Satellites, Air Pollution, and Mountains

About

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Paul’s research is focused on understanding the physical and chemical processes that drive changes in the atmospheric composition of Earth, embracing data, models, and theory.

Paul Palmer

Prof. @ University of Edinburgh

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Paul’s research is focused on understanding the physical and chemical processes that drive changes in the atmospheric composition of Earth, embracing data, models, and theory.

Paul Palmer

Prof. @ University of Edinburgh

Keynote Details

  • Full Title

    Satellites, Air Pollution, and Mountains: A New Frontier in Environmental Monitoring

  • Place of Presentation

    Congress Center Innsbruck

  • Date of Presentation

    TBA

Mountains, as natural barriers to air flow and pollution dispersion, play a critical role in regional air quality. However, their complex topography and remote locations make traditional ground-based monitoring methods challenging. Earth-orbiting satellites have global coverage and routinely collect observations across such challenging environments. Data from satellite instruments have revealed more than would otherwise be possible about how the Earth system is changing in response to a warming climate. This presentation will explore how satellite data could be used to assess air quality in mountainous regions, enabling the identification of pollution hotspots, tracking pollutant transport, and evaluating the effectiveness of emission control measures. We will examine the advantages and limitations of satellite data for this purpose, including their spatial and temporal information, sensitivity to specific pollutants and land surface properties, and their ability to penetrate clouds.

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