ExpectedOutcome:Project results are expected to contribute to all the following expected outcomes:

For all areas:

provision of innovative, customised and efficient RI services enhancing and increasing society’s long-term and consistent problem-solving capacity and evidence-based policy making; For RI services to enable research linking environmental factors to human health

better risk assessment tools and data evidence to anticipate and mitigate negative environmental implications on human health;evidence to inform policy making and public health bodies with respect to assessment and management of environmental risks for human health;wider access to specialised RI services to underpin the competitiveness of the European industry and of SMEs active in the field of risk assessment and management of environmental impact on human health. For RI services for improving clinical research in the paediatric area

advancement of paediatric medicines and other therapeutic and diagnostic approaches for this population group to markets and towards clinical use;accelerated availability of solutions and products to paediatric patients in need;wid... ver más

ExpectedOutcome:Project results are expected to contribute to all the following expected outcomes:

For all areas:

provision of innovative, customised and efficient RI services enhancing and increasing society’s long-term and consistent problem-solving capacity and evidence-based policy making; For RI services to enable research linking environmental factors to human health

better risk assessment tools and data evidence to anticipate and mitigate negative environmental implications on human health;evidence to inform policy making and public health bodies with respect to assessment and management of environmental risks for human health;wider access to specialised RI services to underpin the competitiveness of the European industry and of SMEs active in the field of risk assessment and management of environmental impact on human health. For RI services for improving clinical research in the paediatric area

advancement of paediatric medicines and other therapeutic and diagnostic approaches for this population group to markets and towards clinical use;accelerated availability of solutions and products to paediatric patients in need;wider access to rationally designed RI services across Europe to underpin the competitiveness of the European industry and of biotech SMEs developing paediatric medicines and treatment and diagnostic devices;joining forces of research infrastructures and paediatric competence networks in EU Member States and Associated Countries, to facilitate paediatric research in the context of pertinent EU regulatory environment;availability of innovative tools to conduct paediatric clinical trials, for the re-use of population and historical data, and for enhanced data sharing across actors at different care levels and across regions in Europe. For RI services for climate-change risks

enhanced and integrated cross-disciplinary RI capacities addressing climate related-risks in Europe and in particular support relevant R&I objectives of Horizon Europe clusters 5 and 6, or of the mission on climate adaptation;harmonisation of data policies and management of IPRs and ethical issues; interoperability across disciplines and with risk management platforms;researchers in the environment and climate change able to optimally exploit the research infrastructure services relevant for their research. For RI services for sustainable Arctic/polar regions

enabling/facilitating science for understanding and predicting key processes in polar regions in the context of climate change;enhanced and further integrated RI capacities in polar regions in support of EU Arctic Policy, European Green Deal and international climate initiatives. For RI services for healthy ocean and waters

enabling/facilitating R&I for clean oceans and waters, as well as for climate change;enhanced and further integrated RI capacities in support of the development phase of the Mission “Restore our Ocean and waters by 2030”, European Green Deal and international climate initiatives. For RI services for sustainable aquaculture, fisheries and blue economy

enabling/facilitating R&I for sustainable aquaculture, fisheries and the blue economy;enhanced and further integrated RI capacities in support of the Common Fisheries Policy, the Farm to Fork Strategy, the sustainable blue economy and the European Green Deal. For RI services for renewable energy technologies and systems

enabling research and innovation to increase energy efficiency and foster a wider use of renewable energy, supporting the objective of the European Green Deal of a climate neutrality by 2050, the ‘Fit for 55’ energy targets and the SET-Plan action on integrating renewable technologies in the energy systems;wider access for academic and industrial researchers to enhanced and further integrated RI services in support of the green transition. For RI services for innovative applications of nanoscience and nanotechnology

enabling research and innovation on innovative nanoscience and nanotechnology applications to support European scientific and industrial competitiveness, including on innovative solid state, biological and soft materials, needed for the green and digital transition;cross-fertilisation and transfer of knowledge and technologies across diverse scientific disciplines and material classes;wider access for academic and industrial researchers to enhanced and further integrated RI services for fostering the application of nanoscience and nanotechnology to address emerging socio-economic needs;enhanced competitiveness of European industry in the field through access to the broadest spectrum of advanced research tools;positioning the top-level research infrastructures in the field as reliable innovation partners for world-wide researchers and European innovators;enhanced safety of R&D activities on nanomaterials and their use, reducing possible health and environmental risks. For RI services to enhance the EU capacity for the development of semiconductors

enabling research and innovation in support to the competitiveness and autonomy of the European semiconductor industry and to the European Chips Act;wider access for academic and industrial researchers to enhanced and further integrated RI services in the field;transfer of knowledge and technologies between academic-research institutions and the semiconductor industry in order to advance further the digital transition. For RI services for shaping the future generation society

