Effects of elevated co₂ on organic matter decomposition capacities and community structure of sulfate-reducing bacteria in salt marsh sediment

Agriculture & Biology

• sulfate-reducing bacteria 100%
• salt marshes 87%
• rhizomes 74%
• community structure 71%
• soil organic matter 70%
• sediments 69%
• carbon cycle 68%
• glucosidases 61%
• degradation 45%
• soil 38%
• Suaeda 36%
• aminopeptidases 30%
• soil carbon 30%
• carbon sinks 30%
• extracellular enzymes 29%
• growth chambers 26%
• microbial activity 26%
• restriction fragment length polymorphism 22%
• sulfur 21%
• sampling 17%
• enzyme activity 16%
• fungi 15%
• bacteria 13%
• lipids 13%

Earth & Environmental Sciences

• rhizome 97%
• sulfate-reducing bacterium 83%
• saltmarsh 80%
• community structure 64%
• decomposition 54%
• organic matter 50%
• carbon cycle 49%
• sediment 36%
• sulfur cycle 33%
• soil 32%
• polymorphism 26%
• enzyme activity 26%
• soil carbon 25%
• fat 25%
• microbial activity 24%
• soil organic matter 23%
• fungus 21%
• effect 17%
• carbon 14%