HydroEurope will create the first and only set of pedagogic resources dedicated to the development of flood resilience approach. The resources will be integrated within an innovative pedagogic approach (problem oriented – collaborative engineering) fully integrated at the Master level by the different partner institutions.
The HydroEurope Project is based and developed on the close partnership between the academia and the professional sector (businesses and public services). Differently from other theory-based Masters programmes, HydroEurope proposes a collaborative and innovative educational approach equipping participants with a combination of the necessary in-depth academic theoretical concepts and with an intensive practice approach and operational analysis of concrete case studies of various European catchments located in the project partner countries. The pedagogic approach is based on the team work with an international distribution of the team mates within the different participating institutions.
The 6 partners of the HydroEurope Project are:
- University of Nice Sophia-Antipolis, France
- Brandenburg University of Technology Cottbus Senftenberg, Germany
- Technical University of Catalonia, Spain
- Newcastle University, United Kingdom
- Warsaw University of Technology, Poland
- Vrije Universiteit Brussel, Belgium
The six partners constitute a unique consortium with complementary experience and knowledge which has been already demonstrated within the EuroAquae Joint Master Degree since 2004. The innovative approach of the consortium is made by the uniqueness of the experience of each participant and its combination in one unified vision. The approach has been highly welcome by industrial partners who are recognizing this innovative method as a major way to improve skills and competences of young engineers.
In addition to the HEIs, industrial partners are also associated to the Project. As already mentioned they provide technical support through the collaborative engineering environment but also during the online collaboration and through return of experience (ROE) with the various approaches and modeling methods. (Read more...)
The HydroEurope project is dedicated to the Var catchment (France) which is seriously affected by extrem flood proceses. The development of the downstream area of the catchment is major issue and has to be defined in an holistic way in order to mitigate risks and ensure sustainable development.
The Var is an Alpine torrential river with steep slopes. Located in the southeast of France, it has a total length of 114 km / 71 mi, with the Tinée, Estéron and Vésubie as its main tributaries. The Var rises near the Col de la Cayolle in the Maritime Alps and flows generally southeast – mainly through the Alpes-Maritimes with a short stretch in the Alpes-de-Haute-Provence – into the Mediterranean between Nice and Saint-Laurent-du-Var.
From the early 19th century on until the 1960s the river was canalised over the entire length of the lower valley, reducing its width from about 1000 m / ⅔ mi (in average between valley slopes) to a mere 300 m, and even 200 m in the last stretch close to the sea. To compensate the lowering of the river bed as a result of the extraction of building materials, sills (fixed weirs) were constructed to bring the water table back to its original level.
On November 5, 1994, an extreme flood event caused the lowest and the second-lowest dams on the Var to collapse. The flood wave inundated parts of Nice, including Nice’s international airport which is situated near the river mouth. It was out of service for several days. The aeroport lost the business of 50,000 passengers, with damages running up to an estimated 4.5 to 6 million euro. Elsewhere roads like the RN202 were cut, power and telephone lines were interrupted, and three people died and four disappeared.
In 1994 a new highway was planned, situated in part on the right bank of the Var. This would result in a further reduction of the river bed in the order of 10%.