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Collaborative Research on Flood Resilience in Urban Areas
The CORFU Project
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Philippe [email protected]
Jelena [email protected]
Funded by the European Commission 7th Framework Programme www.corfu-fp7.eu
Outline of CORFU project
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Introduction
Overview of WPs: WP0 WP1 WP2 WP3 WP4 WP5 WP6
Outcomes from CORFU
What?
CORFU project (www.corfu-fp7.eu) is a part of Seventh Framework Program FP7 (cordis.europa.eu/fp7/home) that supports all types of research activities carried out by different research bodies in trans-national cooperation and aims to gain or consolidate leadership in key scientific and technology areas
Why?
To make possible for European and Asian partners to learn from each other through cooperative investigation, development, implementation and dissemination of short to medium term strategies. That will enable more methodically managing consequences of urban flooding in the future
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
Who?
CORFU is coordinated within a robust organizational framework that supports collaboration, oversees science and society issues, promotes gender equality, ensures the financial viability of the entire project and ensures good internal and external communication Members of executive board of CORFU project are:
• Slobodan Djordjevic, Exeter university, United Kingdom • Ole Mark, DHI, Denmark • Philippe Gourbesville, University of Nice Sophia Antipolis, France • Erik Pasche, Hamburg University, Germany
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
CORFU partners
University of Exeter, United Kingdom
DHI – Water & Environment, Denmark
Hamburg University of Technology, Germany
University of Nice-Sophia Antipolis, France
Indian Institute of Technology Bombay, India
AREP Ville, France
Institute of Water Modeling, Bangladesh
Beijing University of Technology, China
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
CORFU partners
China Academy of Urban Planning and Design, China
Beijing Municipal Institute of City Planning and Design, China
CETaqua, Spain
Hydrometeorological Innovative Solutions, Spain
Cranfield University, United Kingdom
Dura Vermeer Business Development, Netherland
Hamburg Institute of International Economics, Germany
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
Where?
With its actions, Corfu project covers Europe and Asian cities:
Barcelona in SpainBeijing in ChinaDhaka in BangladeshHamburg in GermanyMumbai in IndiaNice in FranceSongdo and Seoul in KoreaTaipei in Taiwan
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
Ham
burg, G
ermany
Beijing, China
Nice,
FranceBarcelona, Spain
Mum
bai, India
Dhaka,
Bangladesh
Seoul, Korea
Songdo, Korea
Taipei, Taiw
an
Case Studies
Work packages presentation
Collaborative research within CORFU is structured in seven Work Packages (WPs), which are further split into a number of tasks that are strongly interconnected. The idea and the overall scientific and technical objectives of the WPs can be summarized as follows:
WP0 – Synergies – Exeter University, UKWP1 – Drivers – Hamburg University, GermanyWP2 – Flood Modeling – DHI, DenmarkWP3 – Impacts – Exeter University, UK WP4 – Flood defense strategies – University of Nice Sophia Antipolis, FranceWP5 – Dissemination – Exeter University, UKWP6 – Coordination – Exeter University, UK
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
WP0 – Synergies – Exeter University, UK
WP0 will consider synergies and governance
The objective will be to establish and maintain links with recently completed and ongoing major national and EU research projects related to urban flooding, with the view of enabling smooth acceptance and further enhancement of methodologies developed in these projects, aiming at a better use of resources and avoiding duplication of work
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
WP1 – Drivers – Hamburg University, Germany
WP1 will look at drivers that impact on urban flooding
The objective will be to determine the interactions between economic and urban growth, societal trends and the urban structure, which will serve as the basis for the development of a DPSIR (drivers-pressures-state-impact-response) logical framework
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
DPSIR (drivers-pressures-state-impact-response) logical framework
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
Responses
Driving For-ces
PressuresState
Impact
DPSIR
Polices and
targets
WP2 – Flood Modeling – DHI, Denmark
WP2 objective will be to evaluate and improve methodologies and tools designed for off-line and real-time flood hazard assessment based on urban flood modeling
Tools will be developed in order to identify regular procedures for calibration of urban flood models at different scales regarding wider availability of weather radars and on-line rain gauges, increase in computer speed and possibilities for coupling of runoff-sewer-river hydrologic and hydraulic models
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
WP3 – Impacts – Exeter University, UK
WP3 will improve, extend and integrate modern methods for flood impact assessment
