Steven Caluwaerts

Steven Caluwaerts is an Associate Professor at Ghent University's Faculty of Sciences, Department of Physics and Astronomy (WE05). His research focuses on urban climate science, climate modeling, and meteorology, with particular expertise in urban climate modeling, weather modeling, observational networks, and citizen science applications. He is deeply involved in European climate research initiatives, particularly those related to urban environments and climate change impacts.

Dr. Caluwaerts' research interests span urban climate systems, high-resolution climate modeling, and the impacts of climate change on urban environments and cultural heritage. His work integrates advanced computational techniques with field observations to address critical questions about urban heat islands, climate adaptation strategies, and building heritage preservation. He has developed innovative approaches for downscaling climate data to urban scales and has made significant contributions to understanding how climate change affects building materials and urban infrastructure.

His publication record reveals a strong focus on urban climate modeling and climate change impacts, with particular emphasis on creating high-resolution climate data for urban areas, validating climate models with observational networks, and assessing climate risks to building heritage. Recent work shows increasing attention to practical applications of climate science, including heat stress monitoring for public health and sports events, climate adaptation strategies for European cities, and the development of tools for processing crowdsourced meteorological data.

Dr. Caluwaerts collaborates extensively with researchers across Europe, particularly within the CORDEX framework, and has supervised numerous PhD students whose work focuses on urban climate modeling, climate change impacts on buildings, and urban heat island effects. His research is supported by various European and Belgian climate initiatives, with applications in urban planning, heritage conservation, and public health.

He is actively involved in citizen science initiatives that engage schools and the public in urban climate monitoring, demonstrating his commitment to making climate science accessible and relevant to broader society. His work with the MetObs toolkit exemplifies this approach, providing user-friendly tools for processing non-traditional meteorological observations.