1903 papers
This study demonstrates that sowing senna (Cassia angustifolia) during the second fortnight of September at a planting density of 45 × 30 cm optimizes vegetative growth, nutrient uptake, and economic returns by maximizing dry leaf yield, although these factors did not significantly influence sennoside concentration.
This study evaluated 18 sugarcane clones across four Indian locations to identify drought-tolerant genotypes, utilizing advanced statistical methods like VW-MGIDI and GGE biplot to pinpoint ISH 512 as the most stable, high-yielding genotype and demonstrating the significant potential of *Saccharum* and *Erianthus*-derived germplasm for improving drought resilience.
This study demonstrates that in Nepal's mid-hills, apparent differences in topsoil phosphorus between cultivated and forested lands are likely confounded by terrain factors, specifically steeper slopes and coarser soil textures in forest plots, rather than land use alone.
Field experiments demonstrate that foliar application of 0.10 mg L⁻¹ 2,4-epibrassinolide (EBR) at 5 days after anthesis effectively mitigates post-anthesis heat stress in spring wheat by maintaining flag-leaf physiological function and antioxidant capacity, thereby promoting grain filling and stabilizing yield.
An eight-year field study in China demonstrates that long-term winter wheat–rapeseed rotation configurations, particularly the EW3R system, enhance soil fertility primarily by increasing soil organic matter, which subsequently drives non-linear improvements in available potassium and phosphorus levels.
This study evaluates the post-harvest handling, utilization, marketing, and processing practices of traditionally produced buttermilk (Arera) among smallholders in Sidama, Ethiopia, revealing that while it serves as a vital nutritional and economic resource, its potential is constrained by seasonal price fluctuations, limited shelf life, inadequate equipment, and labor-intensive processing methods that disproportionately affect women.
This study established an efficient *Agrobacterium*-mediated genetic transformation system for rabbiteye blueberry and demonstrated that overexpressing the *VdMYB56* gene significantly upregulates anthocyanin biosynthesis genes and enzymes, resulting in transgenic lines with substantially increased total anthocyanin content.
An integrated strategy combining talc-induced pellet morphology control, staged agitation, continuous feeding, and late-stage pH optimization significantly enhanced Rhizomucor miehei lipase production in recombinant Aspergillus oryzae, achieving a 2.6-fold increase in activity to 742.0 U/mL.
This study demonstrates that conventional and organic–inorganic combined fertilization regimes differentially shape soil bacterial community assembly and functional pathways, thereby distinctively modulating soil nutrients and enzyme activities to optimize specific aspects of yellow tea quality, such as amino acid accumulation or flavor balance.
This paper presents a highly accurate and interpretable machine learning framework that integrates LightGBM with SHAP analysis to predict optimal crop suitability based on soil parameters, revealing that Phosphorus and Potassium are the most influential factors while enabling data-driven agricultural resource optimization.