Flash flood risk prevention & resilience in Mediterranean area through an Integrated Multi-stakeholder Governance Model, gathering prevention, adaptation and mitigation solutions
Programme 2021 - 2027 Interreg VI-B EURO Mediterranean (EURO MED)Description
See EN version(FR)
LocAll4flood transnational partnership
(EN)
See EN version(FR)
LocAll4flood integrated multi-stakeholder governance model IMGM
(EN)
See EN version(FR)
Website: https://interreg-euro-med.eu/en/
Thematic information
Priority:
(VI-B_EM_2) Greener MEDPriority specific objective:
RSO2.4. Promoting climate change adaptation and disaster risk prevention and resilience, taking into account eco-system based approachesPriority policy objective (Interreg specific objective):
PO2 A greener, low-carbon transitioning towards a net zero carbon economy and resilient Europe by promoting clean and fair energy transition, green and blue investment, the circular economy, climate change mitigation and adaptation, risk prevention and management, and sustainable urban mobilityType of intervention:
060 Adaptation to climate change measures and prevention and management of climate related risks: others, e.g. storms and drought (including awareness raising, civil protection and disaster management systems, infrastructures and ecosystem based approaches)Partners (9)
Lead Partner: Fundació Universitària Balmes
PIC (Participant Identification Code): 999837977
Partner’s ID if not PIC: G58020124 | ES403000028 | - (FR), - (EN)
Department: BETA Technological Center
Address: Carrer Perot Rocaguinarda, 08500 Vic, Spain
Department address: Carretera de Roda, 08500 Vic, Spain
Legal status: public
Organisation type: Higher education and research organisations
Website: https://betatechcenter.com/
Total budget: EUR 535 731.88
Partner’s programme co-financing: EUR 428 585.50
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 107 146.38
Contractors:
-
Name: DEP INSTITUT, S.L.
VAT registration or tax identification number: B65474074
- Αριστοτέλειο Πανεπιστήμιο Θεσσαλονίκης – Ειδικός Λογαριασμός Κονδυλίων Έρευνας
-
Name: Αριστοτέλειο Πανεπιστήμιο Θεσσαλονίκης – Ειδικός Λογαριασμός Κονδυλίων Έρευνας
Department: Department of Civil Engineering, Division of Hydraulics and Environmental Engineering
PIC (Participant Identification Code): 999895692
Partner’s ID if not PIC: 090049627 | EL120000041 | - (FR), - (EN)
Address: University Campus, Tritis Septemvriou, GR54636 Thessaloniki, Greece
Department address: University Campus, Faculty of Engineering, GR54124 Thessaloniki, Greece
Legal status: public
Organisation type: Higher education and research organisations
Website: http://www.auth.gr
Total budget: EUR 231 231.25
Partner’s programme co-financing: EUR 184 985.00
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 46 246.25
- Hydrometeorological Innovative Solutions
-
Name: Hydrometeorological Innovative Solutions
PIC (Participant Identification Code): 998268905
Partner’s ID if not PIC: B64206659 | ES2B0000022 | - (FR), - (EN)
Address: Jordi Girona ParcUPC K2M-002, 08034 Barcelona, Spain
Legal status: private
Organisation type: SME
Website: http://www.hyds.es
Total budget: EUR 184 965.63
Partner’s programme co-financing: EUR 147 972.50
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 36 993.13
- Consiglio Nazionale delle Ricerche
-
Name: Consiglio Nazionale delle Ricerche
Department: Water Research Institute (Istituto di Ricerca sulle Acque)
PIC (Participant Identification Code): 999979500
Partner’s ID if not PIC: 2118311006 | IT120000046 | - (FR), - (EN)
Address: Piazza A. Moro, 00185 Rome, Italy
Department address: Via De Blasio, 70132 Bari, Italy
Legal status: public
Organisation type: Higher education and research organisations
Website: http://www.irsa.cnr.it
Total budget: EUR 332 440.63
Partner’s programme co-financing: EUR 265 952.50
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 66 488.13
Contractors:
-
Name: Massimiliano Rosignoli
VAT registration or tax identification number: 00655650554
-
Name: Massimiliano Rosignoli
- Black Sea – Danube Association for Research and Development
-
Name: Black Sea – Danube Association for Research and Development
