Wheat Gene Knockouts Deliver Upright Leaves Without Yield Penalties
Knocking out the wheat brassinosteroid biosynthesis gene DWARF4 produces an upright leaf canopy with only mild height reduction and no ...
Knocking out the wheat brassinosteroid biosynthesis gene DWARF4 produces an upright leaf canopy with only mild height reduction and no ...
Two case studies found that the Bioristor sensor continuously tracked tomato physiological responses and helped classify varieties and introgression lines ...
A two-year field evaluation of 154 Indian mustard genotypes found RH-2049 and RH-2050 most stable under terminal heat, while several ...
An exploratory single-case study of 51 Yangyuan farmers found that coordinated innovation across breeding, machinery, processing, marketing, and contracts was ...
The 2026 Nobel Prize-winning optogenetics technology is now being adapted to probe plant immune signaling, screen novel insecticides, and guide ...
A new BMC Plant Biology study reveals how a tolerant sesame cultivar preserves root growth, membrane stability and antioxidant defences ...
A Chinese research team combined transcriptomics and metabolomics to reveal how wheat germinating seeds rewire their gene expression and metabolic ...
A new review argues that systematically measuring environmental factors, a practice called enviro-typing, can complement genotyping and phenotyping to accelerate ...
A new review argues that climate change can erode the nutritional quality of crops even when yields remain stable, and ...
A new study in Gombe, Nigeria, shows that seed coat color and texture determine how vulnerable Bambara groundnut varieties are ...
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© 2025 Scienmag - Science Magazine