Carbon and oxygen controls on N₂0 and N₂ production during nitrate reduction

Agriculture & Biology

• nitrate reduction 100%
• butyrates 82%
• glutamic acid 79%
• slurries 64%
• headspace analysis 57%
• oxygen 55%
• carbohydrates 54%
• carbon 51%
• glucose 47%
• soil 39%
• rhizodeposition 39%
• sandy loam soils 30%
• aerobic conditions 28%
• plant breeding 26%

Medicine & Life Sciences

• Nitrates 86%
• Soil 85%
• Carbon 77%
• Butyrates 74%
• Mannitol 67%
• Oxygen 56%
• Glutamic Acid 52%
• Carbohydrates 51%
• Glucose 37%
• Plant Breeding 36%
• Exudates and Transudates 21%
• Respiration 16%

Earth & Environmental Sciences

• nitrate 57%
• oxygen 51%
• carbohydrate 47%
• carbon 44%
• glucose 43%
• acid 29%
• plant breeding 25%
• suboxic conditions 23%
• regulation 22%
• soil 20%
• sandy loam 17%
• respiration 14%
• plant species 14%
• effect 7%
• experiment 6%