Optimum total nitrogen application is required to reduce the yield loss of hybrid rice to high temperature

Keyphrases

• Total Nitrogen 100%
• High Temperature 100%
• Nitrogen Application 100%
• Hybrid Rice 100%
• Yield Loss 100%
• N150 100%
• Grain Yield 60%
• N Application 60%
• Rice Grain 40%
• Rice Yield 40%
• Increased Temperature 40%
• N Supply 40%
• Harvest Index 40%
• Grain Quality 40%
• Rice Varieties 40%
• Chalkiness 40%
• Amylose Content 40%
• Grain Length 40%
• High Temperature Exposure 40%
• N Translocation 40%
• Rice Quality 20%
• Oryza Sativa 20%
• Grain Filling 20%
• Interactive Effects 20%
• Grain Weight 20%
• Nitrogen N 20%
• N Application Rate 20%
• N Use Efficiency 20%
• Paddy Field 20%
• Food Security 20%
• N Level 20%
• Protein Content 20%
• Biomass Production 20%
• Yield Grain 20%
• Brown Rice 20%
• Maize Yield 20%
• Nitrogen Use Efficiency 20%
• Yield Reduction 20%
• Grain Production 20%
• Total Biomass 20%
• N Accumulation 20%
• Head Rice 20%
• Heading Stage 20%
• High Temperature Condition 20%
• Two-hybrid 20%
• Wheat Yield 20%
• Grain Filling Percentage 20%
• Biomass Index 20%
• Controlled Temperature 20%
• High Daytime Temperature 20%
• Barley Yield 20%
• Rice Grain Quality 20%
• Head Rice Yield 20%
• Maturity Index 20%
• Leaf Ratio 20%
• After High Temperature 20%
• Grain Quality Indicators 20%

Food Science

• Rice Grain 100%
• Amylose Content 100%
• Grain Quality 100%
• Asian Rice 50%
• Food Security 50%
• Protein Content 50%
• Brown Rice 50%

Agricultural and Biological Sciences

• Grains 100%
• Amylose 18%
• Asian Rice 9%
• Spadix 9%
• Cultivar 9%
• Biomass Production 9%
• Application Rate 9%
• Heading 9%
• Brown Rice 9%
• Face 9%