Vector analysis of ecoenzyme activities reveal constraints on coupled C, N and P dynamics

Keyphrases

• C Dynamics 100%
• Enzyme Activity 100%
• N Dynamics 100%
• N-acetylglucosaminidase 100%
• Vector Analysis 100%
• P Dynamics 100%
• Ecoenzyme Activity 100%
• Alkaline Phosphatase 66%
• Leucine Aminopeptidase 66%
• Arcsine 66%
• P Demand 66%
• Microbial Community 33%
• Relative Resources 33%
• Puerto Rico 33%
• Quality Effect 33%
• Nutrient Limitation 33%
• Quantitative Methods 33%
• Alkaline Phosphatase Activity 33%
• P Acquiring 33%
• Extracellular Enzymes 33%
• Litter Type 33%
• Cellulose 33%
• Decomposer Community 33%
• N Acquisition 33%
• Resource Demand 33%
• Local Production 33%
• P Limitation 33%
• Change Patterns 33%
• Statistical Distribution 33%
• Freshwater Periphyton 33%
• N Limitation 33%
• Consistent Method 33%
• Data Distribution 33%
• Microbial N 33%
• Microbial C 33%
• N Demand 33%
• Logit Transformation 33%
• Active Vector 33%
• High-alkaline 33%
• Square Root Transformation 33%
• Total Microbial Biomass 33%
• Acidic Soil 33%
• P Acquisition 33%
• 4-glucosidase 33%
• Soil Lead 33%
• Microbial P 33%
• Antarctic Dry Valleys 33%
• Vector Characteristics 33%
• Luquillo 33%
• Lower Montane Forest 33%
• Further Analysis 33%
• Aquatic Sediment 33%

Earth and Planetary Sciences

• Enzyme Activity 100%
• Microbial Community 33%
• Puerto Rico 33%
• Decomposer Community 33%
• Mountain Forest 33%
• Periphyton 33%
• Statistical Distribution 33%