Impact of sediment organic matter quality on the fate and effects of fluoranthene in the infaunal brittle star Amphiura filiformis

Keyphrases

• Amphiura Filiformis 100%
• Arm Regeneration 10%
• Benthic Food Web 5%
• Bioaccumulation 5%
• Biotransformation 10%
• Brittle Star 100%
• Burrow 10%
• Carbon Source 10%
• Downward Transport 5%
• Equilibrium Partitioning 5%
• Flagellates 5%
• Fluoranthene 100%
• Hydrophobic Pollutants 5%
• Infaunal 100%
• Labile Carbon 5%
• Labile Organic Matter 10%
• Lignin 5%
• Lipid Content 5%
• Metabolic Products 5%
• Microorganisms 5%
• Net Accumulation 5%
• Nutritional Quality 5%
• Organic Content 5%
• Organic Matter 5%
• Organic Matter Quality 100%
• Paper Mill 5%
• Particle Ingestion 5%
• Polycyclic Aromatic Hydrocarbons 10%
• Refractory Carbon 5%
• Refractory Organics 5%
• Sediment Concentration 5%
• Sediment Organic Matter 100%
• Sediment Particles 10%
• Sedimentary Organic Matter 5%
• Surface Sediments 10%
• Tetraselmis Sp 5%
• Tissue Concentration 10%
• Tissue Residues 5%
• Total Organic Carbon 5%

Earth and Planetary Sciences

• Bioaccumulation 5%
• Biotransformation 10%
• Fluoranthene 100%
• Food Web 5%
• Metabolite 10%
• Nutritive Value 5%
• Organic Carbon 5%
• Organic Matter 100%
• Polycyclic Aromatic Hydrocarbon 10%