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

Keyphrases

• Abiotic Stress 100%
• Aerobic Metabolism 33%
• Anthropogenic Effects 33%
• Atmospheric Events 33%
• Australia 33%
• Bacterial Community 33%
• Bacterial Community Composition 66%
• Bacterial Community Structure 33%
• Biogeochemical Pathways 33%
• Biological Variance 33%
• Carbohydrates 33%
• Chemical Pollution 33%
• Coastal Habitats 33%
• Community Metabolomics 33%
• Complex Organic Molecules 33%
• Composition Shift 33%
• Compound Production 33%
• Dominant Controls 33%
• Dry Season 66%
• Energy Sources 33%
• Eutrophication 33%
• Fast Kinetics 33%
• Fatty Acids 33%
• Freshwater 33%
• Genome Analysis 100%
• Industrial Pollutants 33%
• Inorganic Compounds 33%
• Inorganic nutrients 33%
• Inorganic Pollutants 33%
• Living Organisms 33%
• Marine Ecosystems 33%
• Marine Sediments 100%
• Metabolic Function 33%
• Metagenomics 33%
• Moreton Bay 100%
• Multi-omics 100%
• Natural Ecosystems 33%
• Natural Flora 33%
• Omics Approaches 100%
• Organic Matter 33%
• Physicochemical Data 33%
• Primary Production 33%
• Queensland Australia 100%
• Rainfall 33%
• Rainfall Change 33%
• Redox Processes 33%
• South East Queensland 100%
• Structure Function 33%
• Urban Density 33%
• Urban Pollutants 33%
• Waterways 33%
• Wet Season 66%
• Wetting-drying 33%

Earth and Planetary Sciences

• Anthropogenic Effect 33%
• Atmospherics 33%
• Australia 100%
• Chemical Pollution 33%
• Community Composition 66%
• Dry Season 66%
• Eutrophication 33%
• Inorganic Compound 33%
• Marine Ecosystem 33%
• Marine Sediment 100%
• Metagenomics 33%
• Organic Matter 33%
• Primary Production 33%
• Queensland 100%
• Seasonality 33%
• Waterway 33%
• Wet Season 66%

Immunology and Microbiology

• Aerobic Metabolism 100%
• Eutrophication 100%
• Fatty Acid 100%
• Metagenomics 100%
• Multi-Omics 100%
• Oxidation Reduction Reaction 100%