RICRI Research Seminar: Assessing the Impacts of Climate Change on the Coast at European and Global Scale
Conference / Lecture
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Date
13 Apr 2026
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Organiser
Otto Poon Research Institute for Climate-Resilient Infrastructure (RICRI)
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Time
11:00 - 12:00
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Venue
Z409, 4/F, Block Z, PolyU and Online via Zoom
Speaker
Dr Michail Vousdoukas
Enquiry
RICRI ricri@polyu.edu.hk
Summary
Climate change is intensifying natural hazards along global coastlines, with rising seas and extreme weather increasing flooding and erosion beyond existing protections. Following a brief introduction, this presentation will explore key processes and challenges for preparing against these threats. The discussion centres on LISCOAST (Large-scale Integrated Sea-level and Coastal Assessment Tool), the European Commission’s framework for coastal flood risk and adaptation. Combining multidisciplinary models and data, LISCOAST addresses the full risk spectrum, from hazard, exposure, and vulnerability to impacts, mitigation, and adaptation across European and global coastlines. Applications reveal that rising seas will increase coastal risks by at least an order of magnitude. However, strong economic incentives exist for adaptation in developed areas, while reducing emissions could cut projected impacts by up to 50%.
Keynote Speaker
Dr Michail Vousdoukas
External consultant of European Commission's Joint Research Center
Research Associate
Department of Marine Sciences
University of the Aegean
Greece
Dr Michail Vousdoukas is a Coastal Engineer/Oceanographer, currently part of the Joint Research Centre (European Commission) and the University of the Aegean (Greece). He holds a BSc and MEng in Chemical Engineering, an MSc in Environmental Policy and Management, and a PhD in Coastal Oceanography. He has worked in universities, research centres, and NATO, participating in a wide range of research projects focused on the monitoring and modelling of coastal processes. Since 2013, his research has centred on climate change impacts, addressing the full spectrum from hazard and economic impacts to adaptation; integrating large-scale ocean modelling, remote sensing, and economic modelling.