PIC (Participant Identification Code): 996239471
Partner’s ID if not PIC: 175629182 | BG220000009 | - (FR), - (EN)
Address: W. Froude Str. , 9003 Varna, Bulgaria
Legal status: public
Organisation type: Higher education and research organisations
Website: http://www.bdcabg.org
Total budget: EUR 251 893.75
Partner’s programme co-financing: EUR 201 515.00
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 50 378.75
Contractors:
-
Name: Petar Georgiev Georgiev
VAT registration or tax identification number: 5810091048 -
Name: International Black Sea Club
VAT registration or tax identification number: 203985570 -
Name: Mariya Veselinova Zlateva
VAT registration or tax identification number: 7808110990
-
Name: Petar Georgiev Georgiev
- Agenzija dwar l-Energija u l-Ilma
-
Name: Agenzija dwar l-Energija u l-Ilma
PIC (Participant Identification Code): 940242632
Partner’s ID if not PIC: MT001/01 | MT120000001 | - (FR), - (EN)
Address: Mill Street, Pinto Business Centre, QRM3104 Qormi, Malta
Legal status: public
Organisation type: Sectoral agency
Website: http://www.energywateragency.gov.mt
Total budget: EUR 218 637.50
Partner’s programme co-financing: EUR 174 910.00
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 43 727.50
Contractors:
-
Name: Paul Bugeja CPA
VAT registration or tax identification number: MT16919517
-
Name: Paul Bugeja CPA
- Universitat de les Illes Balears
-
Name: Universitat de les Illes Balears
Department: Geography
PIC (Participant Identification Code): 999846707
Partner’s ID if not PIC: Q0718001A | ES403000005 | - (FR), - (EN)
Address: Cra. De Valldemossa, 07122 Palma, Spain
Department address: Cra. De Valldemossa, 07122 Palma, Spain
Legal status: public
Organisation type: Higher education and research organisations
Website: https://www.uib.eu/
Total budget: EUR 336 756.25
Partner’s programme co-financing: EUR 269 405.00
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 67 351.25
Contractors:
-
Name: Grant Thornton, S.L.P.
VAT registration or tax identification number: B08914830 -
Name: OPINOMETRE SL
VAT registration or tax identification number: B60003159
-
Name: Grant Thornton, S.L.P.
- Eurorégion Pyrénées Méditerranée
-
Name: Eurorégion Pyrénées Méditerranée
PIC (Participant Identification Code): 950276312
Partner’s ID if not PIC: 13000751100046 | FR120000013 | - (FR), - (EN)
Address: boulevard Saint-Assiscle, 66011 Perpignan, France
Legal status: public
Organisation type: EGTC
Total budget: EUR 251 550.00
Partner’s programme co-financing: EUR 201 240.00
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 50 310.00
Contractors:
-
Name: ATTRAPTEMS
VAT registration or tax identification number: FR 40407836089 -
Name: ATTRAPTEMPS
VAT registration or tax identification number: FR 40407836089
-
Name: ATTRAPTEMS
- Consiglio Nazionale delle Ricerca
-
Name: Consiglio Nazionale delle Ricerca
Department: Water Research Institute (Istituto di Ricerca sulle Acque)
PIC (Participant Identification Code): 999979500
Partner’s ID if not PIC: 80054330586
Address: Piazza A. Moro, 00185 Rome, Italy
Department address: Via De Blasio, 70132 Bari, Italy
Legal status: public
Organisation type: Higher education and research organisations
Website: http://www.irsa.cnr.it
Total budget: EUR 332 440.63
Partner’s programme co-financing: EUR 265 952.50
Partner’s programme co-financing rate: 80.00%
Partner contribution: EUR 66 488.13
Partners map
Lead partner
Project partner
Summary
Project acronym: LocAll4Flood
Project ID: Euro-MED0200814
Project start date: 2024-01-01
Project end date: 2026-09-30
Project status:
ongoingRelevant linked projects:
- Name of the project RECONECT
- Years of implementation September 2018 – August 2024
- Funding programme HORIZON 2020
- Description of the project Regenerating ecosystems with Nature-based solutions for hydro- meteorological risk reduction (http://www.reconect.eu). RECONECT aims to contribute to European reference framework on Nature Based Solutions (NBS) by demonstrating, referencing and upscaling large scale NBS and by stimulating a new culture for 'land use planning' that links the reduction of risks with local and regional development objectives in a sustainable way.
