1163 papers
This study demonstrates that environmental spraying of fecal microbiota from lactating cows, unlike that from weaned calves, negatively impacts preweaning calves by inducing intestinal dysbiosis, systemic metabolic and immune disorders, and impaired growth performance.
This study demonstrates that fermentation and sonication-assisted hydration are the most effective processing methods for enhancing the nutritional quality, bioactive phytochemicals, and digestibility of finger millet flour while significantly reducing anti-nutritional factors compared to alkaline soaking and sonication alone.
This study proposes a spatially explicit environmental management framework for agricultural landscapes that integrates distance-based exposure reduction with technical mitigation measures, demonstrating that leveraging spatial heterogeneity allows for more targeted, transparent, and efficient allocation of protection measures while maintaining established environmental goals.
This study validates standardized dadih powder, a locally sourced Minangkabau probiotic functional food, as a safe, stable, and biologically active nutritional intervention for pregnant and lactating women, thereby supporting Sustainable Development Goal 3 through rigorous physicochemical, microbiological, and gastrointestinal survivability assessments.
A two-year study on rainy-season guava cv. Lucknow-49 demonstrated that the combined pre-harvest application of 2% calcium chloride and 2% potassium sulphate followed by blue polythene bagging significantly enhanced postharvest quality, reduced weight loss, and extended shelf life by 8–10 days under ambient storage conditions.
This study demonstrates that *Lemna minor* effectively removes chromium and lead through dose-dependent phytoremediation, where coordinated antioxidant enzyme regulation, particularly involving APX and POD, serves as a critical physiological mechanism and potential biomarker for optimizing metal stress tolerance and removal efficiency.
This bibliometric analysis of 24 publications from 2015 to 2025 reveals a growing global research focus on valorizing potato peels for fermentative biohydrogen production, highlighting China's leading output, South Korea's high citation impact, and a thematic evolution from feasibility studies toward process optimization, reactor development, and integrated biorefinery systems.
This study demonstrates that incorporating lime into acidic Kurosol profiles significantly enhances barley root development and shoot biomass by neutralizing soil acidity and aluminum toxicity, while a high-rate, deep-incorporated fertiliser strategy further optimizes crop performance and nutrient uptake.
This study demonstrates that rapeseed cake is a viable, cost-effective substitute for soybean meal in *Acheta domesticus* diets, as high inclusion levels (80%) actually improve growth and survival when synthetic amino acid supplementation is removed.
A comparative field study in Hawaii found that traditional liquid protein baits (torula yeast borax) captured significantly more individuals of three major fruit fly species than various long-lasting synthetic food-based attractants, a conclusion supported by a comprehensive review of related literature.