Optimizing biomass production systems - exploiting diverse growth traits in different environments.

Keyphrases

• Carbon Sequestration 100%
• Biomass Production 100%
• Biomass Yield 100%
• Growth Traits 100%
• Production System 100%
• Stem Density 50%
• Carbon Biomass 50%
• Carbon Assimilation 50%
• Leaf Litter 50%
• Biomass Carbon 50%
• Woody Species 50%
• Ideotype 50%
• Growth Dynamics 50%
• Soil Organic Carbon Turnover 50%
• Leaf Area 50%
• Radiation Use Efficiency 50%
• Water Use Efficiency 50%
• Soil Model 50%
• Soil Carbon Input 50%
• Rothamsted Carbon Model 50%
• System Modeling 50%
• Gene-environment Interaction 50%
• Monoculture 50%
• Environmental Sustainability 50%
• Soil Organic Carbon Sequestration 50%
• RothC 50%
• Scenario Simulation 50%
• Soil Carbon Turnover 50%
• Plant Model 50%
• Multi-annual 50%
• Stem Biomass 50%
• Stem Height 50%
• Annual Growth 50%
• Environmental Management 50%
• Crop Model 50%
• Perennial Herbaceous Plant 50%

Agricultural and Biological Sciences

• Biomass Production 100%
• Growth Traits 100%
• Carbon Sequestration 100%
• Radiation Use Efficiency 50%
• Perennials 50%
• Genotyping 50%
• Plant Litter 50%
• Carbon Fixation 50%
• Environmental Sustainability 50%
• Ideotype 50%
• Annuals 50%
• Leaf Area 50%
• Monoculture 50%
• Soil Organic Carbon 50%
• Soil Carbon 50%