- RECONECT aims to rapidly enhance the European reference framework on Nature-Based Solutions (NBS) for hydro-meteorological risk reduction by demonstrating, referencing, upscaling and exploiting large-scale NBS in rural and natural areas.
- In an era of Europe’s natural capital being under increased cumulative pressure, RECONECT will stimulate a new culture of co-creation of ‘land use planning’ that links the reduction of hydro-meteorological risk with local and regional development objectives in a sustainable and financially viable way.
- To do that, RECONECT draws upon a network of carefully selected Demonstrators and Collaborators that cover a wide and diverse range of local conditions, geographic characteristics, institutional/governance structures and social/cultural settings to successfully upscale NBS throughout Europe and Internationally.
- To achieve these ambitious goals, the RECONECT consortium brings together an unprecedented transdisciplinary partnership of researchers, industrial partners (SMEs and large consultancies) and authorities/agencies at local and watershed/regional level fully dedicated to achieve the desired outcomes of the project.
- (EN), See EN Version (FR) | See EN Version (FR), RECONECT develops a holistic ecosystem-based framework enabling cross-sectoral/transdisciplinary analyses and evaluation to advance the knowledge of NBS in the context of hydro-meteorological risk reduction focusing on floods, storm surges, landslides and droughts.
- RECONECT forms the basis for the proof-of-concept regarding large scale NBS demonstrations by co-creating new cases and connecting to existing cases, and also sharing experiences with European and International collaborators (Network of cases).
- RECONECT identifies and assess barriers related to social and cultural acceptance of NBS and policy regulatory frameworks and propose ways to overcome them. In addition, RECONECT liaises and/or clusters with other relevant projects and initiatives.
- RECONECT promotes and pursues innovation in relation to evaluation, selection, design, operation, maintenance and decommissioning of NBS (i.e. standardisation) and also in relation to their co-creation through social innovation and active participation of stakeholders.
- RECONECT enables replication and up-scaling of NBS in different contexts through the RECONECT Roadmap. In developing the Network of cases, RECONECT takes into account market dynamics, knowledge creation, institutional entrepreneurship and brokerage. RECONECT assesses its replication potential and expand the knowledge of long-term sustainable data platforms considering existing initiatives and alternative options (e.g., OPPLA).
- Output/deliverable that can be capitalized:
- - RECONECT Services Platform: Online ICT tool provides real-time information about the performance of NBS and the evidence base to facilitate co-creation and to enable replication and upscaling
- - NBS sector knowledge and ICT tool to monitor and evaluate NBS
- - Catalogue on Large-Scale Nature-Based Solutions for Flood Management
- - Guidelines for design of large scale NBS for reducing hydro-meteorological risks
- Role in the consortium: Partner (PP5 BDCA + PP7 HYDS)
- (EN), Name of the project TIMMOD
- Years of implementation 2
- Funding programme JOP BSB2014-2020, Cross Border Cooperation Black Sea
- Description of the project TIMMOD project united the efforts of 6 PPs from 5 Black Sea countries in a multisectoral & multidisciplinary project-consortium: TIMMOD Innovation Network, sharing the common understanding that Technological Upgrade is the key to “improve joint environmental monitoring”. TIMMOD group included research organisations, state environmental agency, research & innovation association, regional environmental agency – a group that can exploit their complementarities to boost technology innovation in Black Sea water monitoring sector. Promoting Innovation aimed to utilize new tools, approaches, and technology to assist implementation of EU policies and programmes. The overall project objective was to improve joint environmental monitoring and modelling, by facilitating Technology Innovation, to improve the availability and quality of data, the cooperation in sharing of data for water quality, biodiversity statistics, assessment of fish and non-fish living resources of the Black Sea - in line with the EU’s MSFD, DCF, Blue Growth Strategy, Black Sea Convention on Environmental Protection and other EU and regional policies and conventions. Specific objectives referred to:
- 1) Achieving enhanced capacity of project partner organisations (and other stakeholders), to provide, use, and share, reliable and compatible environmental data for water quality parameters, fish and non-fish living resources.
- 2) Achieving better cooperation, improved environmental data-sharing between Black Sea partners, by creation of a set of ICT shared tools.
- 3) Putting on the agenda an Innovation Strategy, designed to bring together (national, regional, EU) regulations and permits
- combined with new monitoring and information technology, expanded transparency, and innovative enforcement.