The aim will be to develop a complete and flexible framework that will join together different methodologies for evaluation of all types of damage. Evaluation of health problems will be taken to a higher level by a combination of hydraulic modeling of floods and quantitative microbial risk assessment. WP3 will include a wide range of possible impacts and interactions of different drivers
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
WP4 – Flood defense strategies – University of Nice Sophia Antipolis, France
WP4 will assess and improve existing flood risk management strategies related to:Mitigation – planning and prevention for the minimization of flood riskPreparedness – management during flood events including early warning systemsResponse – emergency protocols and crisis management and measures to be taken after a flood event, including evaluation of damagesRecovery – recovery measures and the procedures that allow learning from experience
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
WP4 will develop new efficient medium – to long-term flood risk strategies, and provide adequate measures for improved flood management at relevant levelsThe target regions are developed and developing cities in India, Bangladesh, Korea and China primarily Strategy will be developed using following:
Developed city in developing countryDeveloped city in developed countryDeveloping city in developing countryDeveloping city in developed country
Enhance flood insurance schemes in case study areas
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
The research within CORFU project will be associated with following case studies:
Barcelona in SpainBeijing in ChinaDhaka in BangladeshHamburg in GermanyMumbai in IndiaNice in FranceSongdo and Seoul in South KoreaTaipei in Taiwan
In order to set a guideline for improving resilience in urban areas the existing flood strategies from this case studies will be recommended along with new approaches in order to have a better strategy implementations
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
WP5 – Dissemination – Exeter University, UK
WP5 will disseminate new approaches and support exploitation of opportunities at local, national and international levels
Aim will be to stimulate a ‘flood resilience’ culture through awareness, intensifying proposed strategies and full adoption of CORFU toolsPropagation of new approaches will be done through engaging policy makers, especially in the CORFU study areas, to share best practice in flood resilient design and planning enabling policy decision making to be positively influenced by new urban flood risk management principles
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
WP6 – Coordination – Exeter University, UK
WP6 will co-ordinate the project within a managerial framework that supports collaboration, oversees science and society issues, promotes gender equality, ensures the financial viability of the entire project and ensures good internal and external communication
CORFU project management will therefore be fully compliant with FP7 guidelines and principles
1 2 3 6540
Collaborative Research of Flood resilience in Urban Areas – CORFU
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Project meetings
Telephone conferences
Progress reports
WP5 Dissemination
WP6 Project coordination
WP2Urban flood
modeling
WP1Drivers
WP3Impacts
WP4Flood Risk Management Strategies
Urban change
Environment change
Urban growth
Environment growth
Scenarios System analysis Case studies
Deliverables Guidelines Publications Models Tools Methodological framework
Feedback loop Feedback loop Feedback loop
Collaborative Research of Flood resilience in Urban Areas – CORFU
• Generation of updated city sewer flood models, developed means in order to quantify flood impact, analysis the effect of changing social, economic and environmental effects on city flood risk, analysis of the effect of mitigation and resilience measures
• Classification and sharing best practice on mitigation and resilience measures, inculcating a flood resilience mentality in key stakeholders
• Following the good practices – exchange ideas and information on defense strategies related to the areas of flood resilience and flood risk management the need for a project like CORFU became essential
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
Outcomes from CORFU project
• In order to gather under same frame all necessary actions, polices, strategies and recommendations this project will engage all tools to create new strategies for flood resilience in urban areas
• Direct support to policy developments and realization with contribution of policy-makers and stakeholders in research consortium and involvement of scientists in policy discussions
• On international level, European inputs are fully applicable to carry out international and multidisciplinary research
• Very important is strong need for strengthening the efficient transfer of research knowledge to policy-makers with the perspective of reducing uncertainties of predictive scenarios for better decision-making at policy level
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
Outcomes from CORFU project
University of Nice – Sophia Antipolis / Polytech’Nice-Sophia
Collaborative Research of Flood resilience in Urban Areas – CORFU
Thanks for your attention! Philippe GOURBESVILLE
University of Nice – Sophia Antipolis
Jelena BATICAUniversity of Nice – Sophia