Historical changes in soil acidification inferred from the dendrochemistry of a Tateyama cedar at Bijodaira, Mt. Tateyama, Japan

Keyphrases

• Japan 100%
• Mt. Tateyama 100%
• Historical Change 100%
• Cedar 100%
• Dendrochemistry 100%
• Soil Acidification 100%
• Ca2+ 25%
• Ca Concentration 25%
• Acidic Pollutants 25%
• Acidic Deposition 25%
• Tree Rings 25%
• Mn2+ 12%
• Mg2+ 12%
• Central Japan 12%
• Japanese Cedar 12%
• Cryptomeria Japonica 12%
• Increasing Trends 12%
• Nitric Acid 12%
• Soil Environment 12%
• Eastern Asia 12%
• Sulfuric Acid 12%
• Pollutants 12%
• Nutrient Availability 12%
• Significant Loss 12%
• Mn Concentration 12%
• Rapid Economic Growth 12%
• Al3+ 12%
• Asian Continent 12%
• Pb Concentration 12%
• Mg Concentration 12%
• Road Construction 12%
• Industrial Activities 12%
• Pb2+ 12%
• Sr2+ 12%
• Long-range Transport 12%
• Ba2+ 12%
• Heartwood 12%
• Sr Concentration 12%
• Acid Fog 12%
• Forest Soil 12%
• Radial Distribution 12%
• Sapwood 12%
• Nutrient Cations 12%
• Soil Water 12%
• Base Cations 12%
• Historical Evolution 12%
• Local Roads 12%
• Asian Nation 12%
• Root Zone 12%
• Building Activity 12%
• Al Stress 12%
• Acidic Soil 12%

Earth and Planetary Sciences

• Japan 100%
• Soil Acidification 100%
• Tree rings 25%
• Eastern Asia 12%
• Soil Water 12%
• Emissions 12%
• Industrial Activity 12%
• Forest Soil 12%
• Radial Distribution 12%
• Long-Distance Transport 12%
• Rooting 12%
• Continent 12%

Agricultural and Biological Sciences

• Soil Acidification 100%
• Cryptomeria japonica 12%
• Forest Soil 12%
• Soil Water 12%
• Heartwood 12%
• Rooting 12%
• Sapwood 12%
• Nutrient Availability 12%