Exploring how saline-sodic soils impact crop yields and how integrated soil management strategies can restore agricultural productivity.
Discover how stellar nurseries are seeding the universe with life's building blocks through complex organic molecules in protoplanetary disks.
Discover how Kazakhstan's shift to bioorganic fertilizers is boosting vegetable yields and quality while restoring soil health in arid regions.
Discover how rainwater is revolutionizing chemical synthesis as an effective catalyst for producing quinoxalines, enabling greener and more sustainable chemistry.
Exploring how ionic liquids are transforming elastomers for better flexibility, conductivity, and multifunctionality in applications from tires to wearable tech.
Exploring how Phobos, Mars' moon, could preserve biomarkers from Martian impacts and what this means for the search for extraterrestrial life.
Exploring the frontier of redox-controlled protein synthesis where chemists harness selenium-sulfur switches to build custom biomolecules atom by atom.
Exploring the contrasting diversity of soil insects between the lush Arboretum Sumber Brantas and potato farmlands in Batu, East Java.
Explore how lanthanum hafnium oxide (LHO) deposited via ECR-ALD is enabling next-generation computing devices with superior dielectric properties.
Discover how discarded black tea leaves can effectively adsorb uranium from contaminated water, offering an eco-friendly solution to radioactive waste management.