Discover how graphene-based nanocomposites are revolutionizing antimicrobial technology to combat antibiotic-resistant superbugs through innovative mechanical and chemical mechanisms.
Exploring how ecotoxicology uncovers the hidden impacts of chemical pollution on ecosystems and human health through cutting-edge research.
Exploring how amphibians serve as bioindicators for environmental pollution through in situ ecotoxicology studies.
Exploring how anthropogenic particles are disrupting Earth's biogeochemical cycles and what science is doing to combat this global challenge.
Exploring how materials are active participants in our ecological and social systems through environmental metallurgy.
Discover how annelid worms are revolutionizing our understanding of germ cell regeneration and challenging fundamental biological principles.
Exploring Europe's challenges in establishing safe mercury levels in living organisms and the scientific approaches to biomonitoring this toxic pollutant.
How landscape ecology is transforming toxic risk assessment through spatial analysis of contamination patterns
Research on heavy metal accumulation in Lithuania's freshwater fish species, revealing bioaccumulation patterns and ecological impacts.
Exploring what constitutes good science in environmental and occupational health research and its critical role in protecting public health.