Deep learning model detects drought and salt stress in crops with 96.8% accuracy
A new deep learning model called MSAF-Net detects drought and salinity stress in crops with 96.82% accuracy and outperforms existing ...
A new deep learning model called MSAF-Net detects drought and salinity stress in crops with 96.82% accuracy and outperforms existing ...
A seven-day experiment in maize seedlings found that 50 and 100 micromoles per litre of melatonin partially alleviated drought injury ...
A heterogeneity-aware meta-analysis of four public tomato RNA-seq datasets identified 5,681 drought-responsive candidate genes and profiled ten of them by ...
A glasshouse study found that co-inoculating citrus rootstock seedlings with arbuscular mycorrhizal fungi and helper bacteria altered leaf ABA concentrations ...
A two-location field study in Bangladesh found plastic mulching consistently improved brinjal growth, yield and irrigation water use efficiency, while ...
A genome-wide survey identified 12 JAZ genes in Cinnamomum burmannii, with CbJAZ8 and CbJAZ9 strongly induced by methyl jasmonate and ...
A new review details how stress-tolerant plant growth-promoting rhizobacteria can help rice withstand drought, salinity, flooding, and heavy metals while ...
A review finds that Actinomycetota contribute to soil functions and crop stress responses, but large-scale field validation remains limited.
A physiological and whole-transcriptome study links drought responses in four oat cultivars to carbon-metabolism pathways and a predicted miR156-centered non-coding ...
A controlled greenhouse study shows that the oil crop Jatropha curcas survives drought by reversibly compressing its thylakoid membranes and ...
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© 2025 Scienmag - Science Magazine