Feeding efficiency gains can increase the greenhouse gas mitigation potential of the Tanzanian dairy sector

Keyphrases

• Assessment Modeling 33%
• Attributional Life Cycle Assessment 33%
• Avoided Emissions 33%
• Carbon Footprint 33%
• Cattle 33%
• CO2 Emission from Soil 33%
• CO2 Emissions 33%
• Concentrate Feed 33%
• Cropland 33%
• Dairy 33%
• Dairy Production 66%
• Dairy Sector 100%
• Efficiency Gain 100%
• Emission Intensity 33%
• Emission Reduction 33%
• Feed Crops 66%
• Feed Efficiency 100%
• Feeding Practices 33%
• Fertilizer 33%
• Footprint Index 33%
• GHG Emission Intensity 33%
• GHG Emissions 33%
• Grassland 33%
• Greenhouse Gas Mitigation 100%
• Highland Region 33%
• Increased Yield 33%
• Input Use 33%
• Land Footprint 33%
• Land Use Change 100%
• Life-cycle Model 33%
• Local Cattle 33%
• Milk 33%
• Milk Productivity 33%
• Milk Yield 33%
• Mitigation Potential 100%
• N2O Emission 33%
• Non-CO2 Emissions 33%
• Reduction in GHG Emissions 33%
• Simulation Modeling 33%
• Soil Management 33%
• Southern Highlands 33%
• Total Carbon 33%
• Yield Gain 33%
• Yield Gap 33%

Agricultural and Biological Sciences

• Attributional Life Cycle Assessment 25%
• Carbon Footprint 25%
• Cropland 25%
• Feed Concentrates 25%
• Grassland 25%
• Greenhouse Gas 100%
• Land Use Change 75%
• Milk Yield 25%
• Soil Management 25%