Wheat Gene TaAHL65 Emerges as a Negative Regulator of Drought Tolerance
A genome-wide analysis of wheat identified 66 AHL genes and showed that silencing TaAHL65 enhances drought tolerance while overexpressing it ...
A genome-wide analysis of wheat identified 66 AHL genes and showed that silencing TaAHL65 enhances drought tolerance while overexpressing it ...
Exogenous melatonin improves drought tolerance in cotton by activating antioxidants, modulating hormonal networks, and promoting gibberellin synthesis.
A Brazilian greenhouse study found that combining industrial charcoal fines with poultry litter significantly increased water availability and drought tolerance ...
A comparative field study of durum wheat under irrigated and rain-fed conditions linked drought tolerance to smaller leaf surfaces and ...
A genetic analysis of rapeseed reveals that alleles promoting seed vigor during water deficits switch to unfavorable effects under optimal ...
A combined GWAS and RNA-Seq study of 257 Chinese spring wheat lines identified 20 drought-response loci and seven candidate genes, ...
A global review finds biochar raised crop productivity by an average of 12.8%, with the largest gains in tap-root crops ...
Four native Rhizobium strains isolated from wild legumes in Algeria's arid and semi-arid regions tolerated drought, salinity, heat, and alkaline ...
A new review synthesises how genetic diversity, molecular markers, genome editing and consumer sensory preferences can be integrated to breed ...
A nonparametric multivariate analysis of sorghum genotypes under irrigated and non-irrigated conditions identified G190, G149 and G145 as the best ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine