SPECIAL SESSION #31
Exploring the Thermal behaviour of Mediterranean Traditional Roofs: Integrating Satellite and UAV Technology for Sustainable Preservation
ORGANIZED BY
Charles Galdies
Charles Galdies
University of Malta, Malta
Elizabeth Muscat Azzopardi
Elizabeth Muscat Azzopardi
University of Malta, Malta
ABSTRACT
This special session delves into the innovative study of Mediterranean traditional roofs, examining the intricate interplay between historical, traditional, cool, and evaporative roofing technologies. Leveraging high-resolution satellite imagery, UAV multispectral technology, and direct measurements, researchers investigate the thermal behavior of roofs in Malta and beyond. By comparing traditional (historical) roof constructions with modern adaptations, insights into the performance and preservation of these roofs in a changing climate are unveiled. Of particular interest is the remote identification of traditional roofs and the assessment of their thermal characteristics, offering valuable insights for policymakers and regulators. Join us to explore advancements in understanding and promoting the sustainable maintenance of Mediterranean roofs in the face of climate variability.
ABOUT THE ORGANIZERS
Charles Galdies, is an Associate Professor with the Division of Environmental Management and Planning within the Institute of Earth Systems. He joined the University of Malta in 2011. His expertise focuses on the use of remote sensing for environmental monitoring, including heritage conservation and management.
For additional information see:
- https://orcid.org/0000-0002-8908-0785
- https://www.um.edu.mt/profile/charlesgaldies
- https://www.researchgate.net/profile/Galdies-Charles/research
Ing. Elizabeth Muscat Azzopardi, is a mechanical engineer with an M.Sc. in Conservation Technology for Masonry Buildings. She has been a part-time Research Support Officer on several projects with the Department of Conservation and Built Heritage in the Faculty of the Built Environment since 2020; namely on the EO4HBCS project under the MCST Space Research Programme which sought to study and monitor roofs of historic buildings and compare them to data collected from modified and modern materials using satellite, UAV and in-situ data collecting measures.
For additional information see:
