Suppression of methanogenesis by dissimilatory Fe(III)-reducing bacteria in tropical rain forest soils: implications for ecosystem methane flux

Agriculture & Biology

• soil ecosystems 100%
• tropical rain forests 87%
• forest soils 85%
• forest ecosystems 84%
• methane production 79%
• acetates 57%
• tropical soils 49%
• bacteria 41%
• tropical forests 39%
• methanogens 22%
• isotopes 19%
• methane 18%
• biogeochemistry 14%
• upland forests 13%
• Archaea 9%
• bicarbonates 9%
• soil 9%
• rain forests 9%
• soil organic matter 8%
• highlands 8%
• oxidation 6%
• oxygen 6%
• carbon 6%
• metabolism 5%

Earth & Environmental Sciences

• tropical rain forest 96%
• methanogenesis 84%
• forest soil 74%
• acetate 68%
• methane 56%
• bacterium 47%
• tropical soil 46%
• ecosystem 43%
• tropical forest 37%
• isotope 13%
• humid environment 12%
• tropical environment 11%
• rain forest 11%
• redox conditions 10%
• biogeochemistry 10%
• bicarbonate 9%
• soil 7%
• laboratory experiment 7%
• metabolism 7%
• partitioning 7%
• substrate 6%
• organic matter 6%
• oxidation 6%
• oxygen 6%
• carbon 5%
• analysis 2%

Chemical Compounds

• Ecosystem 88%
• Soil 62%
• Methane 58%
• Acetate 52%
• Isotope 16%
• Biogeochemistry 15%
• Fluoroacetate 15%
• Redox Condition 13%
• Environment 10%
• Organic Matter 9%
• Pharmacological Metabolism 7%
• Dioxygen 4%
• Carbon Atom 4%
• Reduction 4%
• Oxidation Reaction 4%
• Time 3%