1196 papers
This study demonstrates that co-digesting Ethiopian textile sludge with cattle manure at a 60:40 ratio under 37°C conditions effectively overcomes the limitations of mono-digestion to maximize biogas yield while significantly reducing toxic heavy metal concentrations to meet international safety standards.
This study demonstrates that fucoxanthin extracted from *Sargassum ilicifolium*, particularly via ethanol and ethyl acetate solvents, exhibits potent antibacterial activity against *Vibrio parahaemolyticus* in shrimp aquaculture, a mechanism strongly linked to its hydroxyl functional groups.
This study evaluates the physiological and anatomical responses of the exotic goat grass compared to local Egyptian weeds (wild oat and canary grass) to ten herbicide treatments, revealing that while local weeds are generally more sensitive, specific herbicides (T4, T6, T8, and T10) effectively reduce chlorophyll content and root size in the more resistant goat grass.
This study presents and validates a novel Nutrient Retention and Dilution Index (NRDI) framework that integrates satellite-derived environmental data with high-frequency water quality measurements to generate daily nutrient transport risk classifications, thereby enhancing evidence-based fertilizer management in agricultural systems.
This paper presents EpiFusionNet-Edge, an FPGA-accelerated, multi-modal deep learning system that integrates five data sources with causal attention and model optimization techniques to achieve high-precision, real-time, and interpretable crop disease monitoring on resource-constrained IoT edge devices.
This study demonstrates that intercropping fava beans with winter wheat enhances land productivity and soil nitrogen cycling, particularly under zero nitrogen fertilization, by leveraging complementary water and nutrient use to maintain yields while reducing external inputs.
This study presents a harmonized geospatial framework that identifies 1.83 million km² of accessible marginal lands across the Mediterranean as strategic opportunity spaces for deploying stress-adapted Neglected and Underutilized Species to enhance agrifood resilience against climate change and land degradation.
This study demonstrates that coconut oil can effectively serve as a cocoa butter substitute in chocolate formulations, with varying substitution levels (25% to 100%) yielding products that maintain acceptable physicochemical, nutritional, and sensory qualities while exhibiting altered texture, melting points, and reduced antinutritional content.
This study utilized SSR markers to characterize the genetic diversity and population structure of 17 Uzbek upland cotton genotypes, identifying specific promising parental lines and divergent accessions that constitute a valuable genetic resource for developing salt-tolerant cultivars through marker-assisted breeding.
This laboratory study demonstrates that aqueous seed and leaf extracts of *Azadirachta indica* and *Jatropha curcas*, particularly the former, exhibit significant larvicidal activity against Fall armyworm by achieving high mortality rates and prolonging larval development, offering a promising eco-friendly alternative to synthetic insecticides.