Wheat Gene Pinpointed in 880-Kilobase Window Offers Durable Defense Against Powdery Mildew
Researchers have fine-mapped a wheat powdery mildew resistance locus to an 880-kilobase interval on chromosome 4B, identified an MLO candidate ...
Researchers have fine-mapped a wheat powdery mildew resistance locus to an 880-kilobase interval on chromosome 4B, identified an MLO candidate ...
A two-year field experiment in Ethiopia's Upper Blue Nile Basin shows that lime and balanced nitrogen and phosphorus fertilization can ...
Researchers have combined structure-guided protein design with cis-regulatory enhancer insertion to create rice and wheat plants that tolerate herbicide doses ...
Researchers used time-lapse electrical resistivity tomography with machine learning calibration to quantify, for the first time at field scale, how ...
Researchers have sprayed beta-phase silver vanadate nanorods onto greenhouse plastic to convert unused green sunlight into red light, significantly boosting ...
A two-year open-air experiment shows that elevated ozone and combined organic-inorganic fertilization both accelerate nitrification in wheat rhizosphere soil, but ...
Researchers have cloned the wheat greenbug resistance gene Gb3, revealing a unique intracellular kinase-pseudokinase protein that deters aphid feeding by ...
New research shows that the ratio of silicon to calcium, not their absolute doses, determines how effectively wheat resists sodium ...
A genome-wide study of wheat has identified twenty ARID transcription factor genes, showing that they evolved largely through segmental duplication ...
A refined global crop model reveals that droughts, heatwaves and their compound events cut wheat yields far more than standard ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine