지구와 기후변화 테스트_영문
Atmospheric Science and Engineering
Research on preparing for environmental and climate changes through climate modeling, transport and fate study of air pollutants, and the development of air pollutant purification catalysts
Aerosol Technology and Monitoring Laboratory (ATML)
Prof. Kihong Park
Research Fields
- Development of aerosol generation and measurement technology
- PM2.5 monitoring and sources
- Atmospheric new particle formation (NPF)
- Construction of PM2.5 toxicity
- AI-based prediction of NPF and aerosols
Atmospheric chemical Information Research Laboratory (AIRL)
Prof. Chul-Han Song
Research Fields
- Short- and medium-range forecasting of particulate matter
- Development of the integrated system of air quality modeling system and satellite data
- Prediction of air quality using a 3-D chemical transport model
- Development of forecasting model using artificial intelligence
- Research on multi-phase chemical reactions of aerosols
Atmospheric Trace Molecule Sensing Laboratory(ATMOS)
Prof. Kyung-Eun Min
Research Fields
- Investigations on the controllers in air quality degradation (aerosol and ozone)
- Quantifying the source strengths of the climate changing drivers
- Development of the state-of-the-art instrument for trace level air pollutant monitoring
- Intensive field measurements (ground-, ship- and air-borne)
- Assessment of the effectiveness of climate and air quality policies
Climate Analysis and Modeling Laboratoty(CAML)
Prof. Jinho Yoon
Research Fields
- Anthropogenic (man-made) climate change vs. Natural climate variability
- Understanding Weather-Climate Extremes
- Aerosol-Cloud-Precipitation interaction
- Development and analysis of Earth System Modeling
- Geoengineering
Envirionmental Catalysis
Prof. Sungbong Kang
Research Fields
- Heterogeneous catalysis for air pollution control
- Chemical reaction/kinetics and surface analysis
- CO2 adsorption/desorption and its utilization
- H2 production by NH3 decomposition catalyst
- H2 production by reforming (CO2-CH4) catalyst
Environmental Chemistry and Ecologya
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
Soil Environment Laboratory
Prof. Kyoung-Woong Kim
Research Fields
- Prediction of geochemical behavior of pollutants
- Development of eco-friendly soil/groundwater remediation techniques
- Development of ecosystem restoration technologies in response to the climate change
- Development of remediation techniques for arsenic contaminated soil
Environmental Mass Spectrometry
Prof. Tae Young Kim
Research Fields
- 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
Trace metal biogeochemistry Laboratory
Prof. Seunghee Han
Research Fields
- Biogeochemical cycling of trace metals
- Climate change effects on trace metal cycling
- Metal-mineral biogeochemical interactions
- Atmospheric deposition of trace metals
- Materials for trace element remediation and recovery
Earth Materials Science Laboratory(EMSL)
Prof. Huijeong Hwang
Research Fields
- Extreme condition science
- Reduction to environmental pollutant
- Solid Earth water cycle
- Carbon capture using porous materials
- In-situ X-ray measurements
Stable Isotope Ecology Laboratory
Prof. Chang-Keun Kang
Research Fields
- Stable isotope ecology
- Marine food web structure
- Physiological energetics
- Biological oceanography
- Restoration ecology
Evolutionary Ecology Laboratory
Prof. Eunsuk Kim
Research Fields
- Vulnerable species for climate change and invasive plant
- Population genetics
- Seed endophyte
- Ants and plant interaction
Applied&Environmental Microbiology Lab
Prof. Hor-Gil Hur
Research Fields
- 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