Mathias Palm
Papers
1
Total Citations
5
H-Index
1
About
Mathias Palm is a polar atmospheric scientist whose research focuses on unraveling the complex processes driving Arctic amplification—the accelerated warming of the Arctic relative to the global average. His work centers on ground-based remote sensing of the Arctic atmosphere, particularly through the innovative combination of high-resolution infrared emission spectroscopy and lidar observations. In his most-cited study (2023, 5 citations), Palm demonstrates how these complementary techniques can retrieve aerosol properties in the High Arctic, providing critical data to improve climate models. This research is part of the major collaborative effort “TRR 172: (AC)3,” which investigates climate-relevant atmospheric and surface processes and feedback mechanisms. Palm’s contributions are vital for understanding how aerosols, clouds, and radiation interact in the polar environment—a key uncertainty in climate projections. By advancing observational capabilities in one of Earth’s most challenging environments, he helps bridge the gap between satellite data and ground truth, directly supporting efforts to predict future Arctic change. His work is essential reading for students and researchers interested in polar climate dynamics, remote sensing, and the feedbacks that shape our planet’s most sensitive region.
Research Focus
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Top Papers
- 1