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Environment | Meteorology
Coastal Crete: Ship routing/Harbor Safety
Coastal Crete is the Cretan Sea Digital Twin of Iliad, co-developed by partners FORTH and MEEO, that provides to users advanced, high-resolution forecasting services, enhanced by the integration of real-time in-situ observations, allowing the simulation of (what-if) predictive scenarios. Application packaging was assisted by Iliad partner Hidromod.
Visualization was enabled by Iliad partner Blue Lobster through Geomachine.
The Ship routing/Harbor Safety Ocean Twin offers two key application packages aimed at optimizing maritime operations and enhancing harbor safety.
The first application provides a solution for calculating optimal ship routes, designed to minimize cumulative distance, travel time, and CO2 emissions. This tool uses VISIR-2 software (created by CMCC, Italy) and leverages advanced algorithms to determine the most efficient paths for vessels, offering real-time and predictive insights. The results are seamlessly visualized through the GeoMachine platform, enabling users to interact with and adjust routes based on dynamic marine conditions.
The second application focuses on high-resolution wave forecasting, using a 50-meter spatial resolution model to deliver accurate 3-day wave forecasts. This model, based on the SWAN model, predicts wave heights and directions critical for safe harbor operations. The forecasts are visualized through the ADAM platform, providing users with a powerful tool for monitoring and decision-making, ensuring safety and efficiency in harbor management and coastal navigation. Both applications are designed to meet the operational needs of global maritime industries, and integrate Hydromast sensor data from the port of Heraklion in order to be triggered when severelly adverse weather conditions affect the area. Swan model docker is available through Iliad's dedicated Github repository SWAN, Github repository Ship routing and the application packages are available through INESCTEC unified catalogue of application packages. CWL for ship routing , as well as CWL for SWAN 50m in Heraklion Port.
Additional Details
Type: Container Images, Web Applications, Data Sets
Theme: Environment, Meteorology, Oceanography, Research
Dataset sources: CMEMS, Emodnet
Language(s): English
Contact Information:
Antonios Parasyris
Postdoctoral Researcher
CMRL FORTH
antonisparasyris@iacm.forth.gr
Screenshots
![Geomachine Visualization of an optimal ship route](https://cms.ocean-twin.eu/screenshots/dangerous-waves-zoomed-out -low rez-1-400x225.jpg)
![Sensor data based alert for dangerous currents in port of Heraklion. Geomachine Visualization](https://cms.ocean-twin.eu/screenshots/dangerous-waves-400x225.png)
![High resolution SWAN wave model within ADAM platform](https://cms.ocean-twin.eu/screenshots/SWAN_HS_ADAM_1-1-400x225.jpg)
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