I have held seminars for the biogeography module of the biogeosciences bachelor program and for the landscape ecology master program, where I have supervised individual student projects.

I have also been teaching about soil and land use for the Natural resources and sustainable development course (sustainable development program).

I have been involved as a teacher in the Tellus I (Physical Geography) and Tellus II (soil module) courses for several years.

My research focuses on soil ecology and biogeochemical cycles, and how these are influenced by climate and land-use change. Being a field scientist by training, I enjoy combining fieldwork, laboratory experiments, and collaborations with modellers to generate data that can improve process understanding and model parameterizations, particularly related to carbon cycling.

I am currently studying the sources and emission drivers of biogenic ice-nucleating particles (INPs). While microbial particles (e.g. fungal proteins and bacterial cells) are known to play an important role in cloud formation and precipitation, their origins and controls remain poorly understood. In this project, we investigate how soil properties and microbial community composition regulate the production and aerosolization of INPs, linking soil biogeochemistry with climate-relevant atmospheric processes.