Sympatric pairings of dryland grass populations, mycorrhizal fungi and associated soil biota enhance mutualism and ameliorate drought stress

Keyphrases

• Adaptation 20%
• Allopatric 20%
• Arbuscular Mycorrhizal Fungal 80%
• Arbuscular Mycorrhizal Fungi 80%
• Arbuscular Mycorrhizal Symbiosis 20%
• Arbuscule 60%
• Bouteloua Gracilis 40%
• Co-adaptation 20%
• Dark Septate Endophytes 20%
• Drought Stress 100%
• Dry Sites 40%
• Drying Treatment 60%
• Drylands 100%
• Effects on Plants 20%
• Extreme Soils 60%
• Fungal Hyphae 40%
• Fungal Structures 60%
• Fungal Symbionts 20%
• Fungi 20%
• Grass 100%
• Hyphae 20%
• Limiting nutrient 20%
• Local Environment 20%
• Local Soil 20%
• Mutualism 100%
• Mycorrhizal Fungi 100%
• Plant Genotype 20%
• Plant Growth 40%
• Plant Performance 20%
• Plant Symbiont 40%
• Semi-arid 20%
• Soil Biota 100%
• Soil Drying 60%
• Soil Inoculum 20%
• Soil nutrients 20%
• Soil-borne 20%
• Symbiosis 20%
• Water Availability 40%
• Water Restriction 20%
• Water Stress 20%
• Wet Sites 40%

Agricultural and Biological Sciences

• Arbuscular Mycorrhizal Fungi 66%
• Bouteloua gracilis 33%
• Ecotype 100%
• Hypha 50%
• Mutualism 100%
• Mycorrhiza 100%
• Plant Growth 33%
• Plant Symbionts 16%
• Soil Biota 100%
• Soil Inoculation 16%
• Soil Nutrient 16%
• Symbion 16%
• Sympatry 16%
• Water Stress 16%

Immunology and Microbiology

• Arbuscular Mycorrhiza 66%
• Ecotype 100%
• Fungal Structures 50%
• Hypha 50%
• Inoculum 16%
• Mycorrhiza 100%
• Plant Growth 33%
• Symbion 33%
• Symbiosis 100%
• Sympatry 16%