Mineralisation of 14C 2,4-dichlorophenol and 14C glucose placed into the same or different hydrological domains as a bacterial inoculant

Medicine & Life Sciences

• Agricultural Inoculants 100%
• 2,4-dichlorophenol 84%
• Water 30%
• Glucose 28%
• Soil 27%
• Oils 10%
• Water Movements 7%
• Burkholderia 7%
• Xenobiotics 5%
• Chlorides 5%
• Biological Availability 4%
• Kinetics 3%
• Bacteria 3%

Agriculture & Biology

• 2,4-dichlorophenol 68%
• mineralization 45%
• glucose 27%
• water 18%
• soil aggregates 5%
• oils 5%
• Burkholderia 5%
• leachates 5%
• soil microorganisms 4%
• organic compounds 4%
• xenobiotics 4%
• sorption 4%
• soil water content 4%
• soil 4%
• tracer techniques 4%
• leaching 4%
• bioavailability 4%
• chlorides 3%
• kinetics 3%
• bacteria 2%
• testing 1%
• cells 1%

Earth & Environmental Sciences

• glucose 41%
• mineralization 34%
• substrate 25%
• water 13%
• rate 5%
• soil 5%
• soil aggregate 5%
• xenobiotics 5%
• oil 5%
• breakthrough curve 5%
• parameter 4%
• bioavailability 4%
• leachate 4%
• turnover 4%
• organic compound 4%
• moisture content 3%
• persistence 3%
• soil moisture 3%
• sorption 3%
• tracer 3%
• chloride 3%
• leaching 3%
• microorganism 3%
• effect 3%
• bacterium 2%
• cell 2%
• kinetics 2%
• test 1%