Drought-adapted plants dramatically downregulate dinitrogen fixation: Evidences from Mediterranean legume shrubs

Keyphrases

• Biomass Growth Rate 50%
• Biomass Production Efficiency 50%
• Carbon Budget 50%
• Deep Rooting 50%
• Dinitrogen 50%
• Dinitrogen Fixation 100%
• Drought 100%
• Drought Resistance 50%
• Fixation Rate 50%
• Fixed Nitrogen 50%
• Four Species 50%
• Interspecific Differences 50%
• Investment Strategy 50%
• Legume Shrub 100%
• Legume Species 100%
• Life History 50%
• Living Resources 50%
• Low Dose Rate 50%
• N2 Fixation 100%
• Nitrogen Availability 50%
• Nitrogen Budget 50%
• Nitrogen Deficiency 50%
• Nitrogen Fixation 100%
• Nitrogen Input 50%
• Nitrogen Limitation 50%
• Nitrogen Supply 50%
• Nodulation 100%
• Nodule 50%
• Partitioning Pattern 50%
• Perennial Legumes 100%
• Phosphorus Availability 100%
• Phosphorus Limitation 50%
• Physiological Cost 50%
• Plant Allocation 50%
• Plant Growth 50%
• Resource Partitioning 50%
• Seasonal Behavior 50%
• Seasonal Drought 100%
• Seasonally Dry Ecosystems 50%
• Seedling Survival 50%
• Soil Nitrogen Availability 50%
• Species Change 50%
• Symbiotic Fixation 100%
• Symbiotic Nitrogen Fixation 100%
• Terrestrial Ecosystems 50%
• Water Restriction 50%
• Water Stress 50%
• Water-limited Environments 50%
• Wet Season 50%

Agricultural and Biological Sciences

• Biomass Production 33%
• Drought Resistance 33%
• Life History 33%
• Nitrogen Assimilation 66%
• Nitrogen Fixation 100%
• Nodulation 66%
• Perennials 66%
• Plant Growth 33%
• Resistance Mechanisms 33%
• Root Nodule 66%
• Rooting 33%
• Symbiotic Nitrogen Fixation 66%
• Terrestrial Ecosystem 33%
• Water Stress 33%
• Wet Season 33%

Immunology and Microbiology

• Biomass Production 25%
• Drought Resistance 25%
• Life History 25%
• Nitrogen Availability 25%
• Nitrogen Fixation 100%
• Plant Growth 25%
• Resource Partitioning 25%
• Root Nodule 50%
• Rooting 25%