scientific evidence for the successful implementation of Next Generation EU, including the societal dimension of the recovery from the crisis as well as the ongoing economic, social and environmental transformations;insight on the ways different societal groups, including the young people, can get actively involved and contribute to the development of EU missions;contribution to the definition and support to the development of the EU Youth strategy;provision of evidence on specific patterns and skills to foster active inclusion of various societal groups as active citizens and actors of positive change.
Scope:This topic aims at providing trans-national access (on-site or remote) and/or virtual access to integrated and customised RI services for challenge-driven research and innovation in each of the areas listed below, offered by a wide range of complementary and interdisciplinary top level research infrastructures.

Access also includes ad hoc users’ training and scientific and technical support. Training courses for using the infrastructures may also be supported. Training courses and ad hoc users’ training will prepare the new generations of researchers to properly exploit leading-edge RIs, and should provide them with appropriate skills for data stewardship.

Activities to facilitate and integrate the access procedures, to further develop the remote or virtual provision of services and to improve, customise and harmonise the services the infrastructures will also be supported, including for better serving the needs of open EU industrial research and innovation.

While the main goal of this topic is access provision to existing services, limited development of new services, relevant to the challenges, can also be supported, including joint/cross-RI services, provided that the resulting services are opened and offered already under the actions (short term R&D) and that the long term sustainability of such services is ensured by the participant RIs. The long term R&D for new instrumentation, tools, methods and advanced digital solutions will continue to be supported under destination INFRATECH.

Proposals should adhere to the guidelines and principles of the European Charter for Access to Research Infrastructures[1].

Data management (and related ethics issues), interoperability, as well as the connection of digital services (e.g. data services) to the European Open Science Cloud, should be addressed where relevant.

Proposals should duly take into account major European or international initiatives relevant in the domain. Whenever appropriate, they should foster the use and deployment of (open) global standards.

Proposals should make available to researchers a wide and comprehensive portfolio of complementary research infrastructure services, including data services, and customised workflows to enable R&I addressing the set challenge. To this extent, they should involve, as beneficiaries, affiliated entities, third parties, or external providers of purchased services, the necessary interdisciplinary set of research infrastructures of European interest[2] that provide such services. The inclusiveness of the portfolio of services offered by the proposal will be taken into account in the Excellence score. Proposals including only few of the research infrastructure services relevant to the scope will be scored lower.

Access could also be open, under certain conditions, to third countries’ researchers to work on global challenges. Research infrastructures from third countries[3] may be involved when appropriate, in particular when they offer complementary or more advanced services than those available in Europe.

Proposals should consider the inclusion of infrastructures that can facilitate a rapid transition of research findings to innovations and therefore, to society.

Proposals should include an outreach and engagement plan to actively advertise their services to targeted research communities and, if applicable, to relevant industries, including SMEs.

Proposals are expected to exploit synergies and to ensure complementarity and coherence with other EU grants supporting access provision.

Proposals should include the list of services/installations[4] opened by research infrastructures for trans-national or virtual access and the amounts of units of access made available for users. Further conditions and requirements relating to access provisions that applicants should fulfil when drafting a proposal are given in the “Specific features for Research Infrastructures” section of this work programme part. Compliance with these provisions will be taken into account during evaluation.

In this topic the integration of the gender dimension (sex and gender analysis) in research and innovation content is not a mandatory requirement.

In 2023, this topic will target the following scientific challenges and EU priority areas:

RI services to enable research linking environmental factors to human health

Human health is strongly dependant on exposure to environmental factors[5] as well as socio-economic and lifestyle factors. Proposals should integrate and give access to a wide range of monitoring and experimental RI services to investigate the effect of environmental exposure. Services should be provided to user projects aiming to characterize environmental risk factors (e.g. of chronic health conditions) and/or to develop innovative tools and methods for deciphering the causal pathways and the prevention of associated diseases. Integration of multiple types of data reaching from environmental exposure measurements to granular human omics, analytical and clinical data including also socio-economic and lifestyle data, in line with One-Health approach, is key for this type of research at the interface of environmental and health research.

Types of services to be offered to users of the infrastructures would include, amongst others: collecting samples and data on environmental risk factors including on socio-economic, occupational and life style factors; high throughput measurements to quantify substances (and/or energy types) of concern including not targeted measurements of chemical mixtures (or other pollutants) as well as exposure markers; integration of diverse data types including human omics data to develop exposure markers; harmonisation and access to advanced bioinformatics tools to investigate the environmental and human health interactions; support for experimental work such as state of the art research models to test for stressor and outcome correlations; access to relevant data available from population cohorts; access to available and relevant data bases on environmental factors (e.g. pollutants, temperature, noise); GDPR-compliant access to relevant sensitive human data including from human biomonitoring i.e. measurements in biosamples.

