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Please answer the following survey

You participated in sessions 1 & 2 of the Copernicus Marine Training & Workshop held on 17 & 18 May 2022.
Your opinion is appreciated.
Please fill in this questionnaire to provide us your feedback

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Turn data collection into an experience with Typeform. Create beautiful online forms, surveys, quizzes, and so much more. Try it for FREE.

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Session 1 - 2022 Copernicus Marine Training for the Mediterranean Sea - Products & User Testimonies

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Session 1 - 2022 Copernicus Marine Training for the Mediterranean Sea - Products & User Testimonies

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Session 1 - 2022 Copernicus Marine Training for the Mediterranean Sea - Products & User Testimonies

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Copernicus Marine Service - General Presentation

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Copernicus Marine Service - General Presentation

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User Testimony 1 - Operational marine FORecasting system in the central Mediterranean sea-TUNisia Coasts - FOR-MTUN

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User Testimony 1 - Operational marine FORecasting system in the central Mediterranean sea-TUNisia Coasts - FOR-MTUN

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User Testimony 2 - IMPRESSIVE, the pilot of Taranto Port

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User Testimony 2 - IMPRESSIVE, the pilot of Taranto Port

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Provides free, open, regular and systematic reference information on the blue (physical), white (sea ice), and green (biogeochemical) ocean state, variability and dynamics across the global ocean and European regional seas.

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Fill your login/password and click on Login to download data. If you are not registred yet click on Register

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Fill your login/password and click on Login to download data. If you are not registred yet click on Register If you have trouble logging in, make sure your browser is set to accept cookies.

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During the training workshops, E-learning material as Jupyter Notebooks developed by the Copernicus Marine Service experts are shared with participants in order to share codes and explain how to use the products.  Let's discover which platform are at your disposal to practice these hands-on exercises.

Overview of the solutions

Different platforms and tools are available to run these Jupyter Notebooks:

The Copernicus Marine Service JupyterLab (access reserved to the participants of the workshop - conditions explained below),

The JupyterHub from the WEkEO DIAS platform,

The Anaconda platform.

WEkEO platform

The European Commission has launched a new initiative called DIAS to provide a single access point to all Copernicus data and information, alongside processing resources, tools and other relevant data.

As key organisations in the Copernicus Programme, EUMETSAT, ECMWF, EEA and MERCATOR OCEAN have combined their long-standing experience to develop the WEkEO Copernicus DIAS service.

Signing up for WEKEO is free and gives you access to a Jupyter Hub instance.

In this video, Hayley Evers-King (Marine Application Expert at EUMETSAT) guides you through the Copernicus WEkEO platform, which gives you free access to all Copernicus data in one place, with expert user support.

Anaconda

1- Download - Visit the website of the platform and choose the package you need.

2- Software installation - How to install Anaconda ? While waiting for our tutorial to help you, you can start by watching this video:

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During the training workshops, E-learning material as Jupyter Notebooks developed by the Copernicus Marine Service experts are shared with participants in order to share codes and explain how to use the products. Let's discover which platform are at your disposal to practice these hands-on exercises.

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Jupyter Notebook - MarineData4Med - beginner overview

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Jupyter Notebook - MarineData4Med - beginner overview

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Jupyter Notebook - MarineData4Med - beginner overview

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Jupyter Notebook - Monitoring Marine Heat Waves - Advanced Level

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Jupyter Notebook - Monitoring Marine Heat Waves - Advanced Level

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Jupyter Notebook - Monitoring Marine Heat Waves - Advanced Level

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QGIS demo - MarineData4Med - beginner overview

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QGIS demo - MarineData4Med - beginner overview

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QGIS demo - MarineData4Med - beginner overview

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QGIS - Monitoring upwelling event in the Adriatic sea - Advanced Level

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QGIS - Monitoring upwelling event in the Adriatic sea - Advanced Level

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QGIS MarineData4Med Monitoring upwelling event adriatic sea

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Pin your location on the map to share where your are from!

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Copernicus Marine Training Workshop for the Mediterranean sea - Edition 2022 | CMEMS

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Mercator Ocean International and its scientific partner Noveltis, are organizing the Copernicus Marine Training Workshop dedicated to the Mediterranean sea. The online sessions will be held on May 17, 18 and 31 2022.

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IMPRESSIVE is an Horizon2020 maritime pollution project ( http://impressive-project.eu) implemented by a consortium of 12 partners from the European private and public sector.

Serious marine pollution events such as oil spill accidents and wastewater discharges constitute a common challenge across regions' ports that severely impact the environment at a European and global level. In response to this, the IMPRESSIVE ( Integrated Marine Pollution Risk assessment and Emergency management Support Service In ports and coastal enVironmEnts) project aims at the development of a portfolio of services accessible through a web geoportal that tracks the marine pollution events in the ports of the European Union and their areas of influence.

It consists of an integrated operational service that rely on satellite monitoring service that processes Sentinel 1, 2 and 3 satellite images and Copernicus Marine products to identify polluting events (oil spills, and wastewater discharges), to generate alerts and to provide their position and features in near real time.

For the identification of suspicious objects at the sea surface, we have developed a deep learning model based on fuzzy classification to classify and determine the likeness of each object to be an oil spill from Sentinel satellites images provided by Copernicus Marine Service. Results are provided and displayed in a geoportal interface for visualization and monitoring.

