Long-term fertilizer application alters microbial resource limitations in soil aggregates via nutrient and microbial resource allocation

Keyphrases

• Carbon Limitation 25%
• Cow Manure 50%
• Ecological Stoichiometry 25%
• Extracellular Enzyme Stoichiometry 50%
• Extracellular Enzymes 25%
• Farmland Ecosystem 25%
• Fertilization 75%
• Fertilization Regimes 25%
• Fertilizer Formulation 25%
• Long-term Fertilization 100%
• Macroaggregates 25%
• Microaggregates 25%
• Microbial Biomass 25%
• Microbial Carbon Limitation 25%
• Microbial Nitrogen Limitation 25%
• Microbial Resource Limitation 100%
• Microbial Resources 100%
• Nitrogen Limitation 25%
• Nitrogen Resources 25%
• Nutrient Limitation 25%
• Nutrient Resources 100%
• Soil Aggregate Size 100%
• Soil Aggregates 100%
• Soil Carbon 25%
• Soil Extracellular Enzymes 25%
• Vector Analysis 25%

Earth and Planetary Sciences

• Aggregate Size 57%
• Chemical Fertiliser 42%
• Fertilizer Application 100%
• Macroaggregate 14%
• Microaggregate 14%
• Microbial Resource 100%
• Resource Allocation 100%
• Soil Aggregate 100%
• Soil Carbon 14%
• Soil Nutrient 14%
• Stoichiometry 42%

Agricultural and Biological Sciences

• Agroecosystem 14%
• Chemical Fertilizer 42%
• Fertilizer Application 100%
• Least Square 14%
• Microaggregate 14%
• Microbial Biomass 14%
• Resource Allocation 100%
• Rice Straw 14%
• Soil Aggregate 100%
• Soil Carbon 14%