1903 papers
This study demonstrates that environmental surveillance using aggregated farm samples and slaughterhouse wastewater offers a sensitive, non-invasive, and early-warning alternative to traditional individual animal testing for detecting Bluetongue virus circulation during outbreaks in Catalonia.
This comprehensive review examines the critical interplay between climate change and global food systems, highlighting how environmental shifts threaten nutritional security while advocating for sustainable, climate-smart agricultural practices and diversified dietary patterns to ensure both ecological resilience and human health.
This study characterizes *Rhizoctonia solani* isolates from Pakistan and identifies specific potato germplasm, chemical fungicides, and biological agents—particularly *Pseudomonas aeruginosa* and *P. putida*—as effective components for an integrated management strategy against potato black scurf and stem canker.
This exploratory clinical study demonstrates that a novel topical nanoencapsulated botanical formulation is non-inferior to oral oclacitinib for treating mild-to-moderate canine atopic dermatitis and provides the most consistent clinical improvement when used in combination with oclacitinib.
This study demonstrates that while organic amendments induce time- and scale-dependent phosphorus mobilization in paddy soils, these soil-level responses did not consistently translate into improved plant phosphorus accumulation, harvest index, or grain yield during the first rice season.
This study utilizes a GIS-based Analytical Hierarchy Process to evaluate land suitability for sesame production in Northwestern Ethiopia, revealing that over 85% of the lowland area is suitable and demonstrating the framework's effectiveness for sustainable agricultural planning and climate-smart decision-making.
A four-season study in Morogoro, Tanzania, reveals that three major cucurbit-infesting fruit fly species exhibit distinct diel patterns in roosting, feeding, and oviposition across different crops, with maize serving as a primary roosting site and the findings supporting its potential use as a spatial target for behaviorally informed pest management.
This study utilizes untargeted metabolomics to reveal distinct systemic metabolic phenotypes between high-performance Thoroughbred and indigenous Jeju Native horses, demonstrating how divergent genetic backgrounds, intensive concentrate-based versus forage-oriented feeding, and environmental management collectively reshape pathways in amino acid, energy, and one-carbon metabolism.
This study demonstrates that producing palatable non-alcoholic beer with reduced glycemic load and environmental impact is achievable by replacing traditional malt with resistant dextrins and utilizing maltose-negative yeasts to eliminate energy-intensive dealcoholization.
This study demonstrates that a sensor-based real-time monitoring and intelligent irrigation scheduling system significantly improves water and energy efficiency while boosting water productivity in paddy cultivation compared to conventional practices.