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

Keyphrases

• Ectomycorrhizal 100%
• Ectomycorrhizal Fungi 100%
• Nitrogen Addition 100%
• Phosphorus Addition 100%
• Black Spruce Forest 100%
• Soil-plant 40%
• P Availability 40%
• N Availability 40%
• Fungal Biomass 40%
• Boreal Forest 40%
• N Addition 40%
• P Addition 40%
• Nutrient Availability 20%
• Plant-soil 20%
• Nitrogen N 20%
• Phosphorus P 20%
• Ecosystem Function 20%
• Bulk Soil 20%
• In Situ 20%
• N Cycling 20%
• Warm Climate 20%
• Soil Nitrate 20%
• N Fertilization 20%
• Soil Fungi 20%
• Plant Productivity 20%
• Ecosystem Properties 20%
• Plant nutrition 20%
• Soil Fungal 20%
• Soil Carbon Sequestration 20%
• Biomass Growth 20%
• N Limitation 20%
• Carbon Use Efficiency 20%
• Biomass Activity 20%
• Ecological Information 20%
• Organic Matter Decomposition 20%
• P Fertilization 20%
• Fungal Growth 20%
• Black Spruce 20%
• Northern Forests 20%
• Boreal Black Spruce Forest 20%
• Fungal Activity 20%
• Plant N Demand 20%
• Nitrate Isotopes 20%
• P Demand 20%
• Denitrifying Bacteria 20%

Agricultural and Biological Sciences

• Ectomycorrhizal Fungi 100%
• Picea mariana 100%
• Boreal Forest 40%
• Nutrient Availability 20%
• Host Plant 20%
• Soil Carbon 20%
• Soil Organic Matter 20%
• Bulk Soil 20%
• Carbon Sequestration 20%
• Plant Nutrition 20%
• Denitrifying Bacterium 20%

Immunology and Microbiology

• Ectomycorrhiza 100%
• Black Spruce 100%
• Fungal Biomass 40%
• Mediator 20%
• Dynamics 20%
• Carbon Sequestration 20%
• Volume 20%
• Denitrifying Bacterium 20%