- (EN), See EN Version (FR) | See EN Version (FR), Output/deliverable that can be capitalized
- Experience gained on setting up various ICT tools (GIS apps on R-Shiny and Leaflet; Operational Forecast Platform based on integrated numerical modelling for coastal circulation and water quality) for data handling and numerical modelling of marine processes, including high-level implementation of ocean circulation modelling, and development of web-based data tools, integrated in a pilot demonstration Monitoring and Modelling Data Sharing Platform (MMDSP)
- Role in the consortium Partner (PP5 BDCA + PP8-AUTh)
- (EN), See EN Version (FR), Name of the project WETNET Coordinated management and networking of Mediterranean wetlands
- Years of implementation 3
- Funding programme Interreg Med
- Description of the project WETNET tackles the issue of implementing multilevel governance for Mediterranean wetlands in order to achieve overall and network effects on wetland ecosystems as well as on connected local systems. The project aims at ensuring higher coordination between different levels of spatial planning and authorities in charge of their management, whilst limiting conflicts between conservation issues and economic activities. By defining common priorities Mediterranean wetland conservation, WETNET builds a common territorial strategy for their integrated management. Building on previous EU experiences (River Contracts), WETNET seeks to test and transfer ‘Wetland Contracts’, acting through broad participatory processes where users, private and public entities are committed in mainstreaming wetlands preservation into their ordinary activities.
- Keywords: Wetlands preservation, governance, integrated management.
- Led by: Veneto region, Italy
- Project manager: Claudio Perin, Veneto Region and Giancarlo Gusmaroli, CIRF
- Communication officer: Alicia Sánchez-Valverde, Sociedad Aragonesa de Gestión Agroambiental (SARGA)
- Duration: 30 months (EN) | See EN Version (FR),
- Synergies:
- The objective of the Wetland Contract is to openly consider the various objectives and find solutions to make them coexist, assuming environmental sustainability simultaneously as a priority objective and an implementation strategy .
- The following key steps can be identified in the process:
- 1. a participatory and inclusive decision-making process, able to last over time and oriented to the empowerment of the actors involved;
- 2. a structured and integrated knowledge base, shared and updatable, on the state of the target area (strengths / weaknesses from the environmental and socio-economic point of view) and the risks / opportunities connected to it, as well as the framework of the programmatic tools (existing plans, programs, projects);
- 3. a concerted definition of future scenarios, a strategic vision to be adopted, capable of coordinating various planning tools and adopting the principles of sustainable
- development, shared through a protocol of Understanding;
- 4. an Action Plan that establishes the priority actions, the roles and the methods for implementing the strategy and a plan to monitor its actual implementation;
- 5. a Wetland Contract as a formal commitment document to carry out the actions developed and shared in the participated path.
- Output/deliverable that can be capitalized
- - TECHNICAL POSITION PAPER on the integrated governance of Mediterranean wetlands through Wetland Contracts
- - Towards a common methodology for implementing wetland contracts – principles, guidelines and best practices (EN), See EN Version (FR), Name of the project: MEDAQCLIM
- Years of implementation: 3
- Funding programme: ERANET-MED and NSRF
- Description of the project: MEDAQCLIM Project aimed at investigating the vulnerability of the water-food-environment nexus in a selected Mediterranean coastal area under the effect of projected climate change conditions by initiating: a) the coupling of numerical models dedicated to the simulation of basins’ rainfall-runoff, maritime hydrodynamics (coastal sea levels and currents) and coastal inundation, and b) the integration of climate change projections derived from a multitude of Regional Climate Models based on RCPs 4.5 and 8.5 (by the Med-CORDEX database) to the aforementioned models. The produced river discharges and coastal waters’ characteristics, such as sea level elevations and flood extents, were evaluated based on the current hydrosystem water demands. Exposure of the nexus to climate change effects was quantified. (EN) | Output/deliverable that can be capitalised in this project:
- -Atmospheric data and analysis of climate change effects by the Med-CORDEX database for 3 RCMs and 2 RCPs.
- -Estimates of storm surge maxima on the entire Mediterranean coastal zone during the 21st century.
- -Very fine Digital Elevation Models (DEM; dx=2-5m) for the entire Greek coastal zone (https://www.ktimatologio.gr/en).
