The influence of sulfate and nitrate on the methane formation by methanogenic archaea in freshwater sediments

Earth & Environmental Sciences

• acetate 69%
• atmosphere 1%
• bacterium 4%
• budget 1%
• carbon 1%
• carbon cycle 1%
• chemostat 4%
• chloroform 2%
• consumption 1%
• degradation 3%
• denitrification 4%
• dilution 1%
• ditch 5%
• ecophysiology 2%
• effect 2%
• electron 5%
• freshwater environment 2%
• freshwater sediment 100%
• grassland 4%
• grassland soil 2%
• groundwater 1%
• infiltration 1%
• inhibitor 3%
• iron sulfide 2%
• kinetics 2%
• long-term experiment 2%
• metabolism 1%
• methane 57%
• methanogenesis 16%
• microorganism 2%
• mineralization 1%
• nitrate 55%
• organic matter 2%
• oxidation 5%
• parameter 0%
• peat 1%
• physiology 1%
• polder 7%
• prediction 0%
• product 0%
• sediment 14%
• substrate 7%
• sulfate 53%
• sulfate-reducing bacterium 2%
• sulfur compound 8%
• sulfur cycle 2%
• thesis 3%
• water 1%
• water level 1%
• water supply 1%