Environmental impacts of bioenergy crop production and benefits of multifunctional bioenergy systems

Keyphrases

• Environmental Impact 100%
• Biofuel Production 100%
• Energy Crop Production 100%
• Land Use Change 75%
• Fossil Fuels 50%
• Land Management 50%
• Biofuel 50%
• Bioenergy Crops 50%
• Environmental Sustainability 25%
• Climate Change Impacts 25%
• Greenhouse Gas Reduction 25%
• Agricultural Land 25%
• Cropland 25%
• Nutrient Loss 25%
• Production System 25%
• Soil Erosion 25%
• Zea Mays 25%
• Environmental Benefits 25%
• Biodiversity 25%
• Biomass Feedstock 25%
• Air Pollution 25%
• Land Use 25%
• Marginal Land 25%
• Production Practices 25%
• Corn Stover 25%
• Carbon Dioxide CO2 25%
• Water Pollution 25%
• Ecosystem Function 25%
• Cellulosic Biofuels 25%
• Soil Carbon 25%
• Panicum Virgatum 25%
• Oil Price 25%
• Soil Water 25%
• Bioenergy Production 25%
• Annual Crops 25%
• Sediment Loss 25%
• Biodiversity Loss 25%
• Production Increase 25%
• Perennial Grasses 25%
• Intensive Production 25%
• Switchgrass 25%
• Food Crops 25%
• Carbon Levels 25%
• Volatile Oil 25%
• Reserved Areas 25%
• Soil Air 25%
• Reducing Sediments 25%
• Degraded Land 25%
• Miscanthus × Giganteus 25%
• Multifunctional Landscapes 25%

Agricultural and Biological Sciences

• Crop Production 100%
• Biofuel 100%
• Bioenergy 100%
• Land Use 37%
• Biodiversity 25%
• Fossil Fuel 25%
• Panicum virgatum 25%
• Land Management 25%
• Carbon Dioxide 25%
• Feedstock 12%
• Poaceae 12%
• Arable Land 12%
• Cropland 12%
• Soil Erosion 12%
• Climate Change 12%
• Perennials 12%
• Cropping System 12%
• Soil Carbon 12%
• Land Use Change 12%
• Essential Oil 12%
• Food Crop 12%
• Miscanthus 12%
• Air Pollution 12%
• Greenhouse Gas 12%
• Contaminated Water 12%
• Corn Stover 12%