Contacts
Laboratory
Director
Laurent PECASTAING
laurent.pecastaing @ univ-pau.fr
Assistant director
Stéphane ABADIE
KOSTARISKCross-Border Laboratory for Coastal Risk Research
Scientific Director : Denis Morichon
AZTI partner manager : Julien Mader
SUEZ\RPT Partner Manager : Matthias Delpey
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The LabCom KOSTA RISK (Kosta = Coast in Basque) is a project for a joint cross-border laboratory for applied research in observation and modelling to support coastal risk management. It associates the Wave Interaction and Structure team of the SIAME laboratory, the Spanish technological center AZTI and the monitoring and forecasting center Rivages Pro Tech (RPT) of the SUEZ group, relying on a strong complementarity of their respective expertise, built on the basis of a collaboration of more than 15 years.
The creation of this laboratory is part of a context of increased exposure of coastlines to coastal risks such as marine submersion and erosion, intensified by the effects of global warming. Coastal risk management has now become a major issue for coastal communities and more broadly for public authorities, an issue to which KOSTA RISK wishes to bring new answers through an original partnership and innovative approaches.
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Submersion of the paseo de Zarautz (Guipuscoa) |
Flood Risk Mitigation Solution |
The objective of this laboratory is to bring together researchers from the three organizations in order to implement scientific and technological cooperation in the fields of numerical modeling, physical measurement systems and advanced data analysis, for the development of tools to assist in the management and mitigation of coastal risks. The LabCom team is composed of 5 teacher-researchers, 11 partner researchers (6 for RPT and 5 for AZTI), and may occasionally rely on the technical staff of the partners. It benefits from the financial support of the partners and the E2S consortium.
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Quantization video station (Kosta System) |
Video monitoring of the morphology of a sandy beach |
RANS simulation of the impact of boron on a wall
(CLICK ON THE PHOTO TO ZOOM AND ANIMATE)
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Modeling of significant wave heights |
Simulation of a submersion event on the Great Beach of Biarritz (CLICK ON THE PHOTO TO ANIMATE) |
