Influence of low light intensity on growth and biomass allocation, leaf photosynthesis and canopy radiation interception and use in two forage species of Centrosema (DC.) Benth.

Keyphrases

• Low Light Intensity 100%
• Leaf Canopy 100%
• Radiation Interception 100%
• Radiation Use 100%
• Leaf Photosynthesis 100%
• Biomass Allocation 100%
• Growth Allocation 100%
• Forage Species 100%
• Canopy Radiation 100%
• Centrosema 100%
• Biomass Yield 50%
• Chloroplast 50%
• Sunlight 50%
• Two-species 50%
• Light Interception 50%
• Field Plot 50%
• Canopy Structure 50%
• Leaf Net Photosynthesis 50%
• Soil Resources 50%
• Net Photosynthesis 50%
• Photosystem II 50%
• Forest Canopy 50%
• Final Yield 50%
• Light Saturation 50%
• Light Use Efficiency 50%
• Total Chlorophyll 50%
• Plot Experiment 50%
• Light Response Curve 50%
• Forage Legumes 50%
• Forage Yield 50%
• Silvopastoral Systems 50%
• Artificial Shading 50%
• Tropical Forage Legumes 50%
• Leaf Specific Area 50%
• Mixed Pastures 50%

Agricultural and Biological Sciences

• Photosystem 100%
• Centrosema 100%
• Acclimation 66%
• Forage Legumes 66%
• Chloroplast 33%
• Photosystem II 33%
• Field Plots 33%
• Specific Leaf Area 33%
• Soil Resource 33%
• Silvopastoral Systems 33%
• Artificial Shade 33%
• Chlorophyll 33%