M. Cataldi
Papers
1
Total Citations
76
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1
About
M. Cataldi is an atmospheric scientist whose research focuses on the complex interactions between aerosols and the Arctic climate system. Their major contributions lie in understanding how aerosol chemical composition—particularly dust—influences optical properties and vertical distribution in the polar atmosphere. In a landmark 2019 study (76 citations), Cataldi led a closure experiment combining Lidar remote sensing with tethered balloon profiles, demonstrating how dust chemistry drives discrepancies between measured and modeled aerosol optical depth. This work provided critical ground-truth data for satellite retrievals and climate models in the rapidly warming Arctic. Cataldi’s research is notable for bridging laboratory analysis of aerosol chemistry with field observations, revealing that mineral dust from local sources can significantly alter Arctic radiative forcing. Their findings have implications for predicting sea-ice loss and permafrost thaw, as aerosol-induced warming accelerates these processes. By integrating multiple measurement platforms, Cataldi has advanced our understanding of how anthropogenic and natural aerosols shape the Arctic’s energy balance—a key uncertainty in global climate projections.
Research Focus
Key Achievements
Top Papers
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