- -A new coastal inundation module, CoastFLOOD, implementing 3 classic approaches for seawater flooding in littoral areas: i) a simplified, static level, “bathtub” inundation approach, ii) a bathtub module with hydraulic connectivity between adjacent grid cells, iii) a realistic simulation model of fully hydrodynamic inundation based on Shallow Water Equations similar to the LISFLOOD‐FP model.
- -Data on estimated, future, coastal flood extents in several Greek pilot areas.
- Role in the Consortium: Partner (PP8 AUTh) (EN), See EN Version (FR), Name of the project: SMART EWSCDS
- Years of implementation: 2
- Funding programme: Tecniospring Industry – H2020
- Description of the project:
- This project focuses on the monitoring and management of water bodies in flood-sensitive hydrographic basins, to address some of the challenges of adapting to climate change: improving the quality of life of their inhabitants, creating green areas, protecting resources, and preventing risks, etc. The project aims to provide an IoT-based monitoring system for combined water and river overflows with an optimal localisation algorithm, energy conservation technology and a new synthetic decision support system (DSS), integrating dual analytical modelling systems (physical and data-driven process models) with continuous optimisation and evaluation of the system. (EN), See EN Version (FR) | See EN Version (FR),
- Expected results:
- 1) Proposition of an optimal and feasible solution for drainage obstructions.
- 2) Development of software for the remote monitoring and control of the processes (position optimisation, sensor power control and self-planning display route).
- 3) Knowledge transformation: integration of the flood warning and management product in conjunction with key technologies
- Output/deliverable that can be capitalised in this project: This project share some of the main objectives with LocAll4Flood and the studied area include part of the pilot catchment
- Role in the consortium: Partner (PP1 UVICC-UCC) (EN), See EN Version (FR),
- Name of the project: NEXUSNET
- Years of implementation: 4
- Funding programme: COST action – European Commission
- Description of the project:
- NEXUSNET is an international network of researchers collaborating with universities, research institutions, policymakers, and the business sector to better understand how the water-energy-food Nexus fosters policy coherence and biophysical interactions in the domains of water, energy and food, supporting the transition towards a circular and low-carbon economy in Europe. The Nexus concept is tested at different scales (i.e., local, regional, national, European), while the international dimension is explored through the involvement of international proposers. More Nexus-compliant practices are foreseen through knowledge/research sharing hub at European level and beyond. Public-private initiatives pave the path for Nexus compliant practices, building on network members’ advice. NEXUSNET will deliver examples of nexus compliant policies, decision making, and recommendations to best achieve them, to come-up with an overview of Good Nexus Practices in Europe (policy coherence, Nexus-compliant practices and more coherent nexus evaluations). Trans-disciplinary approaches are adopted to test Nexus compliant practices with the involvement of relevant stakeholders, while interaction and engagement with current and finished Nexus-related projects will be pursued. Academic Nexus knowledge will be translated into practical and applicable knowledge for the private sector or policy makers. UVIC-UCC is responsible for the sharing skills series within the Working Group 4 devoted to the outreach of the project. (EN) | See EN Version (FR), Output/deliverable that can be capitalised in this project: LocAll4Flood will be a Nexus-related project for nexus application, monitoring and modelling. The Trans-disciplinary and multi stakeholders’ approach will be of particular relevance for LocAll4Flood.
- Role in the consortium: Partner (PP1 UVICC-UCC) (EN), Name of the project: NAIAD
- Years of implementation: 2015-2019
- Funding programme: EU H2020
- Description of the project:
- NAIAD aimed at defining the assurance value for NBS and to engage stakeholders in the NBS co-design and co-evaluation.
- NAIAD is a project aiming to:
- Develop concrete Nature Based Solutions (NBS) approaches in response to flood and drought risks at 9 demo sites across EU,
- Deliver replicable methods for its implementation,
- Work on development of financial instruments and novel business models in support of their implementation,
- Contribute to academic knowledge on NBS planning, increase the capacity of policy decision makers to integrate NBS in development planning and contribute to the general awareness of the need of NBS and socio-economic opportunities arising with their implementation at local, regional or EU level. (EN), See EN Version (FR) |
- NAIAD IMPACT 1:
- SCIENTIFIC EVIDENCE AND METHODS providing a robust scientific underpinning for the quantification, qualification and valuation of the insurance value of ecosystems to enable its full operationalization.
- NAIAD IMPACT 2:
- ENHANCED NATURAL CAPITAL Increased deployment of multi-purpose and flexible nature-based solutions through the contribution to the development of policies that maintain and to enhance the insurance capacity of ecosystems and natural capital.
