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Genetic Variability in Phosphorus Responses of Rice Root Phenotypes
Phanchita Vejchasarn
, Jonathan P. Lynch
, Kathleen M. Brown
Plant Science
Huck Institutes of the Life Sciences
Plant Institute
Research output
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Contribution to journal
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Article
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peer-review
121
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Dive into the research topics of 'Genetic Variability in Phosphorus Responses of Rice Root Phenotypes'. Together they form a unique fingerprint.
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Keyphrases
Genotype
100%
Phosphorus Response
100%
Genetic Variability
100%
Rice Root
100%
Low Phosphorus
55%
Low Phosphorus Availability
44%
Phosphorus Deficiency
33%
Nodal Roots
33%
Genetic Variation
22%
Root Traits
22%
Rice
22%
Cortical Areas
22%
Root Architectural Traits
22%
Stele
22%
Water Conductance
22%
Aerenchyma
11%
Oryza Sativa
11%
Genetic Mapping
11%
High Productivity
11%
Phenotypic Variation
11%
Solid Phase
11%
Root Length
11%
Root Hair Length
11%
Phosphorus Availability
11%
Phosphorus Acquisition Efficiency
11%
Shoot Dry Weight
11%
Root Morphological Traits
11%
Root Hair Density
11%
Diffusion Limit
11%
Plant Height
11%
Environmental Response
11%
Root Response
11%
Rice Plant
11%
Phosphorus Content
11%
Phosphorus Treatment
11%
Root Cross-sectional Area
11%
Tiller number
11%
Root Axis
11%
Phenotypic Effects
11%
Phenotypic Evaluation
11%
Trait Variation
11%
Agricultural and Biological Sciences
Phosphorus Deficiency
100%
Genetic Divergence
100%
Genetic Variability
100%
Lateral Root
66%
Vessel Element
66%
Stele
66%
Mutation
66%
Genotyping
33%
Aerenchyma
33%
Root Hair
33%
Asian Rice
33%
Phenotypic Variation
33%
Gene Mapping
33%