Ph. D.
| Yeseul Cho. (2024). Retrieval algorithm for GEMS aerosol optical properties: Improvement, validation and post-processing |
| Jaemin Hong. (2023). Synergy of CO2 and Air Pollutants in Satellite XCO2 Retrieval and Air Quality Assessment |
| Hyun Kwang Lim. (2022). Development of aerosol optical property retrieval algorithm using AHI and data fusion by integration of GEO satellite products |
| Hee Sung Chong. (2021). Optimization of spectral fitting for trace gas column retrievals from hyperspectral UV-VIS spectrometers: Implications of spaceborne OMPS-NM and airborne GeoTASO retrievals for the GEMS mission |
| Seo Young Lee. (2021). Retrieval of Aerosol Optical Properties from GOCI and GOCI-II and Applications to Trend and Transport Analyses in East Asia |
| Hana Lee. (2021). Analysis of Ozone and UV radiation using Ground-based and Satellite instruments over Antarctica and East Asia |
| Su Jung Go. (2020). Improved Retrieval of Aerosol Optical Properties from Geostationary Environment Monitoring Spectrometer: Aerosol Model Improvement and Synergistic use of Broadband Meteorological Imager |
| Sang Hee Lee (2018), Development of aerosol retrieval algorithm over East Asia from TANSO-CAI measurements onboard GOSAT |
| Myung-je Choi. (2017). Retrieval of aerosol optical properties from GOCI : algorithm improvement, analysis and application to PM |
| Chu-Yong Chung (2017), Retrieval of cloud detection and cloud top height using Meteosat-10 measurements and comparison with the CALIOP and CPR products |
| Woo-gyung Kim. (2017). Retrieving XCO2 from GOSAT FTS over East Asia using Simultaneous Aerosol Information from CAI |
| Yeonjin Jung. (2016). Atmospheric CO2 Retrieval with Improved Aerosol Information Using Optimal Estimation from GOSAT SWIR Channels |
| Ukkyo Jeong. (2015). Error analysis and characterization of the atmospheric trace gas and aerosol inversion products from the hyper-spectral remote sensing measurements based on the optimal estimation method |
| Mijin Kim. (2015). Improvement of aerosol optical properties retrieval over Asia using Visible and UV measurements from geostationary satellite |
| Sang Seo Park. (2013). Retrieval of aerosol effective height using O4 band from OMI with its type detection from MODIS over East Asia |
| Yun Gon Lee. (2011). Spring dust activity over northeast Asia related to large-scale climate variables and application to seasonal prediction |
| Jae Hwa Lee. (2011). Improvement of aerosol optical properties retrieved from visible and near-infrared measurements of MODIS and MISR |
M. S.
| Long-term trend of aerosol optical depth (AOD) derived from MODIS Aqua using linear regression and ensemble empirical mode decomposition over Asia |
| Hana Lee. (2015). Atmospheric transmissions by cloud, aerosol and ozone in the solar UV and total radiation in Seoul, Korea |
| Inter-comparison of NO2 column densities retrieved by ground-based MAX-DOAS and Pandora, and space borne OMI measurements over Seoul |
| Su Jung Go. (2014). Retrieval of UV aerosol index using backscattered monochromatic radiance measured by ozone monitoring instrument |
| Sora Seo. (2014). Analysis of spatio-temporal relationship between AOD and surface PM in Korea using ground-based and satellite measurements during the DRAGON-Asia campaign |
| Comparisons of physical and chemical properties of dust and haze using surface observations and vertical profiles at Seoul |
| J.Y. Kim (20..), Comparison of total column ozone densities measured by ozone monitoring instrument (OMI), Brewer spectrophotometer, and Dobson spectrophotometer |
| Nayoung Cho. (2011). Analysis of spectral enhancement of UV and visible radiation due to clouds by Brewer Spectrophotometer observation and Monte Carlo radiative transfer model calculation |
| Ukkyo Jeong. (2010). Effect of meteorological conditions on visibility and aerosol concentration in Seoul using surface measurements and satellite data |
| Sung Hwa Choi. (2009). Transport characteristics of Asian dust using synoptic analysis and satellite measurements |
| Yeon Joo Lee. (2008). Regional and seasonal variations of tropopause observed by radiosonde and ozonesonde |
| Yoon Mi Kim. (2008). Dependence of surface solar irradiance on atmospheric optical depth of cloud and aerosol |
| Jungbin Mok (2008), Regional correlation analysis between pollutant gases and aerosol from satellite remote sensing |
| Ja ho Koo. (2008). Optical properties of aerosol in a megacity, Seoul from ground-based and satellite measurements |
| Yeonjin Jung. (2007). Recent changes in solar and terrestrial irradiance at King Sejong Station, Antarctica |
| Jong-Min Yoon. (2006). Effects of atmospheric and surface properties on the retrieval of AOD from geostationary satellite |
| K.J. Moon (2005), Evaluation of radiation physics during the ARM IOP using ground-based and satellite data in single column model |
