Effect of 3-nitrooxypropanol on methane and hydrogen emissions, methane isotopic signature, and ruminal fermentation in dairy cows

Medicine & Life Sciences

• 3-nitrooxypropanol 100%
• Methane 54%
• Hydrogen 46%
• Fermentation 42%
• Propionates 16%
• Acetates 12%
• Rumen 9%
• Milk 8%
• Butyrivibrio 6%
• Methanobacteriaceae 5%
• Methanobrevibacter 5%
• Valerates 5%
• Ruminococcus 4%
• Deuterium 4%
• Prevotella 4%
• Butyrates 3%
• Clostridium 3%
• Archaea 3%
• Lactation 3%
• Isotopes 3%
• Fats 2%
• Cell Count 2%

Agriculture & Biology

• rumen fermentation 42%
• methane 38%
• hydrogen 36%
• dairy cows 33%
• propionates 20%
• acetates 15%
• Methanomicrobium 9%
• Butyrivibrio 7%
• Methanobrevibacter 7%
• Ruminococcus 7%
• Prevotella 6%
• deuterium 6%
• late lactation 6%
• methanogens 6%
• Clostridium 5%
• rumen fluids 5%
• butyrates 5%
• Archaea 5%
• milk composition 5%
• isotopes 5%
• dry matter intake 4%
• milk fat 4%
• milk yield 4%
• rumen 4%
• milk production 4%
• Holstein 4%
• cows 3%
• cells 1%