Water and Ecology
- Research on securing water resources through nanotechnology and physicochemical
water treatment,
integrated water resource management, conversion of water pollutants using
microorganisms, and membrane-based seawater desalination
- Research on the fate of micropollutants in water and soil, remediation of
contaminants using bio- and nano-technology,
ecosystem modeling as a response to climate change, and securing biological
resources
- Stable Isotope Ecology LaboratoryProf. Chang-Keun Kang
- Environmental Toxicology & Chemistry LaboratoryProf. Sang-Don Kim
- Environmental Systems Engineering LaboratoryProf. Joon Ha Kim
- Evolutionary Ecology LaboratoryProf. Eunsuk Kim
- Water Security LaboratoryProf. Chang Woo Kim
- Environmental Mass Spectrometry & Analytical Chemistry LaboratoryProf. Tae Young Kim
- Water Quality and Treatment LaboratoryProf. Yunho Lee
- Enviromental Nanotechnology LaboratoryProf. Heechul Choi
- Applied&Environmental Microbiology LaboratoryProf. Hor-Gil Hur
Prof. Chang-Keun Kang
- Stable isotope ecology
- Marine food web structure
- Physiological energetics
- Biological oceanography
- Restoration ecology
Prof. Sang-Don Kim
- Environmental Toxicology and Chemistry
- Environmental/Human risk assessment
- Analysis of micropollutants and their metabolites
- Environmental impact assessment of ecosystem affected by chemical incidents
- Toxicity assessment using the AQUATOX model
Prof. Joon Ha Kim
- Environmental Systems Engineering
- Big Data Mining and Modeling of Complex Systems
- Development and Applications of Environmental Monitoring
- Optimization of Desalination Engineering
- Watershed-Management based on Water Quality Modeling
Prof. Eunsuk Kim
- Vulnerable species for climate change and invasive plant
- Population genetics
- Seed endophyte
- Ants and plant interaction
Prof. Chang Woo Kim
- Nanotechnology for Advanced Water Treatment
- Development of Next Generation Nanomaterials
- Development of Advanced Nano Membrane
- Environmental Implication of Engineering Materials and Anthropogenic Particles
- Fate and Transport of Microplastic in Water
Prof. Tae Young Kim
- Development of mass spectrometric methods for environmentally hazardous substances
- Biological risk assessment of microplastics and particulate matter
- Development of environmental multi-omics analysis tools
- Development of metabolic heavy water labeling techniques
- Study on big data processing of liquid chromatography-mass spectrometric analysis
Prof. Yunho Lee
- Drinking water quality and chemistry
- Water treatment processes
- Advanced oxidation and disinfection processes
- Fate of chemical and biological contaminants in urban water quality engineering
- Water reuse and enhanced wastewater treatment processes
- Separation processes for resource recovery & contaminant removal
Prof. Heechul Choi
- Development of functional polymeric separation membrane for environmental issue
- Development of functionalized nanofiber membrane for oil/water separation
- Development of high-efficiency nanofiber membrane composite to remove substance causing ultra-fine dust in white smoke
- Development of thermal insulating functional nanofibrous foam for energy efficiency
- Development of next-generation nanofiber filters for water and air purification
Prof. Hor-Gil Hur
- Antibiotic resistance bacteria and genes in various environments
- Microbial community analysis in domestic agricultural environment
- Development of degradation of plastics by bacteria
- Research on plastic-degrading bacteria in agricultural environment
- Analysis of plastic-degrading mechanisms of bacteria