Summary
This 2023 review in The Science of the Total Environment synthesises current knowledge on silver contamination in terrestrial and aquatic ecosystems, examining sources, fate, and toxicological effects. The work addresses risk management approaches and, as suggested by the authorship and journal scope, likely integrates soil health, environmental toxicology, and ecotoxicological assessment perspectives. The paper contributes to understanding an emerging contaminant of concern as nanotechnology and industrial uses of silver expand.
UK applicability
UK farming and environmental regulators may benefit from this global synthesis in assessing silver contamination risks from industrial inputs, sewage sludge application, and wastewater discharge. The findings could inform UK soil and water protection policy, particularly for sensitive agricultural and aquatic habitats.
Key measures
Silver contamination levels, toxicity endpoints, bioaccumulation, ecosystem exposure pathways, risk assessment frameworks
Outcomes reported
The study examined silver contamination sources, pathways, and toxicological effects across terrestrial and aquatic ecosystems, as suggested by the title. It likely synthesised evidence on silver bioavailability, ecotoxicity, and risk management strategies.
Topic tags
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