1162 papers
This study identifies Mongolian oak as a superior wood for aging strong ales due to its exceptionally high (Z)-oaklactone content, which dose-dependently enhances consumer liking and positive emotions through specific caramel and vanilla notes.
This study conducted in Egypt during 2023 and 2024 demonstrates that foliar applications of 3 g/L magnesium sulphate and 30 mg/L chelated iron significantly enhance the vegetative growth and nutritional status of Nemaguard peach rootstock seedlings, identifying this specific combination as the most effective strategy for producing vigorous graft-ready seedlings.
This study evaluates the spatial and temporal dynamics of heat stress in Bihar's dairy sector by analyzing climatic data from 2006 to 2025, demonstrating that a Random Forest model combined with panel regression and Seasonal ARIMA forecasting provides a highly accurate framework for predicting Temperature-Humidity Index variations and developing district-specific early warning systems.
This study demonstrates that increased photoperiod and temperature-humidity index during the close-up dry period significantly influence colostrum volume and Brix scores in Holstein and Jersey cows, with the close-up period showing greater environmental sensitivity than the far-off period.
This study demonstrates that incorporating a 3:1 blend of *Volvariella volvacea* and *Lentinula edodes* extracts into soy sauce significantly enhances antioxidant activity and umami flavor while maintaining a desirable sensory profile.
This study proposes a refined, bi-objective hierarchical optimization framework for groundwater well groups in Yingjisha County that synergizes time, space, and water quality to strategically allocate high-salinity water to salt-tolerant crops and enforce ecological extraction limits, thereby achieving Pareto optimality between agricultural efficiency and aquifer sustainability in arid regions.
Exogenous application of putrescine, particularly at 10 mM, significantly enhances tomato fruit set and yield under drought stress by improving water status, stabilizing cell membranes, and boosting antioxidant enzyme activity and gene expression.
This study pioneers the first field-ready application of clinical-stage SORT-LNP technology in agriculture by engineering a CPP-functionalized nanoparticle platform that enables efficient oral delivery of baculovirus DNA, resulting in significantly enhanced, species-selective control of invasive pests like the fall webworm while maintaining vertebrate biosafety.
This study reveals significant biological, reproductive, and genetic variations among Brazilian populations of the parasitoid *Telenomus podisi*, identifying a potentially cryptic species in the Federal District that exhibits reproductive incompatibility with other populations, thereby highlighting the critical need to consider intraspecific diversity when selecting agents for stink bug biological control.
This study demonstrates that strong genotype × environment interactions significantly influence early production, fruit quality, and kernel composition in young Mediterranean sweet chestnut orchards, highlighting the necessity of site-specific cultivar selection to ensure resilient production under climate variability.