Street-level urban air pollution field measurements, source attribution, transport and construction-related air pollution, impacts of urban greenery on air quality
Project: Low emissions high-rise construction
Publication from this work: https://doi.org/10.1016/j.aeaoa.2025.100373
Juliane studies urban air pollution using mobile monitoring and stationary field measurement sites, with a focus on what drives the particulate matter lifecycle and, thus, concentrations in cities: its formation, transport, chemical transformations, and deposition. She investigates the chemical composition and size distribution of particulate matter to both understand the health consequences of this ubiquitous pollutant and identify the major sources, thereby identifying the best targets for policy actions to reduce urban air pollution.
“Teaching in the MSc MADE program and bumping into colleagues from the MIT Senseable Lab and TU Delft Urban Comfort Lab has led to several nice collaborative projects, either as MADE MSc projects or independent research projects. I am very glad to be an air quality resource for anyone with a project that might have air quality side effects or co-benefits!”