Research

• Coastal and Ocean Engineering
• Coastal and Ocean Dynamics
• Coastal and Ocean Modelling
• Physical Oceanography
• Operational Oceanography
• Maritime Hydrodynamics
• Water Wave Dynamics
• Wave Breaking
• Surf Zone Dynamics
• Storm Surges
• Climate Change
• Coastal Flooding
• Numerical Modelling
• Computational Fluid Dynamics (CFD)
• Coherent Turbulent Structures
• Smoothed Particle Hydrodynamics (SPH)
• Large Eddy Simulation (LES)
• Hydrodynamic Modelling and Simulations
• Oceanographic Forecast Systems Development
• Sea Level (Tide-gauge) Measurements Processing
• Oceanographic Measurements (with CTD)
• Port Engineering and Design of Harbor Works
• Environmental Engineering
• Design of Coastal Zone Protection Works
• Mild–type Protection Methods for the Coastal Zone
• Design of Submerged Breakwaters
• Sanitary Inspection of Coastal Areas
• Sea Water Quality Modelling
• Sea Water Monitoring
• Design of Sewage Discharge Systems in the Maritime Environment
• Design of Submarine Outfall Pipelines and Diffuser Systems
• Academic Software Development for Engineers and Scientists

Publications

MEDAQCLIM PROJECT References During the MEDAQCLIM project’s life cycle, six scientific publications related to the project methodology and outputs were produced. Five of them are papers or abstracts with oral presentations at international conferences held in 2019-2021, and one is a publication in a well-known scientific journal.  Publications  The references of the publications in scientific journals and proceedings of international/national conferences are the following: Skoulikaris Ch., Makris Ch., Katirtzidou M., Baltikas V., Krestenitis Y. (2020). Assessing the vulnerability of a deltaic environment due to climate change impact on surface and coastal waters: the case of Nestos River (Greece). Environmental Modeling & Assessment, Springer.  ... Read More
January 17, 2021coastal

Stakeholders

Within MEDAQCLIM project the public stakeholders (public authorities, cooperatives, organizations, institutes, etc.) related to Nestos river delta concerning the investigated issues are selected and divided into the following categories: Management Body Delta Nestos Vistonidas-Ismarida and Thassos Administrative authorities Fishery related stakeholders Agriculture related stakeholders Νon-governmental organizations (NGOs) Other Stakeholders Management Body of Delta Nestos, Vistonidas-Ismarida and Thassos The National Park of East Macedonia-Thrace (https://fd-nestosvistonis.gr/), as defined in 2008 by the Common Minister Decision 44 549 (Government Gazette 497/A/17-10-2008), includes the protected areas of wetlands D. Nestos, Av. Vistonida, Av. Ismarida and the wider region, by land and water total area of ​​over ... Read More
January 17, 2021coastal

Partners

Ecole Mohammadia d'Ingenieurs, EMI - Rabat, Regional Water Centre of Maghreb, Morocco EMI is the oldest School of engineers, established in 1957 in Morocco, and has given more importance to water resources from the beginning of its creation. Two departments are specialized in water resources, in addition to 6 Laboratories and teams. The Regional Water Centre of Maghreb and the Laboratory ‘Water Resources and Information Technologies’ are more experienced with high hydrological education for engineering and research in M.Sc. and PhD. Both Centre and Laboratory are coordinated by Prof. A. Larabi. The Lab also has more than 20 years of ... Read More
January 17, 2021coastal

Description

Project short description The Mediterranean region is specifically sensitive to climate change extremes. These coastal sites share common water management problems due to their overexploitation, fresh water pollution, sea level rise, seawater intrusion and land losses. Increased complexity of policy making in these sites presents an ongoing challenge to managers.  The objective of this project is to identify the impacts of climate change on water resources in coastal zones, and how they imply, in turn, socio-economic vulnerability and sustainable development. An integrated quantitative assessment can achieve this goal by combining projections from climate change scenarios with advanced computational hydrological impact assessment models ... Read More
January 17, 2021coastal