A Simple Approach to Isolate Slow and Fast Cycling Organic Carbon Fractions in Central European Soils—Importance of Dispersion Method

Keyphrases

• Ultrasonication 100%
• Central European 100%
• Glass Beads 100%
• Slow-cycling 100%
• Organic Carbon Fractions 100%
• Dispersion Method 100%
• Fast Cycling 100%
• Soil Texture 66%
• Soil Organic Carbon 66%
• Soil Organic Carbon Pools 66%
• Time Expenditure 66%
• C3-C4 33%
• Central Europe 33%
• High-speed Applications 33%
• Highly Reliable 33%
• Particle Size 33%
• Isolated Fractions 33%
• Scale Assessment 33%
• Chemical Fractionation 33%
• Carbon Recovery 33%
• Agricultural Site 33%
• Soil Type 33%
• Fractionation Process 33%
• High Clay Content 33%
• Long-term Field Experiment 33%
• Turnover Rate 33%
• Clay Content 33%
• Isotope Ratio Mass Spectrometry 33%
• Non-chemical 33%
• 13C Isotope 33%
• Mass Recovery 33%
• C4 Vegetation 33%
• Particle Size Fractionation 33%
• Physical Fractionation 33%
• Ultrasonic Dispersion 33%
• Carbon Leaching 33%
• Chemical Dispersion 33%
• Drying Techniques 33%
• Organic Carbon Recovery 33%
• Isolation Performance 33%
• Sodium Hexametaphosphate 33%
• High Time 33%
• Result Reproducibility 33%
• Dispersion Techniques 33%
• Control Site 33%

Earth and Planetary Sciences

• Soil Organic Carbon 100%
• Organic Carbon 100%
• Fractionation 75%
• Soil Texture 50%
• Ultrasonics 25%
• Central Europe 25%
• Vegetation 25%
• Field Experiment 25%
• Isotope Ratios 25%
• Mass Spectroscopy 25%
• Sieving 25%
• Chemical Fractionation 25%

Agricultural and Biological Sciences

• Soil Organic Carbon 100%
• Soil Texture 50%
• Carbon Sink 50%
• Isotope-Ratio Mass Spectrometry 25%
• Reproducibility 25%
• Sieving 25%