Response of decomposing litter and its microbial community to multiple forms of nitrogen enrichment

Keyphrases

• Microbial Community 100%
• Nitrogen Enrichment 100%
• Decomposition Rate 100%
• Nitrogen Form 100%
• Green Leaves 100%
• Initial Decomposition 100%
• Gram-positive Bacteria 66%
• Gram-negative 66%
• Relative Abundance 66%
• Substrate Effect 66%
• Contrast Effect 66%
• Mass Remaining 66%
• Soil Carbon Pool 33%
• Nitrogen N 33%
• Forest Ecosystem 33%
• High Activity 33%
• Whitebark pine 33%
• Ecosystem Carbon 33%
• Community Structure 33%
• Enzyme Activity 33%
• Low Lignin 33%
• Pinus Strobus 33%
• N Concentration 33%
• Litter Decomposition 33%
• Ecosystem Fertility 33%
• Active Fraction 33%
• Model Fitting 33%
• Decomposer Community 33%
• Quercus Ellipsoidalis 33%
• N Availability 33%
• Litter N 33%
• Decomposition Approach 33%
• Atmospheric Nitrogen Deposition 33%
• Oak-pine 33%
• Community Function 33%
• Phospholipid Fatty Acid Analysis 33%
• Asymptotic Decomposition 33%
• Carbon Balance 33%
• Ligninolytic Enzymes 33%
• Mean Residence Time 33%
• Anthropogenic Nitrogen Deposition 33%
• Single Exponential Model 33%
• Decomposition Model 33%
• Activity Abundance 33%
• Organic Form 33%
• Decomposition Stages 33%
• Fresh Litter 33%
• Polysaccharide-degrading Enzyme 33%
• Fertility Balance 33%

Agricultural and Biological Sciences

• Quercus 100%
• Microbial Community 100%
• Pinus strobus 100%
• Gram-Positive Bacteria 100%
• Forest Ecosystem 50%
• Polysaccharide 50%
• Carbon Sink 50%
• Litter Decomposition 50%
• Quercus Ellipsoidalis 50%
• Soil Carbon 50%
• Carbon Balance 50%
• Decomposer Communities 50%
• Enzyme Activity 50%
• Fatty Acids 50%