Spatial distribution of geobacteraceae and sulfate-reducing bacteria during in situ bioremediation of uranium-contaminated groundwater

Engineering & Materials Science

• Bioremediation 100%
• Sediments 75%
• Groundwater 72%
• Uranium 71%
• Sulfates 69%
• Bacteria 68%
• Spatial distribution 67%
• Microorganisms 16%
• Minerals 13%
• Metabolism 8%
• Fluorescence 7%
• Microscopic examination 7%
• Iron 6%
• Oxides 5%
• Fluxes 5%
• Experiments 4%
• Monitoring 3%

Earth & Environmental Sciences

• sulfate-reducing bacterium 68%
• bioremediation 59%
• uranium 54%
• spatial distribution 42%
• in situ 37%
• groundwater 37%
• sediment 29%
• trial 16%
• sulfate 14%
• cell 12%
• microbial community 11%
• microorganism 10%
• biostimulation 9%
• mineral 7%
• targeting 6%
• acetate 6%
• field experiment 6%
• fluorescence 5%
• microscopy 5%
• metabolism 5%
• probe 5%
• oxide 5%
• well 4%
• iron 4%
• laboratory 3%
• monitoring 3%
• energy 3%
• experiment 2%
• distribution 2%
• rate 2%
• analysis 1%

Chemical Compounds

• Groundwater 66%
• Reduction 27%
• Mineral 14%
• Sulfate 13%
• Pharmacological Metabolism 6%
• Acetate 6%
• Probe 5%
• Fluorescence 5%
• Oxide 4%
• Purity 4%
• Energy 4%
• Surface 2%