Explore how ozone reactions with organic compounds create secondary organic aerosols that influence climate patterns and human health through atmospheric chemistry.
Exploring the science of detecting and removing hormonal contaminants from wastewater systems and their environmental impacts.
Explore how temperature and water loss conditions during postharvest dehydration impact volatile compounds in Nebbiolo and Aleatico grapes, shaping the aromatic profile of premium sweet wines.
Explore how titanium dioxide nanofibrous membranes use sunlight to destroy water pollutants through advanced photocatalytic technology.
Discover how microalgae cultivation in wastewater offers a dual solution to water pollution and fossil fuel dependence through biodiesel production.
Explore the ecological and chemical analysis of Odessa's urban soils and how scientists model soil quality in urban environments.
Exploring how cutting-edge seed science is revolutionizing agriculture to address climate change and food security challenges.
Explore how quantum phenomena transition from microscopic discoveries to macroscopic applications and transformative technologies through the innovation lifecycle.
Learn about the environmental qualification process of the ACE-FTS instrument, a sophisticated space technology monitoring atmospheric chemistry from orbit.
Explore how green materials derived from nature are revolutionizing water purification, offering sustainable alternatives to conventional treatment methods.