Coping with artifacts induced by CaCO₃-CO₂-H₂O equilibria in substrate utilization profiling of calcareous soils

Keyphrases

• Formaldehyde 100%
• Calcareous Soil 100%
• Substrate Utilization 100%
• CO2 Retention 100%
• Substrate-induced Respiration 83%
• CO2 Evolution 66%
• Respiration Monitoring 66%
• Carboxylic Acids 50%
• Correction Factor 50%
• Headspace 50%
• Evolutionary Rate 33%
• PH Decrease 33%
• Respired CO2 33%
• Retention Level 33%
• Israel 16%
• Comparative Analysis 16%
• Solution Phase 16%
• Semi-arid 16%
• PH Value 16%
• Climatic Gradient 16%
• Soil pH 16%
• Experimental Determination 16%
• Acid Activation 16%
• Relative Magnitude 16%
• Soil Conditions 16%
• Arid Soils 16%
• Soil Solution 16%
• Gaseous Phase 16%
• Carbonate Species 16%
• Non-acidic 16%
• Soil Respiration 16%
• Equilibrium Reactions 16%
• Respiration Assay 16%
• CaCO3 Dissolution 16%
• Theoretical Distribution 16%
• Climate Aridity 16%
• Retention Factor 16%
• Retention Potential 16%
• Substrate-induced 16%

Earth and Planetary Sciences

• Calcareous Soil 100%
• Israel 33%
• Aridity 33%
• Soil Condition 33%
• Desert Soil 33%
• Soil Respiration 33%

Agricultural and Biological Sciences

• Calcareous Soil 100%
• Soil Quality 33%
• Soil Solution 33%
• Arid Soils 33%
• Soil Respiration 33%