Actions should customise and further develop RI services to meet the needs of ongoing research in the field. Appropriate links and complementarities should be ensured with relevant ongoing initiatives and resources, such as pertinent ESFRI roadmap efforts, e.g. EIRENE, the European Human Exposome cluster, the IPCHEM database, the EC Knowledge Centre on Cancer[6], the European Microwave Signature Laboratory, the candidate European Partnership for the Assessment of Risks from Chemicals (PARC), and other H2020 and Horizon Europe relevant projects including the ones emerging from the 2023 and 2024 ‘Environment and health’ calls of Cluster 1 - Health.

Proposals could consider, for their inclusion in the service portfolio, relevant services and expertise offered by the European Commission's Joint Research Centre (JRC), and in particular by its Molecular Ecotoxicology and Microbiology laboratory [7]. The laboratory is equipped with advanced instruments, such as the MinION™ for nanopore sequencing, and digital polymerase chain reaction (PCR), and provides access to the next generation sequencing (NGS) facility at the JRC. Furthermore, the laboratory has in house in vitro tests and cell culture facilities for detection of pollutants particularly concerning human health.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for improving clinical research in the paediatric field

Paediatric healthcare in EU and worldwide is often hampered by an enduring lack of specific medicines and therapies tailored for use in paediatric population. Proposals should integrate and give access to RI services to enable and accelerate R&I towards innovative biomedical products and therapies for children, including new-borns. They should support in particular, but not limited to, clinical R&I projects addressing therapeutic, diagnostic and prevention measures for paediatric disease management and help these projects to meet regulatory requirements for licensure and clinical use of paediatric medicines and medical devices.

Due to the peculiarities of paediatric clinical research with study subjects often dispersed across Europe, RI services offered should include innovative trial designs and novel monitoring tools, including the necessary support at local level. GDPR compliant and regulatory acceptable access and re-use of relevant population, historical and real world care data should be facilitated, as should be the harmonisation of respective ethics reviews across Europe.

As paediatric research is often faced with locally dispersed case incidences, wider geographical outreach and international collaboration beyond Europe, including with LMIC (Low-to-Middle-Income Country) is strongly encouraged.

Appropriate links and alignment should be ensured with EU level initiatives such as EnprEMA, proposed Horizon Europe partnerships such as the Innovative Health Initiative, the Transforming Health and Care Systems partnership, a Personalised Medicine, an ERA for Health Research, and the planned partnership on Rare Diseases research.

Data management should duly cater for interoperability of data services, while contributing to GDPR compliant access modalities as required in the European Health Data Space. Metadata, statistical and anonymised data sets should duly be FAIRificated to become accessible under the European Open Science Cloud.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for climate-change risks

Climate change and land use are increasing the frequency and severity of natural hazards notably floods, storm surges, landslides, droughts, desertification, cryosphere melting and fires as well as their negative impacts in Europe. Research to advance the understanding of the interlinked processes and to develop new knowledge and tools necessary to better predict, mitigate and adapt to these risks requires an unprecedented integrated and strongly cross-disciplinary approach as well as access to very diverse research infrastructures (such as observatories, experimental facilities, modelling capacities or data infrastructures).

Proposals will bring together key complementary and possibly heterogeneous national and European research infrastructures to provide effective access to an integrated wide range of RI services (e.g.: observations, models and experimental platforms) necessary for highly cross-disciplinary research and innovation addressing climate-related multi-hazard risks in the EU and Associated Countries, including their social dimension. Actions will in particular offer, when appropriate, fit-for-purpose access modalities facilitating the joint selection and or coherent scheduling of cross-disciplinary user project(s) by several research infrastructures, ad-hoc support and training of (new) users, customised R&I data, data products, scientific services including joint services by complementary infrastructures. Actions will develop interoperability among the research infrastructures as well as with relevant initiatives and programmes and facilitate the use of external data and services, such as Copernicus services, to further develop their portfolio of multi- and cross-disciplinary scientific services.

Actions should design customised and/or new RI services taking into account the needs of ongoing research in the field and of existing disaster risk management knowledge platforms and networks (e.g. the JRC Disaster Risk Management Knowledge Centre). Due attention to the latest development of Horizon Europe priorities, its Missions and Partnerships will ensure appropriate links and complementarities. Actions should provide for a flexible approach to address ad-hoc R&I specific requests and to respond to long-term or recurrent needs.

