Soil pH determines the shift of key microbial energy metabolic pathways associated with soil nutrient cycle

Keyphrases

• Soil pH 100%
• N2O Emission 28%
• Fertilizer Treatment 28%
• Urea 21%
• Gene Abundance 21%
• Fertilizer 14%
• Carbon Fixation 14%
• Interaction Effect 14%
• Microbial Function 14%
• Denitrifiers 14%
• Soil Fertilizer 14%
• Concentrated Vinasse 14%
• Methane Metabolism 14%
• Energy Metabolism 7%
• Metabolic Pathway 7%
• Nitrogen Metabolism 7%
• Microbial Activity 7%
• Denitrification 7%
• Microbial Abundance 7%
• Relative Abundance 7%
• Low pH 7%
• Nitrogen Cycle 7%
• Environmental Processes 7%
• Carbon Cycle 7%
• Sulfur 7%
• CH4 Emission 7%
• Microbial Diversity 7%
• Sulfur Cycle 7%
• Elemental Sulfur 7%
• Agricultural Land 7%
• Soil Microbial Abundance 7%
• Chemical Effect 7%
• Potential Interaction 7%
• Shotgun Sequencing 7%
• Organic Fertilizer 7%
• Soil Microbial Function 7%
• Low Soil pH 7%
• Microbial Functional Genes 7%
• Functional Gene Abundance 7%
• Soil Acidification 7%
• Microbial Genes 7%
• Sulfur Metabolism 7%
• Amino Acid Synthesis 7%
• Microbial Functionality 7%

Immunology and Microbiology

• Urea 100%
• Carbon Fixation 66%
• Energy Metabolism 33%
• Nitrogen Metabolism 33%
• Metagenome 33%
• Denitrification 33%
• Microbial Activity 33%
• Microbial Gene 33%
• Amino Acid Synthesis 33%