1178 papers
This study demonstrates that repeated foliar nitrogen applications in Riesling grapevines not only increase the total magnitude of root amino acid exudation but also induce transient shifts in the exudate composition, thereby significantly altering belowground metabolic processes and rhizosphere substrate supply.
This study identifies and validates a novel powdery mildew resistance QTL, named On-q9_l_che, on chromosome 9 in the wild tomato species *Solanum cheesmaniae*, along with several candidate genes, offering a promising new resource for tomato breeding programs.
This study demonstrates that the encystment rates of the trematode parasites *Fasciola hepatica* and *Calicophoron daubneyi* on forage species vary significantly and in contrasting patterns, suggesting that specific plant-parasite interactions influence the spatial distribution of infective stages on pasture.
This study demonstrates that while dense genome-wide panels are superior for predicting untested chickpea breeding lines, incorporating significant GWAS markers into reduced-cost LD-based haplotype-tagged panels effectively maintains predictive accuracy for previously evaluated germplasm across multi-environment trials.
This study demonstrates that native *Beauveria bassiana* isolates obtained from soil samples at Abubakar Tafawa Balewa University in Nigeria exhibit significant, dose-dependent larvicidal activity against *Culex* mosquito larvae, highlighting their potential as an environmentally sustainable biological control agent for integrated mosquito management.
This study demonstrates that applying a balanced compound fertilizer at a rate of 100 g per plant significantly enhances the growth, flowering, nutrient uptake, and stress tolerance of *Nymphaea micrantha* by optimizing antioxidant defenses and nutrient homeostasis, thereby providing a precise fertilization strategy for high-quality water lily production.
This study demonstrates that the interactive effects of arbuscular mycorrhizal fungi, wheat genotype, and water regime significantly influence the performance and behavior of the cereal aphid *Sitobion avenae*, revealing complex plant–microbe–insect interactions relevant to sustainable pest management in water-limited agroecosystems.
This systematic review and meta-analysis synthesizes global evidence on the anatomical, chemical, and extractive diversity of tree bark across 574 studies, demonstrating its significant potential for medicinal and industrial applications while advocating for its integration into sustainable forest management and circular bioeconomy strategies.
Despite a 33.30% increase in total factor productivity driven by technical change, rice farmers in Indragiri Hilir Regency have failed to achieve technological mastery because their capacity to adopt and utilize new technologies has not kept pace with the rapid advancement of the production frontier.
This study demonstrates that incorporating Moringa stenopetala leaf powder (at 3% and 6% concentrations) into banana chips enhances oxidative stability by reducing free fatty acids and peroxide values while preserving total carotenoid content, despite increased oil absorption from longer frying times.