455 papers
This study identifies the rs590747651 polymorphism in the ESR1 gene as a significant molecular marker associated with increased lambing performance in Hetian sheep, while noting that the association was not statistically significant in Cele Black sheep due to a limited sample size.
This study demonstrates that low-to-medium frequency magnetized water irrigation enhances soil bacterial diversity, network stability, and nutrient transformation functions in grape cultivation, whereas high-frequency irrigation leads to network simplification and reduced cellulose degradation.
This study demonstrates that replacing 50% of fish meal with protein hydrolysate derived from seafood processing waste significantly enhances the growth, feed efficiency, digestibility, and survival of *Penaeus vannamei* post-larvae, offering a sustainable "waste to wealth" solution for aquaculture.
This study employs multi-omics profiling to reveal that autotetraploidy in watermelon impairs seed production by disrupting pollen-pistil interactions and ovule development through altered oxidative stress responses, hormone signaling, and metabolic flux.
This study analyzed nematode communities in lavender fields across Çanakkale and Tekirdağ provinces, identifying 43 genera and revealing distinct soil quality profiles where Tekirdağ exhibited greater structural stability while Çanakkale showed higher nutrient enrichment, thereby validating nematodes as effective biological indicators for sustainable cultivation.
While sunflower oil supplementation enriched dairy milk with beneficial fatty acids but reduced milk fat yield, the addition of condensed tannins from black wattle improved nitrogen metabolism without significantly protecting polyunsaturated fatty acids from ruminal biohydrogenation or altering the milk fatty acid profile.
This study demonstrates that moderate shade in Yucatán's silvopastoral systems enhances the crude protein concentration and alters the soluble fraction dynamics of tropical *Urochloa* grasses across seasons and genotypes, thereby improving forage nutritional quality without compromising overall ruminal degradability potential.
This study demonstrates that sector-specific machine learning models utilizing age-segmented Sentinel-2 NDVI time series outperform global models and traditional expert estimates in providing accurate, early, plot-level sugarcane yield forecasts, thereby enabling more effective agricultural management and operational planning.
This study demonstrates that primiparous F1 Holstein x Gyr cows possess the capacity to produce viable, high-quality oocytes as early as 30 days postpartum, indicating that their reproductive function can resume shortly after calving despite variations in metabolic profiles.
This study demonstrates that a newly constructed four-strain microbial consortium significantly accelerates straw decomposition, enhances compost maturity and soil fertility, and ultimately increases peanut pod yield by 12.5%, offering a comprehensive strategy for high-value straw resource utilization.