1958 papers
This study demonstrates that multiobjective optimization of chlorine fertilization enhances both yield and chemical quality in cigar tobacco, identifying specific optimal application rates of 47.43 kg/hm² for CX-26 and 44.50 kg/hm² for CX-14 while highlighting the detrimental effects of excessive chlorine on leaf quality.
This study demonstrates that supplementing sows with *Bacillus coagulans* C56 during lactation, rather than late gestation, significantly improves reproductive performance and offspring health by remodeling the maternal gut microbiota, enhancing antioxidant capacity, and facilitating the vertical transmission of beneficial bacteria to piglets.
This study demonstrates that Artificial Neural Network (ANN) models outperform ARIMA models in short-term forecasting of *Helicoverpa armigera* adult populations by more effectively capturing nonlinear dynamics and peak incidences using a decade of pheromone trap and weather data, thereby offering a superior early warning system for integrated pest management.
A study conducted in Madurai, India, from August 2024 to March 2025 reveals that cropland habitats, particularly brinjal, cowpea, and cotton fields, support significantly higher diversity and abundance of predatory ladybird beetles compared to non-cropland areas, underscoring the critical role of crop diversity and reduced insecticide use in sustaining natural pest control.
This study demonstrates that a 1:1 mixture of wheat bran and fox-raccoon dog dung serves as the optimal feed formula for black soldier flies, significantly enhancing their growth, survival, and feed conversion efficiency compared to other agricultural by-product mixtures or pure dung.
This study develops a hybrid framework integrating the APSIM process-based model with machine learning algorithms and feature selection techniques to significantly improve maize yield prediction accuracy in the North China Plain, revealing that future climate extremes will cause substantial yield losses even when accounting for the positive effects of elevated CO₂.
This study employs a multi-method framework to analyze 24 EU countries from 2014 to 2024, revealing that carbon efficiency in the European agri-food system is a complex, heterogeneous outcome driven by economic development and nutrient balance, shaped by multiple configurational pathways, and constrained by necessary conditions like R&D and livestock density.
This bibliometric analysis of fertilizer sustainability research from 1984 to 2026 reveals that while nitrogen-related concerns significantly outweigh carbon-focused discourse in the literature, the weak correlation between nitrogen discussions and policy terminology highlights a critical gap in governance responses that must be addressed to achieve comprehensive sustainability.
This study analyzes data from 321 farmers in Southern Benin to identify distinct socio-economic and institutional factors—such as age, farm size, training, and credit access—that drive the adoption of vivo plants and organic fertilizers in banana and plantain farming, ultimately recommending targeted interventions to promote sustainable agroecological practices.
This 21-month study demonstrates that granulating calcium-rich sugarcane filter mud biochar with compound fertilizer effectively immobilizes phosphorus in acidic citrus soils through the formation of endogenous amorphous calcium phosphate, thereby reducing leaching and maintaining plant nutrition while valorizing industrial waste without exogenous reagents.