots release the amino acids L-glutamine and citrulline, which recruit phosphate-solubilizing bacteria and ...
Polyglutamic acid-functionalized carbon dots reduce cadmium accumulation in Houttuynia cordata while restoring photosynthesis, reshaping gene expression, and enriching beneficial rhizosphere ...
New research shows that salt-tolerant wild soybean genotypes reshape their rhizosphere bacterial communities and boost soil enzyme functionality to withstand ...
A new review in Plant Cell Reports maps how the benzoxazinoid defense pathway evolved differently across maize, wheat, and rice, ...
A new review in MicrobiologyOpen details how rhizosphere microbiomes, molecular signaling, omics technologies, and artificial intelligence are converging to create ...
Researchers used explainable machine learning to optimize graphene oxide-biochar hybrid nanocomposites that remove lead, chromium, and uranium from contaminated soil ...
Field sampling near China's Hongge vanadium–titanium magnetite district shows that mining reshapes cropland soil chemistry and reorganizes bacterial and fungal ...
New research shows that the invasive cordgrass Spartina anglica outcompetes its native relative not by recruiting different microbes, but by ...
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© 2025 Scienmag - Science Magazine