- NAIAD IMPACT 3:
- BUSINESS MODELS activating insurance value of ecosystems into conventional and new types of insurance policies and innovative business models
- NAIAD IMPACT 4:
- POLICY- supporting the objectives of the EU Adaptation Strategy – climate resilient investments and the priorities of other EU and international policies (e.g. EU Green Infrastructure Strategy and the Sendai Framework for Disaster Risk Reduction)
- Output/deliverable that can be capitalized: System Dynamic Modelling for intervention scenarios simulation
- Role in the Consortium: Partner (PP6 CNR-IRSA) (EN), See EN Version (FR),
- Name of the project: REXUS
- Years of implementation: 2021 - ongoing
- Funding programme: EU H2020
- Description of the project:
- REXUS aims at co-defining policy interventions, including NBS, for reducing trade-offs in the Water-Energy-Food nexus.
- Rexus aims to develop and validate knowledge and tools to facilitate the transition from NEXUS Thinking to NEXUS Doing.
- Awareness of the dynamic interdependencies between the Water, Energy and Food sectors has grown in recent years, along with the realisation that purely sectoral viewpoints cannot lead to sustainable solutions. Growing demand for resources create trade-offs, which are complicated by the impact of climate change. The Water-Energy-Food Nexus approach is a powerful concept for addressing the interrelationships of resource systems and moving towards better coordination and utilisation of natural resources, taking into account existing trade-offs and moving towards synergies. However, progress in terms of incorporating Nexus thinking in practical policymaking has been slow.
- The Rexus Project aims to close the gap between science and policy, moving from Nexus thinking to Nexus doing. It brings together the scientific tools and the integrated vision necessary to analyze real-world conditions, including frictions and climate risks. By employing Systems Dynamic Modelling, it is designing sustainable and actionable forward-looking solutions that increase resilience across sectors. These solutions, clearly visualised, will form the basis of forward-looking and participatory decision making. (EN), See EN Version (FR) | NBS:
- REXUS is providing the methodological and practical foundations for the selection of suites of solutions that use Ecosystem-based Adaptation as an underlying principle, to be implemented in pilot areas. A framework for evaluation of suites of solutions will be created in which both ‘traditional’ technical solutions and Nature Based Solutions (NBS) within a catchment area will be combined, taking into account the potential impact of transboundary challenges and the policy setting on relevant ecosystem services. Sustainability criteria, such as carbon accounting, impact on biodiversity and ecosystems, conservation of fertile soils and water resources, socioeconomic equity and justice will be part of the framework alongside the technical and financial criteria in discussion with stakeholders.
- outcomes:
- Decision makers gain access to an evidence-based framework and guidance to select solutions that incorporate nature-based approaches, founded on Ecosystem-based Adaptation principles, to address challenges in increasing the resilience of the Water-Energy-Food Nexus
- LLA:
- REXUS will set up the Learning & Action Alliance (LAA) communities and lay the foundations for fruitful collaboration with all relevant stakeholders. This will provide the container for stakeholder collaboration throughout the project lifetime and beyond on issues pertaining to policy development, implementation and strategic decision making. WP2 will also analyse the adequacy of pilots’ governance structure to manage nexus feedbacks.
- outcomes:
- An engaged and inclusive stakeholder community, ready to learn & grow into a new paradigm of managing resources in their territory.
- Transferable lessons for engagement tailored to Nexus environments.
- Output/deliverable that can be capitalised in this project: Framework for the Participatory System Dynamic Modelling
- Role in the Consortium: Partner (PP6 CNR-IRSA) (EN), See EN Version (FR), See EN Version (FR), Name of the project: ANYWHERE
- Years of implementation: 2016-2019
- Funding programme: H2020 Grant 700099
- Description of the project: Enhancing emergency management and response to extreme weather and climate events, www.anywhere-h2020.eu. The ultimate objective of ANYWHERE was to empower exposed responder institutions and citizens to enhance their anticipation and pro-active capacity of response to face extreme and high-impact weather and climate events. (EN) | See EN Version (FR),
- Output/deliverable that can be capitalised in this project: ICT platform for data and algorithms integration, early warning and Decision Support.
