Explore how our cities function like living organisms with their own metabolism, consuming resources and producing waste in a complex system.
Exploring why ecotoxicology is moving beyond NOEC and LOEC concepts to modern statistical approaches for better environmental protection.
Explore how toxicogenomics is transforming environmental protection through advanced genomic technologies that decode chemical toxicity at molecular levels.
Explore how selenium influences garlic's nitrogen metabolism and phenolic compounds under oxidative stress, enhancing both crop resilience and nutritional value.
Explore how structured population dynamics reveals how individual differences in age, size and life stages determine population survival and conservation strategies.
Exploring the science behind sediment quality assessment and its role in monitoring aquatic ecosystem health through advanced techniques and global case studies.
Discover how perfluorinated compounds interact with GPER receptors, revealing molecular mechanisms with significant health implications.
Explore the environmental impacts of nanomaterials and their journey through ecosystems in this comprehensive scientific article.
Discover how PFOS, a persistent environmental pollutant, disrupts brain communication through calcium channel manipulation and GABA receptor interference.
Discover how Asian dust particles transform when they interact with industrial pollution, changing their properties and impacting climate and environment.