Toward improving photosynthesis in cassava: Characterizing photosynthetic limitations in four current African cultivars

Keyphrases

• Enhanced Photosynthesis 100%
• Cassava 100%
• Photosynthetic Limitations 100%
• Photosynthesis 66%
• Landraces 66%
• Disease Resistance 66%
• Photosynthetic Capacity 66%
• Photosynthetic Efficiency 66%
• Triose Phosphate Utilization 66%
• Pest Resistance 66%
• Regeneration 33%
• High Yielding 33%
• Genetic Engineering 33%
• High-throughput Screening 33%
• D-ribose 33%
• CO2 Uptake 33%
• Africa 33%
• Carbohydrate Content 33%
• Biphosphonates 33%
• Low Capacity 33%
• Land Area 33%
• Germplasm 33%
• Leaf Nitrogen Content 33%
• Non-structural Carbohydrates 33%
• Smallholder Farmers 33%
• Leaf Carbon 33%
• Photosynthesis Rate 33%
• Rubisco Carboxylation 33%
• Carboxylation Efficiency 33%
• Intrinsic Water-use Efficiency (iWUE) 33%
• Intercellular CO2 33%
• Asat 33%
• Vcmax 33%
• Jmax 33%
• Photosynthetic Gas Exchange 33%
• Electron Transport Rate 33%
• Genetic Breeding 33%
• Manihot Esculenta Crantz 33%
• Cassava Breeding 33%

Agricultural and Biological Sciences

• Photosystem 100%
• Cultivar 100%
• Landrace 50%
• Disease Resistance 50%
• Photosynthetic Efficiency 50%
• Photosynthetic Capacity 50%
• Triose 50%
• Pest Resistance 50%
• Carboxylation 50%
• Gas Exchange 25%
• Germplasm 25%
• Water Use Efficiency 25%
• Ribulose 25%
• Manihot Esculenta 25%