Changes in chemical and biochemical soil properties induced by 11-yr repeated additions of different organic materials in maize-based forage systems

Earth and Planetary Sciences

• Soil 100%
• Microbial Biomass in Soil 53%
• Utilization 26%
• Corn 26%
• Soil Respiration 20%
• Addition 20%
• Organic Material 20%
• Management 20%
• Slurry 20%
• Amount 20%
• Manure 20%
• Soil Quality 13%
• Plant Residue 13%
• Soil Degradation 13%
• Region 13%
• History 13%
• Carbon 13%
• Straw 13%
• Content 13%
• Term 6%
• Forage 6%
• Rate 6%
• Variability 6%
• Field Experiment 6%
• Urea 6%
• Medium 6%
• Breeding 6%
• Risk 6%
• Intensive Agriculture 6%
• Mineral 6%
• Farm 6%
• Datum 6%
• Suitability 6%
• Organic Carbon 6%
• Input 6%
• Fertilization 6%
• Mineralization 6%
• Accumulation 6%
• Area 6%
• Nitrogen 6%
• Biological Characteristics 6%
• Microbial Activity 6%
• Italy 6%
• Soil Property 6%
• Fertiliser 6%
• Soil Layer 6%
• Incorporation 6%

Agricultural and Biological Sciences

• Maize 26%
• Materials 20%
• Slurries 20%
• Soil Respiration 20%
• Straw 13%
• Organic Soils 13%
• History 13%
• Soil Quality 13%
• Microbial Activity 6%
• Variability 6%
• Fields 6%
• Risk 6%
• Minerals 6%
• Animal Genetics 6%
• Urea 6%
• Soil Properties 6%
• Cropping System 6%
• Area 6%