Our research team at KIOST focuses on satellite remote sensing and marine meteorology, with the goal of understanding and predicting key ocean–atmosphere processes in a changing climate. We develop advanced satellite algorithms and long-term ocean color datasets to ensure the accuracy, consistency, and continuity of GOCI and GOCI-II missions.
We actively collaborate with NASA, NOAA, MIT, and other international partners to improve satellite-based ocean color applications and assess climate-driven changes in marine ecosystems.
In addition, for tropical cyclone research, we closely work with U.S. partners such as Colorado State University and Florida State University, focusing on air–sea interactions, upper-ocean thermal structure, and their roles in typhoon intensification under a warming climate.
Satellite radiometric calibration and long-term stability monitoring
Development of regional and global ocean color datasets (L2/L3)
Marine fog detection using geostationary satellites
Marine heatwaves: mechanisms, satellite monitoring, and climate impacts
Tropical cyclone intensification and AI-Satellite combined prediction
Ocean–atmosphere interaction and marine weather research
Collaboration & Opportunities
We value interdisciplinary and international collaboration and welcome students and researchers who are motivated to work on ocean color data improvement, satellite remote sensing, and marine weather studies—including tropical cyclones, marine heatwaves, and sea fog.
Dr. Park is honored to have received the 2025 Presidential Award for Research, the highest recognition presented on Korea’s Science Day for outstanding contributions to national science and technology.
Ph.D. student HY's journal paper was recently highlighted as one of the top stories in The Washington Post.
Hurricane Milton explosively intensified due to marine heatwaves in the Gulf of Mexico.
Choi, H. Y., M.-S. Park, H.-S. Kim*, and S. Lee, 2024: Marine heatwave events strengthen tropical cyclones, Communications Earth and Environment, 5, 69, https://doi.org/10.1038/s43247-024-01239-4
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