Effects of excess nitrogen on biogeochemistry of a temperate hardwood forest: Evidence of nutrient redistribution by a forest understory species

Keyphrases

• Biogeochemistry 100%
• Viola 100%
• Forest Understory 100%
• Understory Species 100%
• Rubus 100%
• Excess Nitrogen 100%
• Temperate Hardwood Forests 100%
• Nutrient Redistribution 100%
• Biogeochemical Cycles 66%
• Magnesium 66%
• Foliar Tissue 66%
• Nitrate 33%
• Nitrogen N 33%
• Forest Ecosystem 33%
• Foliar 33%
• Enhanced Production 33%
• Terrestrial Ecosystems 33%
• Manganese 33%
• US Forests 33%
• Eastern USA 33%
• Community Composition 33%
• High-calcium 33%
• Base Cations 33%
• Rubus Allegheniensis 33%
• Ammonium Sulfate 33%
• Foliar N 33%
• Predominant Species 33%
• Atmospheric Nitrogen Deposition 33%
• N Deposition 33%
• Plant nutrients 33%
• Atmospheric Concentration 33%
• Foliar nutrition 33%
• Lower Plants 33%
• Aerial Application 33%
• Reactive N 33%
• N Emissions 33%
• Foliar Calcium 33%
• Plant-available 33%
• Herbaceous Layer 33%
• Fernow Experimental Forest 33%
• Herb Layer 33%
• Manganese-based 33%
• Herb Community 33%
• Enhanced Leaching 33%
• Stream Chemistry 33%
• Foliar Potassium 33%

Agricultural and Biological Sciences

• Watersheds 100%
• Hardwood Forests 100%
• Understory 100%
• Biogeochemistry 100%
• Viola 42%
• Rubus 42%
• Herbs 28%
• Isotopes of Calcium 28%
• Experimental Forests 14%
• Forest Ecosystem 14%
• Aerial Application 14%
• Rubus Allegheniensis 14%
• Terrestrial Ecosystem 14%
• Ammonium Sulfate 14%