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Total Citations
76
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About
Angelo Lupi is a leading figure in Arctic aerosol research, with a focus on understanding how atmospheric particles influence the polar climate. His work bridges the gap between remote sensing and in-situ measurements, most notably through a landmark 2019 study that achieved a closure experiment between Lidar observations and tethered balloon vertical profiles. This work, cited 76 times, demonstrated how aerosol chemistry and dust composition directly impact optical properties in the Arctic, providing critical data for climate models. Lupi’s contributions are essential for disentangling the complex feedbacks between aerosols, clouds, and sea ice in one of Earth’s most sensitive regions. His research has advanced our ability to interpret satellite and ground-based remote sensing data, making him a key voice in polar atmospheric science.
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