Daniele Bortoli
Papers
3
Total Citations
201
H-Index
3
About
Daniele Bortoli is a leading figure in atmospheric remote sensing, with a primary focus on the characterization of extreme aerosol events and their transboundary transport. His research integrates ground-based lidar networks, satellite observations, and advanced dispersion models to unravel the complex lifecycle of dust and smoke plumes. Bortoli’s most influential work centers on the unprecedented February 2017 Saharan dust outbreak over the Iberian Peninsula, where he provided the first detailed lidar-derived optical profiles of such a wintertime extreme event. This study, cited over 100 times, not only documented record-breaking aerosol optical depths but also rigorously evaluated the performance of dust forecast models, revealing critical biases in predicting long-range transport. His complementary work on inter-continental wildfire smoke plumes, with nearly 100 citations, further demonstrates his ability to couple multi-platform remote sensing with particle dispersion modeling, offering a comprehensive view of how biomass burning aerosols traverse continents. Through these contributions, Bortoli has established a benchmark for assessing extreme aerosol intrusions, directly informing both climate modeling and air quality forecasting. His research stands as a cornerstone for understanding how rare, high-impact events challenge and refine our predictive capabilities.
Research Focus
Key Achievements
Top Papers
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