Effects of soil warming and drying on methane cycling in a northern peatland mesocosm study

Physics & Astronomy

• soils 100%
• drying 96%
• methane 87%
• cycles 64%
• heating 60%
• water tables 56%
• marshlands 51%
• porosity 38%
• water 30%
• productivity 25%
• climate change 24%
• climate 20%
• peat 17%
• acetates 17%
• ammonium nitrates 15%
• chemistry 13%
• sulfates 11%
• carbon 10%
• climate models 9%
• vegetation 7%
• fermentation 7%
• scavenging 7%
• sinks 5%
• bacteria 5%
• low concentrations 5%
• manipulators 4%
• oxidation 3%
• oxygen 3%
• temperature 3%

Engineering & Materials Science

• Drying 91%
• Methane 89%
• Soils 75%
• Water 46%
• Fluxes 25%
• Climate change 23%
• Productivity 17%
• Organic carbon 16%
• Peat 15%
• Nitrates 13%
• Sulfates 11%
• Feedback 10%
• Climate models 8%
• Scavenging 7%
• Chemical analysis 6%
• Bacteria 5%
• Fermentation 5%
• Oxidation 4%
• Infrared radiation 4%
• Earth (planet) 4%
• Oxygen 4%
• Temperature 4%
• Carbon 4%
• Substrates 3%
• Experiments 1%

Chemical Compounds

• Soil 81%
• Methane 75%
• Pore 39%
• Peat 15%
• Ammonium Nitrate 13%
• Chemistry 10%
• Rhizosphere 9%
• Acetate 8%
• Organic Carbon 6%
• Ammonium Acetate 6%
• Fermentation 5%
• Dioxygen 2%
• Carbon Atom 2%
• Oxidation Reaction 2%