1903 papers
This study identifies that seasonal seed collection timing and storage duration significantly influence *Parthenium hysterophorus* germination, while demonstrating that water immersion, cold stratification, and gibberellic acid (GA₃) treatments are effective strategies for overcoming dormancy to achieve synchronized germination for reproducible research.
This paper proposes a low-cost, AI-driven visual system called YBDF, which utilizes a newly established chick gonad dataset and a novel BDF classification model to achieve 91.33% accuracy in poultry gender determination, effectively overcoming the limitations of existing manual and instrumental methods.
This study demonstrates that assimilating Sentinel-2 derived above-ground biomass into the DSSAT CERES-Wheat model significantly improves wheat yield prediction and mapping accuracy at the pixel scale, outperforming schemes based solely on leaf area index or canopy nitrogen content.
This study demonstrates that while encapsulated fennel essential oil improves feed efficiency and oregano essential oil enhances intestinal morphology in Japanese quails, their combined supplementation at the tested levels fails to provide additive benefits and negatively impacts gut architecture, suggesting they should be used individually rather than together.
A field experiment in Jiangxi, China, demonstrates that applying mild deficit irrigation at a 50-cm depth optimally balances root-zone water supply, seasonal water-source utilization, and citrus production by maximizing yield and irrigation water-use efficiency in red soil hilly regions.
This study presents an AI-enabled framework utilizing a YOLO11n-seg model and a web-based mobile platform to automate ocular thermography in poultry, revealing that juvenile chickens have significantly higher eye temperatures than adults to facilitate heat stress monitoring and welfare assessment.
This study presents a rapid, low-cost screening method using Coconut Milk Agar and UV fluorescence to identify Agaricales strains capable of degrading aflatoxin B₁, which was validated by HPLC-DAD and revealed that ten of fifteen tested strains achieved complete toxin degradation, including some via extracellular enzymatic activity.
This study develops a two-stage network DEA framework incorporating interprovincial grain flows to reveal how China's spatial redistribution of grain production distorts regional carbon responsibilities and demonstrates that optimizing production allocation among exporting provinces can reduce national cultivation-related emissions by approximately 4.9% without compromising total food supply.
This study evaluated 200 finger millet genotypes from Ethiopia and neighboring countries using a lattice design to characterize their qualitative trait diversity and eco-geographical distribution, revealing significant genetic variation linked to specific regions and countries that underscores the importance of these resources for future crop improvement and conservation.
This study demonstrates that applying carbonate amendments (dolomite and quick lime) to acidified cocoa plantations in Côte d'Ivoire effectively restores soil fertility by significantly increasing pH and nutrient availability in the soil solution, while simultaneously enhancing nutrient recycling through the cocoa canopy.