Red clover varieties show nitrogen fixing advantage during the early stages of seedling development

Keyphrases

• N Content 100%
• Red Clover 100%
• Nitrogen Fixation 100%
• Variety Show 100%
• Seedling Development 100%
• Root Exudates 83%
• Genetic Differences 50%
• Dissolved Organic Nitrogen 50%
• Ammonium Ion 33%
• Plant Growth 33%
• Nodulation 33%
• Plant Factor 33%
• Tetraploid 33%
• NO3-N 33%
• Exudation 33%
• Inorganic N 33%
• Root N Concentration 33%
• N Release 33%
• Environmental Factors 16%
• Nitrogen N 16%
• Nodule number 16%
• Trifolium Pratense 16%
• Root Growth 16%
• Root Length 16%
• Plant Dry Weight 16%
• L-variety 16%
• Leaf Area 16%
• Variability Factor 16%
• Nodule Dry Weight 16%
• Genotypic Variability 16%
• Plant Development 16%
• Morphological Factors 16%
• Rhizobium Inoculation 16%
• Growth Period 16%
• Growth Attributes 16%
• Controlled Environmental Conditions 16%
• Tissue N Content 16%
• Root Traits 16%
• N Concentration 16%
• Legumes 16%
• Root Nitrogen 16%

Immunology and Microbiology

• Root Exudate 100%
• Red Clover 100%
• Dry Weight 40%
• Plant Growth 40%
• Root Nodule 40%
• Tetraploidy 40%
• Dynamics 20%
• Surface Area 20%
• Morphology 20%
• Rhizobium 20%
• Root Length 20%
• Root Growth 20%
• Growth Period 20%
• Rhizobiaceae 20%
• Plant Development 20%
• Diploidy 20%

Agricultural and Biological Sciences

• Trifolium pratense 100%
• Root Exudate 100%
• Plant Growth 40%
• Nodulation 40%
• Root Nodule 40%
• Tetraploidy 40%
• Environmental Factor 20%
• Rhizobiaceae 20%
• Rhizobium 20%
• Surface Area 20%
• Plant Development 20%
• Root Growth 20%
• Leaf Area 20%