Modelling impacts of atmospheric deposition, nutrient cycling and soil weathering on the sustainability of nine forest ecosystems

Keyphrases

• Atmospheric Deposition 100%
• Al Concentration 100%
• Nutrient Soil 100%
• Soil Weathering 100%
• Business-as-usual Scenario 100%
• Load Scenarios 66%
• Base Saturation 66%
• Base Cations 66%
• Soil Chemistry 33%
• Oak Stands 33%
• Enhanced Release 33%
• Silicate Weathering 33%
• Soil Acidification 33%
• Acid Deposition 33%
• Pine Stands 33%
• Cation Pool 33%
• Oak-pine 33%
• Soil System 33%
• Weathering Rates 33%
• N Supply 33%

Earth and Planetary Sciences

• Soil Weathering 100%
• Critical Load 100%
• Environmental Impact Assessment 100%
• Forest Ecosystem 100%
• Atmospheric Deposition 100%
• Nutrient Cycling 100%
• Sweden 40%
• Denmark 20%
• Weathering Rate 20%
• Acid Deposition 20%
• Soil Chemistry 20%
• Soil Acidification 20%
• Topsoil 20%
• Netherlands 20%
• Parent Material 20%

Agricultural and Biological Sciences

• Atmospheric Deposition 100%
• Soil Weathering 100%
• Critical Load 100%
• Base Saturation 40%
• Acid Deposition 20%
• Soil Chemistry 20%
• Soil Acidification 20%