Atmospheric Remote Sensing · Atmospheric Chemistry
Satellite Observations of Atmospheric Composition
My research focuses on satellite observations of atmospheric trace gases, particularly glyoxal (CHOCHO). I evaluate satellite products and combine them with ground-based observations and chemical transport models to investigate atmospheric composition and chemistry.
I am fascinated by satellite observations and the perspective they give us on Earth from space. To me, the view is magical, revealing, and inspiring—and I am proud to be part of this work. I often wonder how we can improve retrievals, make better use of satellite data while accounting for their uncertainties, and turn those observations into answers about emissions and explanations by combining them with models and other tools.
I'm looking for a PhD position starting in fall 2027. If these questions connect with your work, I'd love to hear from you.
Research highlights
Seeing the Atmosphere from Space
Satellite observations provide a unique perspective on atmospheric composition, allowing me to explore spatial patterns, evaluate satellite products, and investigate their connections with atmospheric processes.
Understanding the Chemistry Behind the View
Beyond observing the atmosphere from space, I use chemical transport models as interpretive tools to investigate the chemical processes behind satellite-observed patterns, particularly the sources, sinks, and diurnal variability of trace gases.
