Impacts of atmospheric deposition on New Jersey pine barrens forest soils and communities of ectomycorrhizae

Keyphrases

• Ascomycetes 20%
• Atmospheric Deposition 100%
• Community Response 20%
• Cortinarius 20%
• Critical Loading 20%
• Data Combination 20%
• Deposition Rate 40%
• Differential Rate 20%
• Ectomycorrhiza 100%
• Ectomycorrhizal 100%
• European Data 20%
• Evolutionary Adaptation 20%
• Forest Communities 100%
• Forest Soil 100%
• Fungal Community 20%
• Greenhouse 20%
• Greenhouse Experiment 60%
• Lactarius 20%
• Limiting nutrient 20%
• Microbial Immobilization 20%
• Mycorrhizal 20%
• N Addition 60%
• N Application 20%
• N Availability 40%
• N Demand 20%
• N Deposition 80%
• N Supply 80%
• New Jersey Pine Barrens 100%
• Nitrogen Content 20%
• Oligotrophic Environment 20%
• Oligotrophic Soils 20%
• P Content 20%
• Pine Seedlings 40%
• Pine Tree 20%
• Pitch pine 80%
• Russula 20%
• Sandy Soil 20%
• Seedling Biomass 20%
• Soil Chemistry 20%
• Soil Horizons 20%
• Soil N Availability 20%
• Suilloid 20%
• Symbiont 20%
• Tree Seedlings 20%

Agricultural and Biological Sciences

• Forest Soil 100%