Seasonal metabolic analysis of marine sediments collected from Moreton Bay in South East Queensland, Australia, using a multi-omics-based approach

Earth & Environmental Sciences

• marine sediment 77%
• organism 55%
• wet season 55%
• dry season 50%
• community composition 50%
• urban pollutant 43%
• chemical pollution 36%
• nutrient 35%
• inorganic compound 34%
• pollutant 32%
• waterway 28%
• anthropogenic effect 27%
• carbohydrate 27%
• marine ecosystem 26%
• energy source 26%
• seasonality 25%
• primary production 25%
• flora 24%
• fatty acid 24%
• eutrophication 24%
• assimilation 24%
• community structure 23%
• metabolism 22%
• analysis 21%
• fauna 21%
• organic matter 18%
• rainfall 17%
• transition 16%
• habitat 16%
• kinetics 16%
• ecosystem 15%
• ocean 15%
• sediment 12%

Engineering & Materials Science

• Sediments 100%
• Nutrients 67%
• Inorganic compounds 45%
• Eutrophication 45%
• Metabolomics 41%
• Carbohydrates 37%
• Biological materials 35%
• Oxidation-Reduction 35%
• Chemical analysis 35%
• Metabolism 34%
• Fatty acids 33%
• Rain 29%
• Pollution 25%
• Availability 19%

Chemical Compounds

• Ecosystem 97%
• Nutrient 86%
• Environmental Pollutant 67%
• Metabolic 66%
• Eutrophication 63%
• Carbohydrate Acid 61%
• Organic Matter 43%
• Fatty Acid 32%
• Pharmacological Metabolism 31%
• Energy 19%