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Keyphrases
Physiological Performance
100%
Rice Varieties
100%
Indica Rice
100%
Agronomic Performance
100%
Intolerance
100%
P Use Efficiency
100%
Tolerance To Low Phosphorus
100%
Agronomic Traits
50%
Physiological Characteristics
50%
P Translocation
50%
Translocation Efficiency
50%
Grain Yield
33%
Zeatin Riboside
33%
Indole-3-acetic Acid
33%
Non-structural Carbohydrates
33%
Root Traits
33%
Tolerance Index
33%
High Grain Yield
33%
P Levels
33%
Shoot Traits
33%
P Harvest Index
33%
Oryza Sativa
16%
Zeatin
16%
Grain Filling
16%
Phosphorus Deficiency
16%
Year 2020
16%
Highest Root
16%
Root Phosphatase Activity
16%
Root Biomass
16%
Shoot Biomass
16%
Productive Tillers
16%
Leaf Area Index
16%
Leaf Photosynthetic Rate
16%
Carbohydrate Remobilization
16%
Index Leaf
16%
Biomass Content
16%
Grain Content
16%
Oxidative Activity
16%
Biochemistry, Genetics and Molecular Biology
Riboside
100%
Acetic Acid
100%
Oryza
50%
Grain Filling
50%
Photosynthetic Rate
50%
Acid Phosphatase
50%
Deficiency
50%
Agricultural and Biological Sciences
Grains
100%
Zeatin
60%
Indole-3-Acetic Acid
40%
Riboside
40%
Asian Rice
20%
Spadix
20%
Acid Phosphatase
20%
Tillers
20%
Leaf Area Index
20%