David Cappelletti
Papers
1
Total Citations
76
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1
About
David Cappelletti is a leading atmospheric chemist whose research focuses on the complex interplay between aerosol chemistry, optical properties, and climate dynamics, particularly in the polar regions. His work has been instrumental in understanding how aerosol composition—including dust, sea salt, and organic compounds—affects radiative forcing and cloud formation in the Arctic, a region undergoing rapid environmental change. Cappelletti’s major contributions include pioneering closure experiments that integrate lidar remote sensing with in-situ tethered balloon measurements, as demonstrated in his highly cited 2019 study (76 citations), which resolved long-standing uncertainties about the vertical distribution and chemical speciation of Arctic aerosols. This work has provided critical data for climate models and improved predictions of aerosol-driven feedbacks in the cryosphere. Beyond this, his research has advanced knowledge of long-range pollutant transport and the role of natural versus anthropogenic aerosols in polar environments. Cappelletti’s impact is reflected in his sustained citation record and his leadership in international field campaigns, making him a key figure in bridging laboratory chemistry, field observations, and climate science.
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