Linking invertebrate communities to decomposition rate and nitrogen availability in pine forest soils

Keyphrases

• Nematodes 100%
• Decomposition Rate 100%
• Mineral Soil 100%
• Invertebrate Communities 100%
• Pine Forest Soil 100%
• Ammonium Ion 66%
• Ecological Processes 66%
• Undisturbed Forest 66%
• Disturbed Forest 66%
• No. 3 66%
• In Situ 33%
• Environmental Factors 33%
• Principal Coordinate Analysis (PCoA) 33%
• North Carolina 33%
• Spatial Variability 33%
• Chemical Properties 33%
• Weight Loss 33%
• Canonical Correlation 33%
• N Mineralization 33%
• Land Resources 33%
• Invertebrates 33%
• Arthropods 33%
• Ammonium 33%
• Coastal Plain 33%
• Covariables 33%
• Biological Indicators 33%
• N Availability 33%
• Soil Chemical 33%
• Soil Processes 33%
• Soil Quality Indicators 33%
• Soil Microclimate 33%
• Wood Decomposition 33%
• Resource Regions 33%
• Pine Forest 33%
• Collembolans 33%
• Soil N Availability 33%
• Coastal Mountains 33%
• Piedmont 33%
• Nematode Community 33%
• Arthropod Community 33%

Agricultural and Biological Sciences

• Pinus 100%
• Nematode 100%
• Forest Soil 100%
• Mineral Soils 75%
• Environmental Factor 25%
• Coastal Plain 25%
• Microclimate 25%
• Principal Component Analysis 25%
• Land Resources 25%
• Arthropod Communities 25%
• Collembola 25%
• Soil Invertebrate 25%
• Biological Indicator of Soil Quality 25%