Rhizosphere effect and root growth of two maize (Zea mays L.) genotypes with contrasting P efficiency at low P availability

Keyphrases

• Acid Phosphatase 25%
• Acid Phosphatase Activity 50%
• Adaptation 25%
• Available Phosphorus 25%
• Biomass Accumulation 25%
• Calcareous Soil 50%
• Crop Species 25%
• Exudation Rate 25%
• Genetic Differences 25%
• Genetic Resources 25%
• Genotype 100%
• Grain Yield 25%
• Lateral Root Length 50%
• Low P Availability 100%
• Low pH Stress 25%
• Maize Genotypes 25%
• Maize(Zea mays L.) 100%
• Organic Acids 100%
• P Efficiency 100%
• Phosphorus P 25%
• Positive Responses 25%
• Rhizosphere 50%
• Rhizosphere Effect 100%
• Rhizosphere pH 25%
• Rock Phosphate 25%
• Root Biomass 25%
• Root Exudation 75%
• Root Growth 100%
• Root Morphology 25%
• Root Phosphatase Activity 25%
• Root Surface 50%
• Root System 50%
• Root Weight 25%
• Root-shoot Ratio 25%
• Solution Culture 25%
• Specific Traits 25%

Immunology and Microbiology

• Genetic Resource 25%
• Morphology 25%
• Phosphatase 100%
• Root Growth 100%
• Root Length 50%
• Root Morphology 25%
• Root System 50%
• Solution and Solubility 50%
• Zea 100%

Agricultural and Biological Sciences

• Acid Phosphatase 100%
• Calcareous Soil 50%
• Genetic Resource 25%
• Genotyping 25%
• Grains 25%
• Lateral Root 50%
• Rhizosphere 100%
• Root Growth 100%
• Root System 50%