Modeling Greenhouse Gas Emissions from Enteric Fermentation

Agriculture & Biology

• greenhouse gas emissions 100%
• fermentation 62%
• methane 43%
• mathematical models 41%
• mechanistic models 37%
• empirical models 37%
• greenhouse gases 34%
• nitrous oxide 33%
• uncertainty 29%
• feed intake 24%
• prediction 20%
• animal genetics 20%
• Geographical Locations 17%
• stoichiometry 16%
• livestock production 16%
• health status 16%
• volatile fatty acids 15%
• carbohydrate content 15%
• acidity 13%
• rumen 13%
• animals 12%
• livestock 12%
• protocols 10%
• lipids 8%