Folkert Boersma appointed as personal professor in Atmospheric Remote Sensing

The Executive Board of Wageningen University & Research (WUR) has appointed Folkert Boersma as personal professor, Chair Meteorology & Air Quality (MAQ), effective 1 May 2026. His goal is to turn scientific insights into real-world impact, making a difference in understanding – and tackling- air quality issues.

Folkert Boersma’s curiosity about the natural world led him to study Physics and Environmental Sciences at VU Amsterdam. He figured that if he understood the physics behind things, he could help find ways to make our world more sustainable. It wasn’t just about the science itself, but about using it to make a difference. After his studies, he dove into atmospheric science and satellite remote sensing. At KNMI, he developed algorithms to measure air pollution from space, which became the global standard. At Harvard, he further refined these techniques, turning satellite data into new insights. In 2010, he received a Vidi grant from NWO to study how satellite measurements of air pollution could improve our understanding of ozone, a secondary pollutant and greenhouse gas.

When bringing his Vidi-research to Wageningen in 2014, his work with the Dutch satellite instruments OMI and TROPOMI changed how we track pollutants such as nitrogen dioxide (NO2), making it possible to pinpoint the sources of air pollution, from shipping lanes to industrial hotspots. It showed how satellite data could be used to make a real difference in understanding—and tackling—air quality issues. He has mentored a new generation of scientists, teaching courses on remote sensing and atmospheric composition at Wageningen University, where he received the Excellent Education Prize in 2025 for his approach.

As Personal Professor in Atmospheric Remote Sensing at Wageningen University & Research, Boersma is focused on three key goals. 

His first goal is advancing knowledge. Folkert Boersma leads research that connects fundamental remote sensing science with atmospheric modelling. By integrating satellite observations with computer models, his team uncovers new insights into emissions, air quality, and climate change. His goal is to encourage students and young researchers to explore new approaches and work together effectively.    

Second is strengthening Collaboration. Boersma serves as a bridge between Wageningen University, KNMI, and international partners. His unique position, affiliated with both WUR and KNMI, allows him to bring together experts from different fields, turning cutting-edge satellite technology into practical solutions. By tracking pollution from space and by improving atmospheric models, his work ensures that the Netherlands remains a leader in atmospheric science.

His third goal is developing Leadership: in his role, Boersma wants to tackle major environmental challenges by leading long-term research initiatives. His goal is to develop solutions that not only advance science but also support clean air policies and climate action, making a tangible difference for society.
The reputation of Wageningen University & Research for excellence in research and education is strengthened by Boersma’s work. His goal is to turn scientific insights into real-world impact, because satellites don’t just measure pollution, they tell us what works, and where more needs to be done.