Mycorrhizal symbioses influence the trophic structure of the Serengeti

Agriculture & Biology

• symbiosis 74%
• fungal biomass 49%
• biomass 48%
• mycorrhizal fungi 47%
• trophic levels 44%
• phosphorus 36%
• ecosystems 22%
• soil 19%
• tropical grasslands 16%
• grazing 16%
• nutritive value 15%
• predators 14%
• Bayesian theory 11%
• biotic factors 11%
• biomarkers 8%
• herbivores 8%
• biodiversity 8%
• triacylglycerols 7%
• fatty acids 6%
• uptake mechanisms 6%
• environmental factors 6%
• nutrients 5%
• organisms 5%
• synthesis 5%

Earth & Environmental Sciences

• trophic structure 100%
• symbiosis 92%
• biomass 47%
• fungus 28%
• trophic level 26%
• phosphorus 23%
• ecosystem 11%
• grazing 11%
• predator 11%
• soil 11%
• exclusion experiment 10%
• Bayesian analysis 8%
• biotic factor 7%
• abiotic factor 7%
• herbivore 6%
• biomarker 6%
• fatty acid 5%
• lipid 5%
• grassland 5%
• biodiversity 4%
• organism 4%
• nutrient 4%
• analysis 1%