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About

Kenneth Pickering is a leading figure in atmospheric science, whose research has fundamentally advanced our understanding of aerosol-cloud interactions and mesoscale aerosol processes. His work is central to the validation and application of the AErosol RObotic NETwork (AERONET), a global remote sensing program that provides critical data on aerosol optical properties. Pickering’s major contributions include leading the DRAGON (Distributed Regional Aerosol Gridded Observation Networks) campaigns, which are designed to capture the fine-scale spatial variability of aerosols. His landmark overview paper on these networks (2018, 100 citations) serves as a cornerstone for the community, while his observational study on rapid aerosol optical depth enhancements near polluted cumulus clouds (2014, 78 citations) provided direct evidence of cloud-induced aerosol humidification and growth. By bridging satellite, ground-based, and aircraft observations—notably through the DISCOVER-AQ field experiment—Pickering has been instrumental in improving air quality models and remote sensing retrievals. His work is essential for any researcher studying the complex, multi-scale processes that govern aerosol transport and their climatic impacts.