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Satellite Remote Sensing • Radiative Transfer Modeling • Observation Operators
Satellite Remote Sensing • Radiative Transfer Modeling • Observation Operators
Research Scientist, Danish Meteorological Institute (DMI)
About
About
Hi, nice to meet you! I work on satellite remote sensing of the cryosphere, polar oceans, and atmosphere. My research focuses on extracting geophysical information encoded in electromagnetic observations from space, and understanding the physical relationship between Earth-system states and satellite measurements. I develop retrieval algorithms and climate data records, study microwave and radar interactions with snow and sea ice, and develop radiative transfer models and observation operators that transform geophysical states into observation space. My current research increasingly uses these tools to connect satellite observations with numerical-model evaluation and data assimilation. If you are interested in how these research interests developed, you can read about my research journey.
Research Areas
Research Areas
Radiative Transfer Modeling & Observation Operators
Radiative Transfer Modeling & Observation Operators
Understand how Earth-system components interact with electromagnetic radiation and develop observation operators that transform physical states into observation space.
Cryosphere Remote Sensing & Climate Data Records
Cryosphere Remote Sensing & Climate Data Records
Develop satellite retrieval algorithms for sea ice and the polar oceans and produce reliable, long-term climate data records.
Atmospheric Remote Sensing & Greenhouse Gases
Atmospheric Remote Sensing & Greenhouse Gases
Infer atmospheric states from satellite observations and monitor greenhouse gas variability.
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