- Role in the Consortium: Partner (PP7 HYNDS)
- (EN), Name of the project: PEARL
- Years of implementation: 2014-2017
- Funding programme: FP7 Grant 603663
- Description of the project: Preparing for extreme and rare events in coastal regions, www.pearl-fp7.eu. PEARL develops adaptive, sociotechnical risk management measures and strategies for coastal communities against extreme hydro-meteorological events minimising social, economic & environmental impacts and increasing the resilience of coastal regions. (EN), See EN Version (FR) |
- Output/deliverable that can be capitalised in this project: Urban Flood EWS
- Role in the Consortium: Partner (PP7 HYNDS) (EN), See EN Version (FR), See EN Version (FR), Name of the project: GiFLUID
- Green Infrastructures to mitigate flood risks in Urban and sub-urban areas and to improve the quality of rainwater discharges.
- Years of implementation: 3
- Funding programme: Interreg Italia-Malta
- Description of the project:
- The project aims to develop and promote practical tools which integrate the planning and design of green urban infrastructures (GUIs) in critical urban and sub-urban area of Sicily and Malta, to mitigate floods effects, to increase the infiltration of rainwater drainage improving also its quality (objective).
- A policy paper on the application of GUIs as well as communication and dissemination activities will contribute to the promotion of the capacity building of GUIs in order to increase awareness of policy makers, public authorities/municipalities and other interested stakeholders (beneficiaries). (EN) | See EN Version (FR),
- Output/deliverable that can be capitalised in this project:
- -Flood Risk Modelling Tool
- -Policy Paper on the application of GUIs in Mediterranean Catchments
- Role in the Consortium: Partner (PP4 EWA) (EN), See EN Version (FR), Name of the project: Accu-Waves
- Years of implementation: 4
- Funding programme: RESEARCH-CREATE-INNOVATE Program, National Strategic Research Fund (NSRF)
- Description of the project: Accu-Waves Project aimed at developing a decision support tool to provide reliable forecasts on sea states prevailing at selected ports worldwide. The application supports approaching procedures of vessels to ports. It is based on co-operating, hydrodynamic models that derive data from global scale, open sea forecasts. The implementation of the project includes development and application of a hydrodynamic circulation model, a spectral wave propagation model and a phase-resolving wave model for port basins; model integration; and materialising a cloud-based forecast platform that will provide wind, wave, sea level and current data for a 3-day forecast every 3 hours. The laboratories of Harbour Works (NTUA) and Maritime Engineering (AUTh) will provide the research background while the third partner MarineTraffic will implement the on-line forecast platform for the end-users. The results of Accu-Waves will lead to innovative products that will address significant needs such as increase of navigation safety at ports, facilitation of port pilotage operations, and improved port layouts. (EN) | See EN Version (FR),
- Output/deliverable that can be capitalised in this project: Operational Forecast Platform based on automated, integrated, numerical modelling for waves, sea level, and currents and a GIS app for marine weather forecasts built on Leaflet
- Role in the Consortium: Partner (PP8 AUTh) (EN), ame of the project: CCSEAWAVS
- Years of implementation: 3
- Funding programme: THALES (NSRF)
- Description of the project:
- Estimating the effects of climate change on sea level and wave climate of the Greek seas, coastal vulnerability, and safety of coastal and marine structure. The goals were:
- - To estimate the future climate over the Aegean and Ionian Seas. Three different Regional Climate Models (RCMs), KNMI-RACMO2, MPI-M-REMO and RegCM are used, forced by the A1B SRES emission scenario, for the time period until the end of the 21st century.
- - To assess climate change effects on the marine climate of the Aegean Sea. Estimation of mean sea level rise, as well as changes in waves and storm surges up to 2100.
- - To quantify climate change effects on the severity and frequency of extreme meteorological and marine events.
- - To estimate Vulnerability Indexes, caused by the extreme marine climate in Greek coastal areas prone to flooding and erosion.
- - To analyse possible climate change effects on the design and functioning of marine and coastal structures in Greek coastal regions. (EN), See EN Version (FR) |
- Output/deliverable that can be capitalised in this project:
- -Methodologies and good practices to evaluate the response of structures to wave climate change and mean sea level variability.
- -A robust storm surge model (MeCSS) for the simulation of barotropic circulation in the Mediterranean.
- -Advanced Extreme Value Analysis methods (incl. GEV, nonstationary effects, copulas, etc.) for marine parameters in R-Studio.
