In recent years, water systems have been under increasing pressure due to a variety of changes, such as more extreme weather events, changing water demands, evolving ecological expectations, and more complex regional priorities. These developments challenge the operating rules originally designed for different conditions. My research investigates these limitations and explores the Rur reservoir systems adaptability to future demands.
A key aspect of my work involves collaborating with regional partners, including the Eifel-Rur Water Board, public authorities, municipalities and environmental organisations. Their practical knowledge is vital for developing operational concepts that are both scientifically sound and practical.
“Rather than viewing reservoirs as static infrastructure, they should be considered as dynamic elements of long-term climate adaptation.”
Through the combination of modelling, scenario analysis, AI-supported optimisation and stakeholder dialogue, I intend to develop strategies that will remain effective under a variety of potential future scenarios. Rather than viewing reservoirs as static infrastructure, they should be considered as dynamic elements of long-term climate adaptation.
Through the JCAR ATRACE programme, regional insights with perspectives from Belgium and the Netherlands can be connected to enable operational strategies that function across borders and strengthen long-term water management in the Meuse basin.
