Potential of wheat straw, spruce sawdust, and lignin as high organic carbon soil amendments to improve agricultural nitrogen retention capacity: An incubation study

Keyphrases

• Wheat Straw 100%
• Lignin 100%
• Retention Capacity 100%
• Organic Carbon 100%
• Nitrogen Retention 100%
• Soil Amendment 100%
• Incubation Study 100%
• Spruce Sawdust 100%
• Agricultural Nitrogen 100%
• Microbial N Immobilization 50%
• Sawdust 33%
• N 2O 33%
• N Immobilization 33%
• Contamination Risk 16%
• Agriculture 16%
• Immobilization 16%
• Ammonium Ion 16%
• Microbes 16%
• Incubation Experiment 16%
• Global Warming Potential 16%
• Straw 16%
• N Content 16%
• Winter Wheat 16%
• Agricultural Production 16%
• Sowing 16%
• Growing Season 16%
• Nitrate 16%
• N Uptake 16%
• Oilseed Rape 16%
• N Fertilization 16%
• Nitrous Oxide 16%
• Soil Mineral Nitrogen 16%
• Sandy Loam 16%
• Microbial Biomass 16%
• Soil Column 16%
• Nitrification 16%
• Laboratory Incubation 16%
• Hydrosphere 16%
• N-rich 16%
• Denitrifiers 16%
• Ammonia-oxidizing Bacteria and Archaea 16%
• Microbial Biomass Nitrogen 16%
• Field Bean 16%
• Fast Immobilization 16%
• Straw Pretreatment 16%

Agricultural and Biological Sciences

• Soil Amendment 100%
• Wheat Straw 100%
• Microbial Biomass 33%
• Common Wheat 16%
• Brassica Napus 16%
• Sandy Loam 16%
• Soil Minerals 16%
• Nitrification 16%
• Denitrifiers 16%
• Common Bean 16%
• Microorganism 16%
• Growing Season 16%
• Global Warming 16%
• Rapeseed 16%
• Purity 16%
• Archaeon 16%