ScholarWorks@Korea University: Kwon, Man Jae

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Kwon, Man Jae (권만재)

College of Science (Department of Earth and Environmental Sciences)

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Tel 02-3290-3183
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Microbial community:4||Environmental forensics:2||Mineral precipitation:2||Source identification:2||Mineral recycling:1||Algae:1||LFR analysis:1||Soil contamination:1||Sphalerite:1||Dissimilatory sulfate reduction:1||Syntrophic acetate oxidation:1||Microbial community compositions:1||Fermenting bacteria:1||Geochemical methods:1||Groundwater microbial community:1||Attached to unattached microbe ratio:1||Pterocarpus santalinus:1||RBL2H3 mast cell:1||RDX:1||Scenedesmus:1||Soil flushing:1||Bacterial diversity:1||Pearson correlation:1||Radwaste disposal site:1||CO2:1||Abiotic Sb redox processes:1||Geophysical methods:1||Arsenic(V) reductase:1||Sequencebased methods:1||Alkaliphilic:1||Bacterial iron reduction:1||Sulfur oxidizing bacteria:1||Hydroponic cultivation:1||Eutrophication:1||Sb refining procedure:1||photodegradation:1||Staphylococcus:1||Burkholderia:1||Lead isotope:1||CO2 monitoring:1||Acid extraction:1||Mineral precipitates:1||Seepage water:1||Stable carbon isotope:1||Soil core analysis:1||Biomineralization:1||Antimony(V) reductase:1||Indigenous microbes:1||Sulfate reducing bacteria:1||Thermodynamic control:1||Insitu bioreactor:1||Nitrogen metabolism:1||Indoor farming:1||Sb distribution:1||Metal contamination:1||Geogenic source:1||Phosphorus removal:1||IgE:1||Th1/Th2related mediators:1||alkaline hydrolysis:1||Hydroponic system:1||Diesel contamination:1||Zinc contamination:1||Calcium sulfate minerals:1||Alkaliphilic bacteria:1||High resolution site characterization:1||Sb toxicity:1||Soil organic matter:1||Soil bacterial community:1||Ecological assembly process:1||Bentonite:1||Archaea:1||Tripuhyite:1||Vivianite:1||Leguminosae:1||denitration:1||Seawater intrusion:1||Zinc smelter:1||methanogenesis:1||Bioindicator:1||Soil bacteria and archaea:1||Redundancy analysis:1||Subsurface zonation:1||TPH biodegradation:1||Valentinite and senarmontite:1||Fe(III) (hydr)oxides:1||Iron reducing bacteria:1||Groundwater characterization:1||Hyperalkaline:1||Sequencing batch reactor:1||Metal source identification:1||nitramines:1||Insitu sampler:1||Microbial community dynamics:1||Bradyrhizobiaceae:1||Heavy metals:1||CO2 leakage analog site:1||Dissimilatory iron reduction:1||Terminal electron acceptors:1||Toxic metals:1||Sb biogeochemistry:1||Hydrocarbon:1||Acetate oxidation:1||Microbial Fe(III) reduction:1||Spent nuclear fuel repository:1||Soil microbial community:1||Struvite:1||Zincconcentrates:1||bacterial and archaeal community:1||Mineral transformation:1||XAFS:1||Underground silo disposal facility:1||Biogeochemical modeling:1||Hydrogenotrophic methanogenesis:1||Biotic Sb redox processes:1||Fe(III)Reducing bacteria:1||Temperature:1||Sulfate reducing bacteria:1||Available energy:1||Waste nutrient solution treatment:1||Stable Pb isotope:1||atopic dermatitis:1||Nitrogen and phosphorous uptake:1||groundwater chemistry:1||Heavy metal contamination:1||Syntrophic lactate oxidation:1||16S rRNA:1||Geogenic carbon dioxide:1||Anthropogenic influences:1||Contaminant plume:1||Microbial antimony(V) reduction:1||Electron transfer mediator:1||Microbial community development:1||Culturedependent and independent methods:1||Uranium:1||Cement dissolution:1||Landfill leachate:1||Alkaliresistant:1||Secondary minerals:1||Initial pH:1||Biofilm on rock surface:1||

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