Applied Meteorology and Air Quality

About This Course
Understanding atmospheric physics, weather system dynamics, climate variability, and air quality observations is essential for anyone working in fields related to the atmosphere, environment, or meteorology. Although many routinely work with atmospheric datasets—from surface networks, numerical models, satellite platforms, and airborne sensors—they often lack the foundational scientific framework needed for accurate interpretation and operational application. This training program addresses that need by providing applied, operationally relevant competency in atmospheric science, covering weather analysis, climate processes, and environmental monitoring.
Who Should Attend
Learning Outcomes
Upon the completion of the program, participants will be able to:
- Define and identify how the atmosphere is composed, measured, and observed at the surface, and compare key meteorological variables that describe weather conditions.
- Interpret synoptic weather maps to identify fronts and mid-latitude cyclones and analyze the weather patterns they produce.
- Explain and analyze Earth’s energy balance and how radiative forcings drive long-term climate change and sea-level rise.
- Identify aerosols and gases and how they are measured using in-situ and remote sensing platforms to assess air quality.






Trainers

Associate Research Scientist
Maria is an Associate Research Scientist in Atmospheric Aerosol Sciences of EMME-CARE. Her main expertise covers the experimental characterization of atmospheric aerosols. She has a strong background in Physics (BSc, University of Cyprus, Cyprus, 2015) and later specialized in Applied Meteorology and Climate with Management (MSc, University of Reading, UK, 2016).
The focus of her PhD work (Centre for Atmospheric and Climate Physics at the University of Hertfordshire, UK) was on atmospheric in-situ and remote sensing measurements of aerosols, with a particular focus on mineral dust particles. During her PhD project, she assembled, calibrated and operated a novel open-path OPC called the Universal Cloud and Aerosol Sounding System (UCASS). She has deployed the instrument for measurements of vertical profiles of aerosol size distributions during dust outbreaks over Cyprus, Greece, and Spain. The purpose was to assess the quality of the UCASS measurements with independent data from state-of-the-art remote-sensing retrievals such as GARRLiC, LiRIC, the AERONET and SKYNET inversions, and POLIPHON. So far, these activities have led to a couple of scientific publications.
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