1903 papers
This study demonstrates that while material performance rankings shift across yarn, knot, and net scales, specific plant-based and hybrid yarn systems (particularly PALF/PALF) offer promising mechanical competitiveness for developing lower-persistence, biodegradable fishing nets compared to traditional polyester.
This study demonstrates that brown seaweed (*Sargassum tenerrimum*), particularly when processed into protein isolates and bromelain-derived hydrolysates, serves as a sustainable, nutritionally enriched, and sensorially acceptable ingredient for developing functional vegan cookies with enhanced antioxidant properties.
Based on an analysis of over 10,000 fields across 13 global cropping systems, this study demonstrates that increasing crop yields while maintaining high input efficiency is the most effective strategy for simultaneously maximizing economic profits and minimizing environmental impacts, challenging the notion that sustainable agriculture should prioritize lower input use over yield improvement.
This study demonstrates that a commercial plant-derived product effectively inhibits diverse antimicrobial-resistant avian pathogenic *Escherichia coli* strains from laying hens in both pure cultures and complex cecal matrices, with cinnamon and oregano essential oils identified as the primary active components, thereby supporting its potential as a sustainable alternative to conventional antibiotics for managing colibacillosis.
This study demonstrates that Rhizobium inoculation is a more profitable and cost-effective alternative to nitrogen fertilization for increasing common bean grain yields in no-tillage systems, particularly on clayey soils.
This study utilizes QTL-seq on an F₂ population derived from the salt-sensitive Iranian rice Tarom Mahali and the tolerant donor FL478 to identify a novel, Saltol-independent multi-gene network on chromosome 7 governing seedling-stage salinity tolerance and develops 15 validated InDel markers to facilitate marker-assisted breeding for enhanced salt resilience.
This global meta-analysis reveals that while intensive management practices like fertilization and mulching generally increase orchard soil carbon, their effects on organic and inorganic carbon pools differ significantly, underscoring the critical need to include soil inorganic carbon in assessments of orchard carbon sequestration capacity.
This study demonstrates that a commercial silage inoculant containing *Pediococcus pentosaceus*, *Lactobacillus plantarum*, and cellulase effectively reduces DON, ZEN, and AFB1 mycotoxins and improves nutritional quality in various crop by-products, with rice straw showing the most significant detoxification and safety compliance compared to other substrates.
This study presents the first chromosome-scale genome assembly of the Chinese *Verticillium longisporum* isolate CVL1, which was used to validate the species-specific target VLspe2 and develop a rapid, sensitive, and portable one-tube visual RPA-CRISPR/Cas12b detection assay for precise field monitoring and management of the pathogen.
This study characterizes the volatile organic compound (VOC) profiles of 29 pig feed ingredients and demonstrates that specific feed-derived VOCs can cross the gastrointestinal barrier, persist in the circulatory system, and potentially function as semiochemicals influencing physiological mechanisms like maternal imprinting.