Challenges and opportunities for improving nitrogen utilization efficiency for more sustainable pork production

Keyphrases

• Pork Production 100%
• Lean Growth 100%
• Nitrogen Utilization Efficiency 100%
• N Efficiency 66%
• N Emissions 66%
• Immunocastration 66%
• Porcine 33%
• Genetic Variation 33%
• Growth Rate 33%
• Gilts 33%
• Dietary Protein 33%
• Low Birth Weight 33%
• Breeding Program 33%
• Genomic Selection 33%
• Environmental Footprint 33%
• Piglets 33%
• Pig Population 33%
• Ractopamine 33%
• Pork 33%
• Food Safety Risk 33%
• Feeding Practices 33%
• Feed Production 33%
• Consumer Acceptance 33%
• Pig Production Systems 33%
• Selective Intrauterine Growth Restriction (sIUGR) 33%
• System Use 33%
• Human-induced 33%
• Regulatory Requirements 33%
• Protein Source 33%
• Somatotropin 33%
• Litter Size 33%
• Lean Meat 33%
• Wastage 33%
• Selection Program 33%
• Boar Taint 33%
• Normal Birth Weight 33%
• Feed Processing 33%
• Planetary Boundaries 33%
• Dietary Nitrogen 33%
• Feed Formulation 33%
• Pig Meat 33%
• Swine Genetics 33%
• Metabolic Modifiers 33%
• Waste Footprint 33%
• Animal-based Protein 33%
• Dietary Additives 33%

Agricultural and Biological Sciences

• Pig 100%
• Gilts 20%
• Dietary Protein 20%
• Feed Additives 20%
• Bovine Somatotropin 20%
• Protein Sources 20%
• Boar Taint 20%
• Feed Processing 20%
• Feed Formulation 20%
• Lean Meat 20%
• Ractopamine 20%
• Low Birth Weight 20%
• Litter Size 20%
• Growth Hormone Treatment 20%
• Birth Weight 20%
• Genetic Divergence 20%
• Genetics 20%
• Mutation 20%
• Food Safety 20%