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Knowledge4Policy
KNOWLEDGE FOR POLICY

Knowledge Centre on Earth Observation

We enable the uptake of state-of-the-art knowledge from Earth Observation for EU policies and better regulation.

Topic / Tool | Last updated: 09 Jul 2024

Research & Innovation

Explore the latest trends and developments of Earth Observation, research agendas, projects and outlook.

Brief me

  • The continuous monitoring of priorities for R&I in Earth Observation is a fundamental aspect of KCEO. 

  • KCEO provides the opportunity to bring together the outcomes of research projects and show how they can support policymaking. 

  • By ensuring responsiveness to new needs, the KCEO will also monitor the availability of new technology and methods for sensing, data-processing and analysis 

  • KCEO will help identify the remaining knowledge gaps and prioritize the directions research should take to offer responses facilitating the green and digital transition of our societies. 

  • We have many opportunities for investing in R&I on Earth Observation throughout the European Commission programmes (Horizon Europe, Copernicus Evolution, DG CNECT etc.). The KCEO will assist in the identification and prioritisation of R&I coherently across programmes. 

  • Better characterising the needs and requirements collected via the KCEO will contribute co-designing a results-oriented research programme in the next iterations.

European research and innovation programs

Overview of key EU funding programs for earth observation research and innovation with a European focus (Horizon 2020, HORIZON EUROPE, Partnership on Agriculture of data, Copernicus and other…

EU-funded Earth Observation projects’ outcomes

Where to find results of EU-funded earth observation research projects, and a dedicated information page on gaps in earth observation related knowledge.

Implementation actions in Europe - The EuroGEO initiative

EuroGEO is Europe’s part of the Group on Earth Observations (GEO) - a worldwide network working to build a Global Earth Observation System of Systems (GEOSS).

Horizon Europe funding opportunities 2021-2022 for Earth & Environmental Observation

Factsheet to guide the environmental and Earth observation community, including the global Group on Earth Observations (GEO), through the first Horizon Europe work programme (2021 –…

  • Publication

Abstract: This first Strategic Research and Innovation Agenda (SRIA) for Earth Observation sets out a comprehensive framework for Copernicus' research and technological development. It outlines key priorities for the Horizon Europe Work Programmes for 2025-2027 and beyond into the next Multi-annual Financial Framework, ensuring that Copernicus and its products and services remain state-of-the-art. 

Copernicus, a key component of the EU Space Programme, provides Earth observation data through satellites, contributing missions, and in-situ data sources. This wealth of information is transformed into actionable services across six thematic areas: land, ocean, atmosphere, climate change, emergency, and security. The SRIA aims to ensure the continuity and evolution of these services. 

The SRIA outlines how Earth Observation (EO) is integral to the EU Policy goals, such as in the implementation of the European Green Deal. The SRIA will contribute to guiding Copernicus' evolution, emphasizing agile, resilient data streams, digital transformation, and expanded services. Enhancing policy uptake and downstream adoption is crucial, ensuring Copernicus meets evolving user needs and drives economic growth, societal well-being, and security in Europe. The report emphasizes the need for comprehensive support for Copernicus' services, ensuring they stay relevant and beneficial for European and global policy goals. The SRIA addresses the individual R&I needs of each service and their components. 

The SRIA also addresses horizontal elements and priorities to create synergies and efficiencies across services. Key initiatives include Thematic Hubs, which centralize access, enhance services, and specific cross-cutting applications. Computing and data infrastructures, Digital Twins, and AI/ML also play pivotal and growing roles in advancing Earth observation. Coordination across entities, EU policies, and global organizations fosters seamless integration, maximizing Copernicus' impact. The strategy emphasizes the evolution of services and technologies, particularly through research, data integration, and user-centric developments. Collaborative efforts with European and global partners further strengthen Copernicus, aligning it with broader policy goals and ensuring effective implementation across diverse sectors and communities. 

The SRIA concludes by emphasizing three dimensions that need to be addressed in its implementing. These are the Earth observation research and innovation activities themselves, the delivery and evolution of sustained Earth Observation services and the underlying policy needs for data and information derived from Earth observation. To monitor the successful implementation of the strategy a key focus should be on the interfaces and connections between the different dimensions identified. This then allows to identify specific metrics that can be followed.

Authors: RIXEN Michel; DOWELL Mark; IMMLER Franz; DUSART J.; KRISTOPAITIS Evaldas

Citation: Rixen, M., Dowell, M., Immler, F., Dusart, J. and Kristopaitis, E., Earth Observation Strategic Research and Innovation Agenda, Publications Office of the European Union, Luxembourg, 2024, doi:10.2760/18985, JRC136730.

Date available: 2024-05-14

Publisher: Publications Office of the European Union

JRC number: JRC136730

ISBN: 978-92-68-14333-9 (online)

ISSN: 1831-9424 (online)

Other identifiers: EUR 31903 EN, OP KJ-NA-31-903-EN-N (online)

URI: https://publications.jrc.ec.europa.eu

DOI: 10.2760/18985 (online)

Earth Observation Strategic Research and Innovation Agenda
English
(2.68 MB - PDF)

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