- Role in the Consortium: Partner (PP8 AUTh) (EN), See EN Version (FR), See EN Version (FR), Name of the project: GREENGROWTH
- Years of implementation: 2,67 years (32 Months)
- Funding programme: Interreg MED (programme 2014-2020)
- Description of the project:
- The Horizontal Project (HP) Green Growth aims to support the Modular Projects (MPs) under the Green Growth thematic of the Interreg MED Programme priority Axis 1 - Innovation. The HP Green Growth act as a community of projects promoting a sustainable development by fostering innovation through an integrated and territorial based cooperation approach. The HP Green Growth will build upon achievements of the first phase HP SYNGGI and will further maximise the transnational replicability and capitalization potential of results. It will involve the Quadruple helix actors in Mobilisation and Mutual Learning workshops and training and matchmaking sessions to share their best practices in the field of green growth and to promote the effective transfer of concrete results into regional/national policies. The expected outcomes will facilitate the creation of multi-stakeholders shared actions plans to highlight new opportunities and to unlock market potentials. Partners and territories that represent the maximum geographical coverage, including territories from the southern shore of the MED, as well as relevant initiatives, will be engaged on effective political leverage for demand driven and territorial evidence-based policy change on green growth thematic coherent with the EU policy framework. Moreover, the project will closely collaborate with thematic communities and PANORAMED to improve governance and contribute to the Interreg MED Programme visibility and identity. (EN) |
- Output/deliverable that can be capitalized: Capitalization of results from Interreg MED projects, access to huge network of potential interested stakeholders.
- Role in the consortium: Partner (PP1 UVICC-UCC) (EN), See EN Version (FR),
- Name of the project: COST ACTION SMIRES: Sciences and Management of Intermittent Rivers and Ephemeral Streams (CA15113)
- Years of implementation: 2016-2020
- Funding programme: EU Framework Programme Horizon 2020
- Description of the project:
- SMIRES brings together more than 350 hydrologists, biogeochemists, ecologists, modellers, environmental economists, social researchers and stakeholders from 33 different countries to develop a research network for synthesising the fragmented, recent knowledge on IRES, improving our understanding of IRES and translating this into a science-based, sustainable management of river networks. (EN), See EN Version (FR) | See EN Version (FR),
- Output/deliverable that can be capitalised in this project
- Handbook on intermittent rivers & ephemeral streams for water managers
- Role in the consortium: Partner (PP3 UIB-GLOWATER) (EN)
Total budget/expenditure: EUR 2 343 206.89
Total EU funding (amount): EUR 1 874 565.50
Total EU funding (co-financing rate): 80.00%
Co-financing sources:
Investments, deliverables, policy contributions
(bullets are inserted automatically and may be incorrectly placed)
Deliverables:
Contribution to wider strategies and policies:
Programme Common Output Indicator:
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RCO 001 - Enterprises supported (of which: micro, small, medium, large), Measurement unit:
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RCO 116 - Jointly developed solutions, Measurement unit:
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RCO 083 - Strategies and action plans jointly developed, Measurement unit:
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RCO 087 - Organisations cooperating across borders, Measurement unit:
Programme Common Result Indicator:
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RCR 104 - Solutions taken up or up-scaled by organisations, Measurement unit:
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RCR 079 - Joint strategies and action plans taken up by organisations, Measurement unit:
Programme Result Indicator:
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RCR90N Long-term cross-border innovation networks, Measurement unit: Number of networks
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PSI1 - Organisations with increased institutional capacity due to their participation in cooperation activities across borders, Measurement unit: organisations
Project part of European Union Macro-Regional or Sea Basin Strategy: EUSALP
EUSALP Priority (Policy) area / Horizontal action:
EUSALP Degree of compliance:
Project part of European Union Macro-Regional or Sea Basin Strategy: EUSAIR
EUSAIR Priority (Policy) area / Horizontal action:
EUSAIR Degree of compliance:
Information regarding the data in keep.eu on the programme financing this project
Financing programme
2021 - 2027 Interreg VI-B EURO Mediterranean (EURO MED)
Last month that data in keep.eu was retrieved from the Programme's website or received from the Programme
2025-05-27
No. of projects in keep.eu / Total no. of projects (% of projects in keep.eu)
64 / 64 (100%)
No. of project partnerships in keep.eu / Total no. of project partnerships (% of project partnerships in keep.eu)
608 / 608 (100%)
Notes on the data