Through a systematic review of literature references from 2007 to 2022, we compiled a
comprehensive national dataset comprising over 67,000 records and covering information …

This review highlights various experimental and mathematical modeling strategies to
investigate the fate and transport of antibiotics that elucidate antimicrobial selective pressure …

Mesoporous carbon materials (MCs) exhibit excellent adsorption capacity for various
pollutants, yet the adsorption capacity varies significantly through the type of pollutants and …

Antibiotics have garnered worldwide attention due to their omnipresence and detrimental
effects on aquatic organisms, yet their potential relationships with multitrophic aquatic …

Insecticides are widely used in crop protection against insects and frequently detected in
aquatic environment. Photolysis kinetics are directly related with exposure assessment and …

Antibiotics, as typical emerging contaminants, are frequently detected in the aquatic
environment due to their widespread and massive use, posing potential risks to aquatic …

The coexistence of nanoplastics and antibiotics in the aquatic environment has raised a
complicated risk for ecosystems and human health. How the environmental factors eg, light …

Numerous antibiotics have been detected in aquatic ecosystems and induced severe toxic
effects on aquatic organisms. However, mechanisms of bioaccumulation and trophic transfer …

Polychlorinated biphenyls (PCBs), as a class of hydrophobic organic pollutants, are widely
found in river sediments and suspended particles, and the environmental fate of different …

Fluoroquinolones (FQs) are widely prescribed antibiotics that are commonly detected in
aquatic environments, but the persistence, fates, and ecotoxicities of new generation FQs …