Soil properties influence bacterial abundance and diversity under different land-use regimes in semi-arid environments

Keyphrases

• Bacterial Diversity 100%
• Semi-arid Environment 100%
• Soil Properties 100%
• Bacterial Abundance 100%
• Land-use Regime 100%
• Electrical Conductivity 75%
• Cation Exchange Capacity 75%
• Sludge 50%
• Clay 50%
• Organic Matter Content 50%
• Saline Soil 50%
• Garden Soil 50%
• Routine Laboratory 25%
• Laboratory Procedures 25%
• Botswana 25%
• Soil Samples 25%
• Physicochemical Properties 25%
• Organic Matter 25%
• Phosphorus P 25%
• Ecosystem Function 25%
• Total Phosphorus 25%
• Improved Management 25%
• New Frontiers 25%
• Clay Content 25%
• Management Practices 25%
• Land Use Management 25%
• Land Use 25%
• Genome Analysis 25%
• P Content 25%
• Soil Bacteria 25%
• Acidobacteria 25%
• Salt-affected 25%
• Firmicutes 25%
• Proteobacteria 25%
• Saline Sludge 25%
• Next-generation Sequencing 25%
• Soil Ecosystem Services 25%
• Habitat Disturbance 25%
• Soil Saline 25%
• Bacteroidetes 25%
• Actinobacteria 25%
• Metagenomic Study 25%
• Phosphorus Cations 25%
• 16S rRNA Metagenomics 25%

Earth and Planetary Sciences

• Organic Matter 100%
• Arid Environment 100%
• Electrical Resistivity 100%
• Ion Exchange 100%
• Soil Property 100%
• Sludge 100%
• Land Use 66%
• Botswana 33%
• Ecosystem Function 33%
• Ecosystem Service 33%

Agricultural and Biological Sciences

• Metagenomics 66%
• Soil Ecosystem 33%
• Firmicutes 33%