Quantification and Mitigation Strategies to Reduce Greenhouse Gas Emissions from Livestock Production Systems
Quantification and Mitigation Strategies to Reduce Greenhouse Gas Emissions from Livestock Production Systems
English[eng]
environmental modelling||pasture systems||nitrous oxide||methane emissions||nitrate leaching||climate change||heat stress||goat||immunization||methane||volatile fatty acids||backgrounded cattle||encapsulated nitrate||essential oil||nitrogen balance||reduction strategy||rumen fermentation||microbial flora||tea saponins||Moringa oleifera||fecal methanogenic community||dairy cows||mcrA gene sequencing technique||methane emission||tropical beef cattle||Desmanthus||supplementation||growth performance||ruminant nutrition||legumes||NDIR||laser||agreement||enteric emissions||interchangeability||heifer||forage-to-concentrate ratio||prediction equation||sulphur hexafluoride tracer technique||genetic evaluation||greenhouse gases||environment||dairy goat farming||linear programming||GHG emissions||abatement cost||mitigation options||carbon footprint
English[eng]
environmental modelling||pasture systems||nitrous oxide||methane emissions||nitrate leaching||climate change||heat stress||goat||immunization||methane||volatile fatty acids||backgrounded cattle||encapsulated nitrate||essential oil||nitrogen balance||reduction strategy||rumen fermentation||microbial flora||tea saponins||Moringa oleifera||fecal methanogenic community||dairy cows||mcrA gene sequencing technique||methane emission||tropical beef cattle||Desmanthus||supplementation||growth performance||ruminant nutrition||legumes||NDIR||laser||agreement||enteric emissions||interchangeability||heifer||forage-to-concentrate ratio||prediction equation||sulphur hexafluoride tracer technique||genetic evaluation||greenhouse gases||environment||dairy goat farming||linear programming||GHG emissions||abatement cost||mitigation options||carbon footprint