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Samenvatting over 894 woorden:
9x reductie; 101 woorden; ca. 1 min.
Copernicus is a civil, user-driven operational system that responds to major societal challenges and generates free and open access data and information. It is a leader in the EU and serves scientific, institutional, and commercial users. Its success depends on the expertise of the Commission, the Member States, and core partners, as well as the latest technological and scientific knowledge. Its key role is to ensure critical data availability, monitor and measure progress in achieving some of the goals of the Paris Agreement, including support to the estimation of global stocktake, and in decisions made at subsequent Conferences of the Parties.
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Onderliggende Tekst:
689 woorden; ca. 3 min.
1. Copernicus is a civil, user-driven operational system that responds to major societal challenges and generates free and open access data and information. 2. The Union is a worldwide leader with the ability to observe, monitor the Earth and predict changes, in particular by using modelling, and serve scientific, institutional, and commercial users. 3. Copernicus is already delivering manifold tangible results for Europe, for example in climate services, environmental land, ocean and atmospheric monitoring, for disaster management, and civil security.
To maintain Europe's position as the forefront, the continuity and continuous improvement of Copernicus Services and in-situ and space observation capabilities and data should be guaranteed, improved upon, and extended to new types of observation capabilities and new services based on updated scientific and institutional user requirements and benefiting from the latest technological and scientific knowledge.
Copernicus by 2035 should consider core users, political priorities, environmental challenges, and technological advances while addressing societal challenges under three pillars: Green Deal, climate challenge, digital transition, and civil security.
The success of Copernicus relies on the expertise of the Commission, the Member States, and core partners, including the European Space Agency, the European Organisation for the Exploitation of Meteorological Satellites, the EU Space Programme Agency, the European Centre for Medium-Range Weather Forecasts, Mercator Ocean International, the European Environmental Agency, the EU Satellite Centre, the European Maritime Safety Agency, and Frontex, as well as European industry and research organisations. The governance of Copernicus has played and will continue to have a key role in the success of the program.
5. CALLS FOR the evolution of Copernicus Services and data by 2035 in order to meet the
Green Deal climate and environmental goals, i.e. the transformation towards sustainable
development, including climate change mitigation and adaptation, in particular through
enhanced CO2 monitoring;
Copernicus provides scientifically relevant tools and indicators for assessing climate, causes, and trends, and long-term projections of climate change scenarios. Its key role is to ensure critical data availability, monitor and measure progress in achieving some of the goals of the Paris Agreement, including support to the estimation of global stocktake, and in decisions made at subsequent Conferences of the Parties.
Copernicus plays a crucial role in supporting public decisions and actions in areas such as biodiversity and ecosystems, health as part of a 'one health' approach, support to clean energy, fight against pollution, decarbonisation of economy and society, urban sustainability, transport and smart mobility, food and water resources, cryosphere, sustainable ocean management, coastal areas, maritime surveillance, forestry, sustainable agriculture, natural resources, cultural heritage, desertification, risk management, and disaster management such as hydro- or geohazards.
The importance of taking into account the new trends for the Copernicus programme is to maximize their benefits by incorporating them into the Copernicus programme. These trends include: - Technologies: - Additional Earth observations through new measurements and instruments - Architectures and business models, especially public or commercial constellations and New Space opportunities - Science: - The impact of computing science on numerical models of the Earth system in all its components, including the approach to coupled modelling systems and ensembles - Digital: - The digital transformation, including high performance computing, big data analytics, artificial intelligence, data fusion and visualisation, data long-term preservation - Digital twinning.
EU emergency management and security service capabilities needed for more resilient Europe; strengthen security service portfolio with more early warning and risk assessment capabilities for monitoring and analysis of potential population displacement due to climate change impacts.
10. RECALLS the long-standing need for more reactivity and more precision in data acquisition
and distribution, including through higher flexibility and timeliness in the programming of
satellites over the requested area;
11. RECALLS that Copernicus user uptake is a priority and that the services, data and
information must be user-friendly, relevant to societal, economic and environmental needs
and useful first for public authorities, but also for scientific, economic actors and citizens;
Instructions: 1. Facilitate easy and flexible access to and use of data for Copernicus Services. 2. Promote user-friendly and energy-efficient European data and information access platforms. 3. Foster the downstream sector by implementing and promoting user-friendly and energy-efficient European data and information access platforms.
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