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

Earth & Environmental Sciences

• acid 19%
• acid deposition 18%
• acidification 14%
• atmospheric deposition 80%
• cation 37%
• consumption 10%
• critical load 100%
• forest ecosystem 72%
• mineralization 22%
• modeling 31%
• nutrient cycling 83%
• oak 14%
• parent material 16%
• pine 13%
• saturation 21%
• silicate 12%
• simulation 6%
• soil 32%
• soil acidification 19%
• soil chemistry 19%
• sustainability 56%
• topsoil 14%
• weathering 62%
• weathering rate 19%

Engineering & Materials Science

• Acidification 37%
• Acids 34%
• Aging of materials 10%
• Ecosystems 81%
• Industry 16%
• Nutrients 94%
• Positive ions 47%
• Silicates 14%
• Soils 59%
• Sustainable development 67%
• Weathering 93%

Chemical Compounds

• Acid 19%
• Amorphous Material 26%
• Amount 8%
• Cation 33%
• Chemistry 11%
• Ecosystem 90%
• Nutrient 80%
• pH Value 31%
• Reduction 17%
• Simulation 11%
• Soil 64%
• Soil Acidification 39%
• Weathering 90%