Decoupled stoichiometric, isotopic, and fungal responses of an ectomycorrhizal black spruce forest to nitrogen and phosphorus additions

Medicine & Life Sciences

• Bacteria 6%
• Biomass 36%
• Carbon 9%
• Carbon Sequestration 21%
• Climate 11%
• Ecosystem 21%
• Fertilization 21%
• Forests 93%
• Fungi 52%
• Growth 14%
• Isotopes 10%
• Nitrates 10%
• Nitrogen 76%
• Nutrients 8%
• Phosphorus 82%
• Soil 52%
• Taiga 38%
• Uncertainty 8%

Agriculture & Biology

• biomass 6%
• boreal forests 26%
• carbon 7%
• carbon sequestration 12%
• degradation 6%
• denitrifying bacteria 16%
• ecological function 12%
• ecosystems 8%
• fungal biomass 28%
• fungi 40%
• global warming 11%
• host plants 8%
• isotopes 11%
• nitrates 9%
• nitrogen 45%
• nutrient availability 11%
• phosphorus 57%
• Picea mariana 100%
• plant nutrition 12%
• prediction 15%
• soil 16%
• soil organic matter 10%
• uncertainty 11%

Earth & Environmental Sciences

• bacterium 8%
• biomass 23%
• boreal forest 26%
• carbon 7%
• carbon sequestration 12%
• climate 6%
• decomposition 9%
• demand 16%
• ecosystem 7%
• ecosystem function 13%
• fungus 56%
• host plant 17%
• in situ 7%
• isotope 9%
• nitrate 9%
• nitrogen 46%
• nutrient availability 14%
• nutrition 13%
• phosphorus 56%
• plant and fungus 19%
• prediction 12%
• productivity 8%
• soil 16%
• soil carbon 13%
• soil organic matter 12%
• warming 10%