1162 papers
This study analyzes high-frequency CAN-Bus telemetry from a power-shuttle tractor to demonstrate that session-level variability is the dominant source of engine-load variation, significantly outweighing implement type, thereby highlighting the critical need to address pseudoreplication and non-independence in agricultural machine-learning research.
This study validates a G-to-A splice-site polymorphism in the LprTFL gene as the primary determinant of growth habit in Indian bean germplasm, while highlighting the role of photoperiod and potential epigenetic mechanisms in modulating this trait.
This study demonstrates that apparent increases in Cd, Cr, and Pb concentrations during compost maturation are artifacts of improved analytical recovery from a humifying matrix rather than actual metal accumulation, necessitating that compliance sampling be tied to independent maturity criteria and utilize near-total digestion protocols to avoid false exceedances.
This study reveals that flowering phenology in sugarcane wild relatives is governed by nonlinear climatic regulation, where relative humidity, rainfall, and solar radiation act as dominant predictors of flowering initiation, with environmental variability exerting a significantly stronger influence than genotypic differences.
This study demonstrates that *Bacillus altitudinis* JZBQ5 significantly enhances cucumber growth and yield by remodeling the rhizosphere microbiome to enrich beneficial taxa and regulating host root gene expression to boost photosynthesis and hormone signaling.
This study demonstrates that optimizing supplemental night-time LED spectral composition and irradiance significantly enhances the biomass, essential oil yield, and Hep-G2 liver carcinoma cell inhibition activity of *Perilla frutescens*, with a specific red/blue/UV-A/green treatment (F3) producing the most favorable results.
This study employs an integrated modeling approach to demonstrate that the optimal adaptation to groundwater restrictions in the U.S. West involves a spatially heterogeneous portfolio of strategies, primarily combining deficit irrigation and cropland reduction in water-scarce regions like California and the Southwest with a geographic shift of production to states with greater water availability.
This study demonstrates that inoculating alfalfa silage with *Bacillus coagulans* establishes a unique, staged microbial succession trajectory that outperforms traditional *Lactiplantibacillus plantarum* inoculation by significantly enhancing nitrogen preservation and extending aerobic stability through distinct functional shifts in acetate production and nutrient retention.
This study demonstrates that increasing straw addition differentially affects microbial-derived nitrogen dynamics in Northeast China's arable soils, where Alfisol tends to retain nitrogen in the organic pool while Mollisol predominantly converts it into mineral nitrogen, with straw generally enhancing organic retention in Alfisol but having minimal impact in Mollisol.
This study optimized the in vitro germination medium and storage conditions for *Fraxinus chinensis* pollen, identifying specific nutrient concentrations, a 25°C germination temperature, and a controlled thawing-rehydration protocol that achieved a 91.49% germination rate, while establishing 4°C and 25°C for short-term and -20°C and -80°C for long-term viability to support controlled hybridization efforts.