A probabilistic model for predicting distributions of PAH ratios between oysters and marine sediments

Agriculture & Biology

• probabilistic models 100%
• marine sediments 94%
• polycyclic aromatic hydrocarbons 80%
• oysters 69%
• sediments 61%
• chemical species 33%
• organisms 32%
• organic carbon 20%
• sediment contamination 16%
• seafood consumption 15%
• thermodynamic models 14%
• Myrtus communis 13%
• pyrene (hydrocarbon) 12%
• uptake mechanisms 12%
• phenanthrenes 12%
• aquatic organisms 10%
• organic compounds 10%
• lipids 10%
• confidence interval 10%
• beaches 10%
• estuaries 9%
• bioavailability 9%
• statistical analysis 8%
• pollution 8%
• salinity 7%
• prediction 6%
• molecular weight 5%
• tissues 4%
• water 3%

Earth & Environmental Sciences

• marine sediment 63%
• PAH 56%
• biota 37%
• sediment 31%
• partitioning 27%
• distribution 23%
• pollutant 14%
• lipid 14%
• organic carbon 12%
• seafood 9%
• phenanthrene 9%
• aquatic organism 8%
• confidence interval 8%
• bioavailability 7%
• modeling 6%
• beach 6%
• water column 6%
• estuary 6%
• thermodynamics 6%
• tissue 5%
• salinity 5%
• consumption 5%
• organism 5%
• contamination 5%
• exposure 4%
• prediction 4%
• chemical 4%
• test 3%
• analysis 2%