Maria Tsichla

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About

Maria Tsichla is a leading atmospheric scientist whose research focuses on the optical and microphysical properties of aerosols, with a particular emphasis on wildfire smoke and its long-range transport. Her most cited work, "Is the near-spherical shape the 'new black' for smoke?" (2020, 48 citations), challenges conventional assumptions by demonstrating that near-spherical particles can accurately reproduce key lidar measurements—such as the triple-wavelength particle linear depolarization ratio and lidar ratio—observed in stratospheric smoke plumes from Canadian wildfires over Europe. This contribution has reshaped how researchers model and interpret aerosol morphology in remote sensing, offering a more nuanced framework for distinguishing smoke from other particle types. Tsichla’s work is instrumental in improving the accuracy of climate and air quality models, particularly for extreme events like wildfire outbreaks. Her findings have been widely cited by the atmospheric science community, underscoring their impact on both observational and theoretical studies of aerosol transport and radiative forcing. Through her innovative approach, Tsichla continues to advance our understanding of how smoke particles behave in the upper atmosphere, bridging gaps between field measurements and modeling.