Silicon Helps Wheat Beat Salt Stress, But Only in the Right Cultivar and Form
A large factorial glasshouse study shows silicon supplementation can cut sodium accumulation and rescue salt-stressed wheat growth, but only when ...
A large factorial glasshouse study shows silicon supplementation can cut sodium accumulation and rescue salt-stressed wheat growth, but only when ...
A new integrated study shows that silicon supplementation helps salt-stressed mung bean plants by improving root architecture, ion balance, transporter ...
A new study led by Washington State University maps where human activities drive harmful nutrient levels in coastal waters, finding ...
A new study shows that combining biochar, superabsorbent polymer, and silicon in soil dramatically improves drought tolerance, growth, and photosynthesis ...
A new analytical model shows that uniaxial pressure can shift and reshape the spectrum of defect states in silicon, enabling ...
By simply spin-coating a PEDOT:PSS interlayer twice instead of once, researchers boosted the photocurrent of a silicon-perovskite photodetector more than ...
A Brazilian greenhouse study shows that applying silicon before or together with phosphate fertilizer boosts plant-available phosphorus in acidic tropical ...
Mexican researchers report that silicic acid at low concentration boosts survival, growth, and chlorophyll in tissue-cultured vanilla orchids, while sodium ...
A transcriptomic study reveals how silicon supplementation reprograms antioxidant defense, carbon metabolism and hormone biosynthesis to help finger millet tolerate ...
A new study shows that substrate material and crystallographic orientation invert the performance ranking of PANI-based hybrid solar cells, with ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine