Iron Oxide Nanoparticles Help Maize Fight Microplastics and Copper, Until Stress Overwhelms Them
A new pot experiment shows that iron oxide nanoparticles support maize growth and antioxidant defenses under low to moderate combined ...
A new pot experiment shows that iron oxide nanoparticles support maize growth and antioxidant defenses under low to moderate combined ...
Whole-genome sequencing of the soil bacterium Enterobacter ludwigii I42 reveals the genetic basis of its ability to unlock soil phosphorus ...
A new study of fertilized smallholder farms in Kaduna State, Nigeria, finds that maize and cassava carry the highest heavy ...
New research shows that light intensity during cold acclimation reprograms metabolism and gene expression across maize organs, fundamentally altering how ...
A field trial in the Indian Himalayas shows that combining 75 percent of the standard mineral NPK dose with vermicompost ...
A new review in Discover Plants maps how metal oxide, silicon, carbon-based, and polymer nanoparticles modulate water relations, photosynthesis, and ...
New research shows that maize root exudates rich in organic acids acidify the rhizosphere and unlock soil potassium, rescuing potassium-stressed ...
A new study from Tamil Nadu Agricultural University shows that treated brewery wastewater can significantly boost maize growth, soil fertility ...
A study of 421 smallholder farmers in southern Ethiopia finds that cluster-based maize production raises technical efficiency from 60 to ...
A three-year Bangladeshi field trial shows that delaying nitrogen fertilizer until 15 days after sowing and applying it in three ...
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© 2025 Scienmag - Science Magazine