Isotope effects as new proxies for organic pollutant transformation

Keyphrases

• Compound-specific Isotope Analysis 100%
• Isotope Effect 100%
• Organic Pollutant Transformation 100%
• Transport Processes 50%
• Stable Isotope Ratios 50%
• C Isotopes 50%
• Change of Measure 50%
• Organic Compounds 50%
• Biodegradation Pathway 50%
• Degradation Pathway 50%
• Oxidative Reaction 50%
• Reductive Reaction 50%
• Nitroaromatics 50%
• Isotope Fractionation 50%
• Degradation Process 50%
• Pollutant Concentration 50%
• Benzotriazole 50%
• Multiple Processes 50%
• Micropollutants 50%
• Organic Pollutants 50%
• Pollutant Degradation 50%
• Fractionation Analysis 50%
• Concentration Dynamics 50%
• Biochemical Reactions 50%
• Major Challenges 50%
• N Isotope Fractionation 50%

Earth and Planetary Sciences

• Isotope Effect 100%
• Organic Pollutant 100%
• Fractionation 66%
• Transportation 33%
• Isotope Ratios 33%
• Pollutant Concentration 33%
• Pollutant Degradation 33%
• Micropollutant 33%
• Stable Isotope 33%
• Organic Compound 33%

Chemistry

• Fractionation 100%
• Isotope Effect 100%
• Chemical Kinetics Characteristics 50%
• Organic Compound 50%
• Biochemical Reaction 50%
• Stable Isotope 50%
• Benzotriazole 50%