Food vs. biofuel: An optimization approach to the spatio-temporal analysis of land-use competition and environmental impacts

Keyphrases

• Alternative Energy 33%
• Alternative Food 33%
• Biofuel 100%
• Biofuel Production 100%
• Budget Allocation 33%
• Carbon Emissions 33%
• Carbon Sequestration 33%
• Conservation Research 66%
• Corn Grain 33%
• Cropland 66%
• Economic Benefits 33%
• Emissions Pollution 33%
• Energy Crops 66%
• Environmental Benefits 33%
• Environmental Impact 100%
• Farm Operations 33%
• Food Crops 100%
• Food Prices 33%
• Food Production 33%
• Food Security 66%
• Food Supply 33%
• Harvesting Time 33%
• Kansas 33%
• Land Allocation 33%
• Land Use Competition 100%
• Lignocellulosic Energy Crops 33%
• Lower Approximation 33%
• Management Scenarios 33%
• Marginal Land 33%
• Mixed-integer Optimization Model 33%
• Nitrogen Pollution 33%
• Optimal Decision 33%
• Optimization Approach 100%
• Optimization Model 33%
• Piecewise Linear 33%
• Politicians 33%
• Seeding Time 33%
• Soil Erosion Control 33%
• Spatiotemporal 33%
• Spatiotemporal Analysis 100%
• Sustainability Factors 33%
• Switchgrass 66%
• Temporal Optimization 33%

Earth and Planetary Sciences

• Biofuel 100%
• Carbon Sequestration 20%
• Emissions 20%
• Energy Crop 40%
• Environmental Impact 100%
• Environmental Impact Assessment 20%
• Farmland 40%
• Food Production 20%
• Food Security 20%
• Food Supply 20%
• Kansas 20%
• Land Use 100%
• Marginal Land 20%
• Renewable Energy 20%
• Seeding 20%
• Soil Erosion 20%
• Temporal Analysis 100%

Agricultural and Biological Sciences

• Biofuel 100%
• Carbon Sequestration 20%
• Cropland 40%
• Energy Crop 60%
• Environmental Impact 100%
• Food Crop 60%
• Grains 20%
• Land Use 100%
• Maize 60%
• Optimization Model 40%
• Panicum virgatum 40%
• Soil Erosion 20%