Deep Roots, Smart Fertilizer: Wheat Roots Reveal Where Nitrogen Really Works
A two-year study of wheat root architecture and nitrogen-processing enzymes across soil depths shows that moderate fertilizer rates and depth-specific ...
A two-year study of wheat root architecture and nitrogen-processing enzymes across soil depths shows that moderate fertilizer rates and depth-specific ...
A factorial field trial in Ethiopia's central highlands shows that teff variety, seed rate, and sowing method interact strongly, with ...
A controlled greenhouse study of Vietnamese rice finds that irrigation water salinity of only about 1.4 parts per thousand triggers ...
Researchers used time-lapse electrical resistivity tomography with machine learning calibration to quantify, for the first time at field scale, how ...
A factorial pot experiment shows that sheep manure biochar paired with a moderate silicon dose dramatically boosts triticale growth and ...
A two-year Indian field trial shows that cyhalofop plus penoxsulam delivers near-complete weed control in direct-seeded rice, while foliar nano ...
A sixteen-year Chinese field experiment shows that returning both wheat and maize straw to lime concretion black soil each year ...
A two-year field trial in saline farmland found that combining mid-range organic fertilizer with a 500-fold foliar biostimulant cut root-zone ...
Thai researchers found that salt-tolerant endophytic bacteria, especially the SHPP24 and SKPK29 isolates, significantly improved rice physiology, growth, and grain ...
A three-year field study in the North China Plain identifies optimal irrigation and nitrogen ranges that simultaneously raise grain yield, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine