Attenuation of antibiotics and endocrine disruptors flux along the Land-To-Sea continuum: Dominant role of terrestrial ecosystems and remediation potential of salt marsh ecosystems

Key Points

• Flux of antibiotics and endocrine disruptors decreases significantly in terrestrial ecosystems.
• The study shows terrestrial ecosystems play a major role in filtering out contaminants, particularly on land-to-sea pathways.
• Assessment based on data collected from various ecosystems reveals the effectiveness of salt marsh ecosystems in remediation efforts.
• These findings indicate the need for enhanced protective strategies for salt marsh environments to maintain their filtering capabilities.