Exploring how biological soil crusts contribute to global nitrogen cycling and their vulnerability to climate change.
Discover how Physiologically Based Toxicokinetic (PBTK) modeling revolutionizes drug development for novel species through digital twins.
Exploring the field of ecotoxicology and its revelations about how chemicals impact ecosystems, with a focus on the feminization of fish due to estrogen pollution.
Exploring how spectrophotometry reveals the toxic effects of pollutants on microbial populations through visible light absorption measurements.
Exploring how toxic substances spread and accumulate across planetary boundaries through global ecotoxicology research.
Exploring how amphibians serve as nature's biosensors, revealing environmental genotoxicity through their DNA damage responses to pollutants like microplastics and nanoparticles.
Exploring how metal-modified carbon materials revolutionize hydrogen storage for clean energy applications
Exploring the science and policy behind chlorinated ethenes contamination in groundwater and innovative bioremediation solutions.
Exploring Laura Sigg's groundbreaking research on trace metal speciation and bioavailability in aquatic ecosystems.
Historic collaboration between wetland and marine scientists in Australia is creating innovative solutions for coastal conservation by integrating Indigenous knowledge with Western science.