Satellite remote sensingUrban climate and urban heat islandHeatwaves and droughtClimate changeGeographic Information Systems (GIS)Climate models and numerical simulationsThermal infrared remote sensingPython and Google Earth Engine
Undergraduate Program
- Basic Physics Laboratory I
- Basic Physics Laboratory II
- Environmental Physics Specialization Laboratory
Postgraduate Program "Applied Physics"
- Numerical Methods — Applications in Geophysical Fluids
Postgraduate Program "Geographic Information Systems"
Postgraduate Program "Space Technologies, Applications and Services"
- Fundamentals of Space Applications and Services
Postgraduate Program "Oceanography and Marine Environment Management"
- Marine Optics and Remote Sensing
- Databases and Statistical Analysis
2025
Agathangelidis I., Blougouras G., Cartalis C., Polydoros A., Tzanis C.G., Philippopoulos K.Global Climatology of the Daytime Surface Cooling of Urban Parks Using Satellite Observations. 2025
Koutroumanou-Kontosi K., Cartalis C., Hadjinicolaou P., Constantinidou K., Agathangelidis I., Lelieveld J.The Urban Thermal Environment of a Climate Change Hotspot: High-Resolution Modelling of Nicosia, Cyprus. 2023
Giannaros C., Agathangelidis I., Papavasileiou G., Galanaki E., Kotroni V., Lagouvardos K., Giannaros T.M., Cartalis C., Matzarakis A.The extreme heat wave of July–August 2021 in the Athens urban area (Greece): atmospheric and human-biometeorological analysis. 2022
Agathangelidis I., Cartalis C., Polydoros A., Mavrakou T., Philippopoulos K.Can Satellite-Based Thermal Anomalies Be Indicative of Heatwaves? An Investigation for MODIS Land Surface Temperatures in the Mediterranean Region. 2019
Agathangelidis I., Cartalis C., Santamouris M.Integrating Urban Form, Function, and Energy Fluxes in a Heat Exposure Indicator in View of Intra-Urban Heat Island Assessment and Climate Change Adaptation. 2019
Agathangelidis I., Cartalis C.Improving the disaggregation of MODIS land surface temperatures in an urban environment: a statistical downscaling approach using high-resolution emissivity.