A positive alert of an object likely to be an oil spill or wastewater triggers several subsequent IMPRESSIVE procedures to provide forecast information. Operational forecast of the oil spill drift and fate has been performed using the MEDSLIK-II oil spill model coupled with SANIFS ( Southern Adriatic Northern Ionian coastal Forecasting System) hydrodynamic model. The MEDSLIK-II model simulates the geographical coordinates of particles and oil concentrations at the sea surface, in the water column, and on the coast. To force oil spill drift and weathering, MEDSLIK-II requires the input of data on atmospheric and oceanographic conditions from external models or observations. For this, we used the 6-hour wind dataset provided by the European Centre for Medium-Range Weather Forecasts (ECMWF) at a horizontal resolution of 1/8º (~12.5 km). We also used hourly fields of currents and sea surface temperature produced by the Southern Adriatic Northern Ionian coastal Forecasting System (SANIFS) at an ultra-fine spatial resolution. The bathymetry data at a resolution of 1/8 arc minutes (~230 m) obtained from the EMODNET Portal for the open sea and coastal waters were combined with the ultra-fine resolution bathymetry for the Taranto Port provided by the Italian Navy Hydrographic Institute.

This service enables a real time management of marine pollution events in the wider area of harbors and the vicinities and the near coastal areas. It enables assessment and detection of suspicious oil spill formations under all weather conditions and during days and night. The Port of Taranto, located in southern Italy on the northeastern coast of the Taranto Gulf in the Ionian Sea, is one of the pilot ports for the implementation and test of the services. The area of Taranto is fully operational and operated without any gaps since 18th June 2020 the oil spill service.

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IMPRESSIVE - The pilot on Taranto Port | CMEMS

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IMPRESSIVE is an Horizon2020 maritime pollution project ( http://impressive-project.eu) implemented by a consortium of 12 partners from the European private and public sector. Serious marine pollution events such as oil spill accidents and wastewater discharges constitute a common challenge across regions' ports that severely impact the environment at a European and global level.

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JellyX: A Monitoring tool to detect jellyfish swarms

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JellyX: A Monitoring tool to detect jellyfish swarms

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Pollution, climate change and marine habitats degradation are affecting ocean-based industries worldwide. Increasing events of jellyfish outbreaks that can reach hundreds of individuals per cubic metre are harmful to marine ecosystems and human health, with severe impacts on fisheries, tourism and aquaculture. For instance, jellyfish outbreaks are responsible for major farmed fish kills, causing profit losses for the global marine aquaculture industry.
ColomboSky is addressing this issue by offering JellyX, an advanced web mapping tool for large scale monitoring of jellyfish swarms and their drift, based on oceanographic data provided by Copernicus Marine Service. Users can access JellyX online portal for a real-time update on the risk of jellyfish swarm presence. Our solution combines remote sensing data with in-situ ground-truth and oceanographic models, leveraging advanced machine learning techniques.

Jellyfish swarms interfere with human activities and generate several issues, such as the collapse of fisheries, clogging of industrial seawater cooling systems, injuries of bathers and fish kills in aquaculture plants. Jellyfish outbreaks are estimated to have caused 40,000 cases of stings along Italian coasts during the 2007-2011 period, with associated healthcare costs of approximately 2 million euros per year. With high estimation accuracy of jellyfish presence/absence, JellyX provides managers with tools for predicting and preventing the economic and societal impacts of jellyfish outbreaks.

ColomboSky develops remote sensing products for ocean and coastal monitoring. Through the study of innovative optimization processes, ColomboSky exploits remote sensing information to address the needs of key ocean industries, such as marine aquaculture, tourism and energy, reducing risks and economic losses.

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JellyX: A Monitoring tool to detect jellyfish swarms | CMEMS

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Pollution, climate change and marine habitats degradation are affecting ocean-based industries worldwide. Increasing events of jellyfish outbreaks that can reach hundreds of individuals per cubic metre are harmful to marine ecosystems and human health, with severe impacts on fisheries, tourism and aquaculture.

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Operational marine FORecasting system in the central Mediterranean sea-TUNisia Coasts

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Operational marine FORecasting system in the central Mediterranean sea-TUNisia Coasts

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Operational marine FORecasting system in the central Mediterranean sea-TUNisia Coasts | CMEMS

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The ocean regulates the balance of our climate, our life, the environment of our shores, but also that of our world economy, and therefore of the country. This shows the importance of the realistic representation of the mechanisms that govern the evolution of the ocean dynamics to correctly predict…

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Dive in detail into the global products of Copernicus Marine Service with the following videos

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Dive in detail into the global products of Copernicus Marine Service with the following videos

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High resolution physical products

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GLO MFC PHY HR NRT 001 024 RAN 001 030

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Activities Sea Level TAC

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9:40

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How to register to the Copernicus Marine Service?

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How to register to the Copernicus Marine Service?

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How to register to the Copernicus Marine Service?

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How to search the Copernicus Marine Products?

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How to search the Copernicus Marine Products?

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How to search the Copernicus Marine Products

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How to download Copernicus Marine Products?

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How to download Copernicus Marine Products?

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How to download Copernicus Marine Products?

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insitutac

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GLO MFC BGC NRT RAN

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16:21

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CMEMS GA SEAPODYM LQ

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GLO MFC WAVES 20210126

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activities TAC SST 010

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HR Ocean Colour TAC CMEMS general Asssembly

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HR Ocean Colour TAC CMEMS general Asssembly

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Session 2 - 2022 Copernicus Marine Training for the Mediterranean Sea - Practical session

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Session 2 - 2022 Copernicus Marine Training for the Mediterranean Sea - Practical session

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Session 2 - 2022 Copernicus Marine Training for the Mediterranean Sea - Practical session

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Get help from the Copernicus Marine Service Desk

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Get help from the Copernicus Marine Service Desk

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One file only.128 MB limit.Allowed types: gif, jpg, jpeg, png, bmp, eps, tif, pict, txt, rtf, odf, pdf, doc, docx, xls, xlsx.