Fungi mediate nitrous oxide production but not ammonia oxidation in aridland soils of the southwestern US

Agriculture & Biology

• nitrous oxide production 100%
• ammonia 61%
• oxidation 54%
• nitrification 47%
• nitrous oxide 45%
• fungi 44%
• soil 37%
• denitrification 32%
• arid lands 28%
• heterotrophs 18%
• acetylene 17%
• biocides 15%
• urbanization 15%
• Archaea 14%
• autotrophic bacteria 11%
• arid grasslands 10%
• ecosystems 10%
• semiarid soils 10%
• Sonoran Desert 9%
• grassland soils 9%
• land cover 8%
• metropolitan areas 8%
• land use change 8%
• turf grasses 7%
• process control 7%
• dry environmental conditions 7%
• prokaryotic cells 7%
• soil water content 6%
• deserts 6%
• grasslands 5%
• shrubs 5%
• nitrates 5%
• canopy 5%
• irrigation 5%
• fertilizers 5%
• grasses 4%
• microorganisms 4%
• nitrogen 3%
• bacteria 3%
• temperature 2%

Medicine & Life Sciences

• Nitrous Oxide 86%
• Ammonia 83%
• Soil 79%
• Fungi 66%
• Nitrification 62%
• Denitrification 37%
• Acetylene 18%
• Grassland 16%
• Urbanization 14%
• Disinfectants 13%
• Archaea 13%
• Ecosystem 12%
• Fertilizers 8%
• Bacteria 7%
• Poaceae 7%
• Nitrates 6%
• Nitrogen 5%
• Temperature 4%
• Water 3%
• Growth 2%

Earth & Environmental Sciences

• nitrous oxide 76%
• fungus 64%
• ammonia 58%
• oxidation 48%
• nitrification 36%
• soil 31%
• denitrification 23%
• acetylene 15%
• moisture 15%
• inhibitor 12%
• desert 11%
• urbanization 11%
• grassland soil 8%
• bacterium 8%
• prokaryote 8%
• ecosystem 7%
• metropolitan area 6%
• shrub 6%
• land use change 6%
• fertilizer 5%
• grass 5%
• grassland 5%
• canopy 5%
• soil water 5%
• land cover 5%
• water content 5%
• irrigation 5%
• microorganism 5%
• nitrate 4%
• rate 4%
• nitrogen 4%
• loss 3%
• temperature 2%