
N-Dimensional Auto-Clustering of Lidar Measurements to define Defacto Aerosol Types¶

2026 ARM Summer School Project¶
K-means Clustering Algorithm designed to classify aerosol types within High-Spectral Resolution Lidar (HSRL) Observations
Project Scope¶
While remote sensing instruments like HSRL provide rich information about aerosol and cloud properties throughout the atmospheric column, it does not provide good interpretation despite being sophisticated and depends a lot on the eye of beholder.
Do natural clusters emerge and if we color-code them by aerosol type, do they match what scientists already know?
If their clusters can be reproduced with cheap uncalibrated LIDARs, research-grade data can be extended to sites that cannot afford HSRL.
Final Presentation¶
- Zohaer Al Mahatab, & Joe O’Brien. (2026). ARM-Synergy/ndim-auto-cluster-lidar: 2026 ARM Summer School Project: N-Dimensional Auto-Clustering of Lidar Measurements to define Defacto Aerosol Types. Zenodo. 10.5281/ZENODO.20936642