Hidden Stress Genes in Cotton Could Shield Crops From Drought, Heat and Salt
Researchers have identified 32 germin-like protein genes in upland cotton and pinpointed five that respond strongly to drought, heat, and ...
Researchers have identified 32 germin-like protein genes in upland cotton and pinpointed five that respond strongly to drought, heat, and ...
New field and pot trials show the herbicide pyrithiobac sodium can suppress more than 85 percent of key broadleaf weeds ...
Scientists turned cotton stalk waste into green fluorescent carbon dots that travel from roots to fibers, labeling cotton in situ ...
A new Israeli field and greenhouse study reveals that Trichoderma-based and integrated management regimes reshape the fungal communities inside cotton ...
Dip coating cotton in water-based carbon nanofiber inks creates n-type thermoelectric textiles whose conductivity rises with temperature, offering a flexible ...
A two-year field experiment in Xinjiang shows that a moderate nitrogen rate of 280 kilograms per hectare minimizes the greenhouse ...
A nitrification inhibitor called DMPP shifts cotton root nitrogen assimilation, boosts root growth and exudation, and significantly raises seed cotton ...
A two-year field study in Xinjiang shows that moderate, multi-stage drip leaching nearly doubled cotton lint yield on saline-alkali soil ...
Chinese researchers have identified the GhRCD1-GhMYC3 protein module that governs cotton's long-standing trade-off between fiber quality and seed performance, offering ...
A genome-wide study of four cotton species has catalogued the beta galactosidase gene family, revealing enzymes that respond to cold, ...
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© 2025 Scienmag - Science Magazine