Nitrogen alters carbon dynamics during early succession in boreal forest

Keyphrases

• Fertilization 100%
• Boreal Forest 100%
• Carbon Dynamics 100%
• Boreal Ecosystems 100%
• Early Succession 100%
• Soil Respiration 66%
• C Cycling 66%
• Boreal Zone 66%
• N Addition 66%
• Soil C Stock 66%
• Rate of Increase 33%
• Growing Season 33%
• Nutrient Availability 33%
• Climate Change 33%
• Nitrogen Fertilization 33%
• N Availability 33%
• Frequent Fire 33%
• Fertilizer 33%
• Fire Frequency 33%
• C Storage 33%
• N Fertilization 33%
• Fungal Community 33%
• Respiration Rate 33%
• Early-successional 33%
• Fold Increase 33%
• Nutrient-poor 33%
• Aboveground Net Primary Productivity 33%
• Decomposition Rate 33%
• Litter Mass Loss 33%
• Total Microbial Biomass 33%
• C Concentration 33%
• C Cycle 33%
• Wood Products 33%
• Fertilization Experiment 33%
• Decline Rate 33%
• Early Successional Stage 33%
• C Substrate 33%
• Ascomycota 33%
• Biomass Decline 33%
• Plant Inputs 33%
• Organic Horizon 33%
• Extracellular Enzymes 33%
• Boreal Landscape 33%
• Initial Loss 33%
• Forest Yield 33%
• Poor Region 33%
• Chitin-degrading Enzymes 33%
• Cellulose-degrading Enzymes 33%
• Active Fungal Communities 33%

Agricultural and Biological Sciences

• Boreal Forest 100%
• Fungal Communities 66%
• Soil Respiration 66%
• Growing Season 33%
• Nutrient Availability 33%
• Climate Change 33%
• Soil Horizon 33%
• Microbial Biomass 33%
• Wood Product 33%
• Primary Productivity 33%
• Organic Soil 33%
• Chitin 33%
• Ascomycota 33%
• Forest Yields 33%