Host-Associated Rhizobial Fitness: Dependence on Nitrogen, Density, Community Complexity, and Legume Genotype

Medicine & Life Sciences

• Fabaceae 100%
• Nitrogen 77%
• Genotype 56%
• Rhizobium 40%
• Symbiosis 35%
• Breeding 30%
• Population Density 30%
• Medicago truncatula 23%
• Greenhouse Gases 22%
• Sinorhizobium meliloti 20%
• Nitrogen Fixation 20%
• Bacteria 17%
• Ecology 15%
• Economics 10%
• Costs and Cost Analysis 8%
• Population 5%

Earth & Environmental Sciences

• genotype 85%
• fitness 77%
• nitrogen 46%
• mutualism 30%
• rhizobacterium 30%
• breeding 22%
• population density 20%
• biological nitrogen fixation 17%
• bacterium 14%
• density dependence 14%
• resource availability 13%
• ranking 10%
• organ 10%
• greenhouse gas emissions 9%
• environmental factor 9%
• ecology 8%
• crop 8%
• effect 7%
• economics 6%
• program 5%
• cost 5%
• prediction 5%

Agriculture & Biology

• legumes 63%
• genotype 46%
• nitrogen 45%
• mutualism 16%
• Rhizobium 14%
• population density 12%
• economic plants 10%
• inoculum density 9%
• environmental factors 9%
• Ensifer meliloti 8%
• Medicago truncatula 8%
• greenhouse gas emissions 8%
• root nodules 7%
• space and time 7%
• bacteria 7%
• nitrogen fixation 7%
• breeding programs 5%
• ecology 5%
• prediction 4%
• microorganisms 4%
• breeding 4%
• crops 3%