Explore how machine learning is transforming environmental chemical research through bibliometric analysis, predictive modeling, and global collaboration.
Explore how coumarins, natural compounds found in cinnamon and vanilla, are being transformed into high-tech materials revolutionizing medicine and renewable energy.
Exploring regional differences and evolution of science-driven green development in Chinese agriculture through comprehensive data analysis
Exploring the potential of octopus ink extract as a quorum quenching agent to prevent Edwardsiella tarda biofilm formation in aquaculture
Exploring the complex relationship between organic farming practices and soil health through scientific research and data visualization.
Exploring the potential of cactus mucilage as a sustainable alternative to plastic packaging through a decade of scientific research.
Explore the revolutionary journey of ionic liquids - from green solvents to multifunctional materials transforming energy, medicine, and sustainable chemistry.
Discover how semiochemicals offer sustainable solutions for managing grey field slugs, major agricultural pests affecting crops worldwide.
Explore how green synthesis of nanoparticles using plants and microorganisms is revolutionizing technology with sustainable, eco-friendly methods.
Exploring how activated acid fluorides serve as fundamental building blocks in creating next-generation materials, transforming industries from medicine to renewable energy.