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QGIS MarineData4Baltic Sea Beginner Overview

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Replay 23/03

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2022 Copernicus Marine Training workshop for the Baltic Sea - Session 2: Practices

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Replay 22/03

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Copernicus Marine Training for the Baltic Sea 2022 - Session 1: products & user testimonies

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

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The pdf to answer all your questions related to the workshop

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Vibeke Huess

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Johanna Linders

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Kerstin Stelzer

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Satellite - Sea Surface Temperature and Sea Ice

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Satellite - Sea Surface Temperature and Sea Ice

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Juha Karvonen

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Valters Zeizis

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Advanced level Notebook

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QGIS Advanced level

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QGIS MarineData4Baltic Sea Ice Ship Route

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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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(below)

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Activities Sea Level TAC

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9:40

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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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activities TAC SST 010

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6:29

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Dedicated e-learning material

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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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insitutac

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11:55

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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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CMEMS GA SEAPODYM LQ

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8:07

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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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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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Discover how users are using our data

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GLO MFC WAVES 20210126

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4:46

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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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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.

Thank you for using CMEMS products

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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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The Latvian Environment Geology and Meteorology Centre (LEGMC) has developed an open-access marine data browser: marine.meteo.lv. The browser is designed with the intent to enable access to marine meteorology forecast data to the public and is a part of the LEGMC product range development.

The browser contains regularly updated information in the form of maps and charts. In addition to the standard information, the portal also provides users with:

A derived data layer that informs about the risk of vessel icing

2D calculations of objects drift trajectory at the Sea - forecast and hindcast

LEGMC wind and water level observations.

In the future it is planned to continue the development of browser functionalities and increase the range of available data.

The existing content and functionality of the portal is based on conclusions that are based on marine environment data user survey, as well as meeting with local ports and municipality representatives.

The content of the browser is based on marine forecast data from the Copernicus Marine Service and meteorology data from the LEGMC.

The browser is available for use both on standard and mobile platforms.

The Latvian Environment Geology and Meteorology C entre (LEGMC) collects and distributes official marine and meteorological data, forecasts and warnings. The LEGMC is a long-term representative of Latvia within regional and global organizations related to meteorology and operational oceanography, such as WMO, EumetSat, BOOS, BSIS etc.

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"marine.meteo.lv" - Data and forecasts for the Baltic Sea Region | CMEMS

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The Latvian Environment Geology and Meteorology Centre (LEGMC) has developed an open-access marine data browser: marine.meteo.lv. The browser is designed with the intent to enable access to marine meteorology forecast data to the public and is a part of the LEGMC product range development.

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GLO MFC BGC NRT RAN

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16:21

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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.

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Almost 95 per cent of the fish farmed for food in Finland is rainbow trout. The Natural Resource Institute Finland (Luke) has used Copernicus Marine Data to build an ecosystem approach for aquaculture. Nutrient discharge from fish farming may cause local eutrophication. Based on a finnish national spatial planning for aquaculture, the farming of food fish is directed towards suitable water areas that take account of the environment and other users like summer cottage-based activities. The guiding principle is that a new fish farm must not endanger the achievement of water management goals and environmental targets set for the area in question. In particular, offshore areas in the Gulf of Bothnia are expected to offer new opportunities for growth of aquaculture. Copernicus Marine data is used to allocate sustainable locations for growing rainbow trout in the marine environment. The approach uses at the moment 11 different criteria and Copernicus offers input data for two of them.

Almost 95 per cent of the fish farmed for food in Finland is rainbow trout. Domestic, farmed fish is a healthy and safe choice for the consumer. According to recommendations, people should consume a variety of fish, combining both farmed and naturally caught fish. Food production is largely based on the egg production of selectively bred fish. Luke maintains and develops breeding programmes for rainbow trout and European whitefish. Selective breeding produces high-quality rearing material (egg, fry and broodfish) for fish farming. More than 80 per cent of domestic rainbow trout retailed in Finland originates in Luke's breeding programmes.

Natural Resources Institute Finland (Luke) is a research institute with a vision to create wellbeing and a sustainable future from renewable natural resources. It provides solutions for local and global challenges: climate smart carbon cycle, adaptive and resilient bioeconomy, profitable and responsible primary production. Luke produces Finland's official food and natural resource statistics.

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Finding sustainable locations for growing rainbow trout in the Baltic Sea | CMEMS

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Almost 95 per cent of the fish farmed for food in Finland is rainbow trout. The Natural Resource Institute Finland (Luke) has used Copernicus Marine Data to build an ecosystem approach for aquaculture. Nutrient discharge from fish farming may cause local eutrophication.

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High resolution physical products

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GLO MFC PHY HR NRT 001 024 RAN 001 030