I'm an atmospheric and climate scientist studying climate variability and change, atmospheric dynamics, Arctic climate, and terrestrial carbon cycle dynamics. In my research I combine observations, theory, and numerical modeling to advance our understanding of the Earth system. I'm currently an Assistant Professor in the Division of Geoscience and Remote Sensing, Department of Space, Earth and Environment at Chalmers University of Technology in Sweden.

My current research focuses on developing methods to estimate CO2 emissions and uptake using primarily satellite observations. Specifically, I use data assimilation and inverse modeling techniques to infer regional-scale CO2 emissions and uptake from both natural and anthropogenic sources and sinks. Such methods are useful to study the natural carbon cycle and independently estimate anthropogenic fossil fuel emissions.

I'm also interested in studying climate change in the Arctic, and how those changes are connected to mid-latitude climate variability and weather extremes. You can read more about my research projects under Research.

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