Investigating sources of measured forest-atmosphere ammonia fluxes using two-layer bi-directional modelling

Keyphrases

• Ammonia Flux 100%
• Bidirectional Model 100%
• Two-layer 100%
• Leaf Fall 29%
• NH3-N 29%
• Ground Layer 17%
• Natural Sources 11%
• Cuticle Layer 5%
• Nighttime 5%
• Emission Potential 5%
• Exchange Processes 5%
• Leaf Litter 5%
• Boreal Forest Ecosystem 5%
• Leaves Emission 5%
• Photosynthesis 5%
• Reactive Nitrogen 5%
• Deposition Rate 5%
• Temperate Deciduous Forest 5%
• Forest Canopy 5%
• Plant Area Index 5%
• Soil-vegetation-atmosphere System 5%
• Bidirectional Exchange 5%
• Agricultural Region 5%
• Surface Energy Balance Flux 5%
• Environmental Implications 5%
• Flux Partitioning 5%
• Stomatal Conductance Model 5%
• Litter Layer 5%
• Midwestern USA 5%
• Flux Observation 5%
• Compensation Point 5%
• Net Ecosystem 5%
• Point Model 5%
• Observation Well 5%

Earth and Planetary Sciences

• Planetary Atmosphere 100%
• Emissions 100%
• Forest Ecosystem 50%
• Atmospherics 33%
• Denmark 16%
• United States of America 16%
• Vegetation 16%
• Environmental Consequence 16%
• Deciduous Forest 16%
• Annual Variation 16%
• Leaf Litter 16%
• Forest Canopy 16%
• Photosynthesis 16%
• Desorption 16%
• Surface Energy 16%
• Energy Balance 16%
• Exchange Rate 16%