Accumulation of nitrogen and microbial residues during 2000 years of rice paddy and non-paddy soil development in the Yangtze River Delta, China

Keyphrases

• China 100%
• Soil Development 100%
• Nitrogen Residue 100%
• Paddy Soil 100%
• Yangtze River Delta 100%
• Microbial Residues 100%
• Rice Paddy 100%
• Paddy 80%
• Amino Sugars 60%
• N Accumulation 40%
• Chronosequence 40%
• Steady-state Conditions 20%
• Organic Matter 20%
• Land Use Change 20%
• Fungi 20%
• Bulk Density 20%
• Surface Soil 20%
• Nitrogen N 20%
• N Availability 20%
• Paddy Field 20%
• Soil Microorganisms 20%
• N Status 20%
• Embankment 20%
• Land Use Systems 20%
• Accumulation Process 20%
• Lowland Rice 20%
• Microbial N 20%
• Rice Cropping 20%
• Paddy Cultivation 20%
• Absolute Content 20%
• N Stock 20%
• Paddy Management 20%
• Cultivated Soil 20%
• Hangzhou 20%
• Rice Paddy Soil 20%
• Future Land Use 20%
• Surface Horizons 20%
• Paddy System 20%
• Total Mineral 20%
• Bacterial Residue 20%

Agricultural and Biological Sciences

• Paddies 100%
• Paddy Soil 100%
• River Deltas 100%
• Amino Sugar 37%
• Chronosequence 25%
• Subsoil 25%
• Lowlands 12%
• Soil Microorganism 12%
• Land Use Change 12%
• Bulk Density 12%
• Land Use 12%