Proposals could consider, for their inclusion in the service portfolio, relevant services and expertise offered by the European Commission's Joint Research Centre (JRC), and in particular by its Molecular Ecotoxicology and Microbiology laboratory [7], for the detection of antimicrobial resistance genes, viral RNA in water by quantitative PCR, metagenomics analysis of water samples, as well as in-house bioassays systems for detection of chemical pollutants’ mixture analysis.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for sustainable Arctic/polar regions

Polar regions are facing rapid changes and new challenges due to climate change, biodiversity loss and increasing economic interest. Major research efforts are ongoing to understand and predict these changes including their impact on other regions, identify solutions and provide evidenced-based information such as needed by the European Green Deal and the EU Arctic policy. However, extreme conditions and low population density limit the opportunities to access in-situ platforms and make difficult the collection of data, the monitoring of complex processes.

Proposals should provide access to a wide portfolio of complementary research infrastructures and their services needed to address the scientific challenges of polar regions. Building on past integration of access to terrestrial stations, fixed and mobile observing platforms, research vessels operating in Polar Regions including icebreakers, core repositories and data infrastructures, proposals should further integrate, customise or combine services and adapt modalities of access to facilitate interdisciplinary research on complex processes in Polar Regions. Proposals should ensure appropriate links with relevant European and international initiatives and with projects developing under Horizon Europe and ongoing coordination efforts such as in the EU Polar Cluster. When appropriate, research infrastructure services should benefit from Copernicus, GEOSS and EMODNET initiatives. Similarly, relevant data generated by the projects should be made available to these initiatives.

Complementarity and synergies with relevant other areas under this topic should be considered.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for healthy ocean and waters

The Mission ‘Restore our Ocean and Waters by 2030’ aims to deliver on precise targets for protecting and restoring ecosystems and biodiversity, for zero pollution, and for moving towards climate-neutrality, within the EU’s ocean, seas and waters. Research and innovation underpinning the solutions and technologies to reach these ambitious objectives will mobilise RI capacities in Europe and beyond and will require complementarity and synergies between national and European efforts, including from other parts of Horizon Europe and for access to the most needed and unique research infrastructures.

Proposals should provide access to a wide portfolio of complementary research infrastructures and their services in support of the research and innovation contributing to the implementation plan of the Mission and of the European Partnership ‘A climate neutral, sustainable and productive Blue Economy’. Building on past integration of access to facilities such as marine and freshwater experimental facilities, analytical platforms, fixed and mobile observing platforms and research vessels, proposals should further integrate, customise or combine services and adapt modalities of access to facilitate the development phase of the Mission, Partnership and relevant research and innovation activities for a clean environment and for climate actions. Proposals should ensure appropriate links with relevant European and international initiatives and with projects developing under Horizon Europe. When appropriate, research infrastructures services should benefit from Copernicus, GEOSS, EMODNET and the European Digital Twin of the Ocean (DTO) initiatives. Similarly, relevant data generated by the projects should be made available to these initiatives.

Proposals could consider, for their inclusion in the service portfolio, relevant services and expertise offered by the European Commission's Joint Research Centre (JRC), and in particular by its Molecular Ecotoxicology and Microbiology laboratory [7]. The laboratory is equipped with advanced instruments, such as the MinION™ for nanopore sequencing, and digital polymerase chain reaction (PCR), and provides access to the next generation sequencing (NGS) facility at the JRC for microbiome analysis and skilled experts in the field of molecular based methodologies.

Complementarity and synergies with relevant other areas under this topic should be considered.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for sustainable aquaculture, fisheries and blue economy

Sustainable fisheries and aquaculture are part of the Farm to Fork Strategy and also contribute to the Sustainable Blue Economy Strategy[10]. At the same time, advances in biotechnology tools (e.g. -omics, bioinformatics) increasingly expose the potential of aquatic bioresources. However, research and innovation is needed to ensure sustainability and resilience of the blue economy as well as to unlock its potential.

Proposals should provide access to a wide portfolio of complementary research infrastructures and their services needed to address the scientific challenges in support of the Common Fisheries Policy, the Farm to Fork Strategy and the Sustainable Blue Economy Strategy. Building on past integration of access to facilities such as inland and marine aquaculture experimental platforms, marine biological resources and analytical platforms, relevant marine data and observing platforms, proposals should further integrate, customise or combine services and adapt modalities of access to facilitate interdisciplinary research addressing EU priorities. Proposals should ensure appropriate links with relevant European and international initiatives, with projects developing under Horizon Europe and with the European Partnership for a climate neutral, sustainable and productive blue economy. When appropriate, research infrastructures services should benefit from Copernicus, GEOSS, EMODNET and the European Digital Twin of the Ocean (DTO) initiatives. Similarly, relevant data generated by the projects should be made available to these initiatives.

Complementarity and synergies with relevant other areas under this topic should be considered.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for renewable energy technologies and systems

Increased energy efficiency and wider use of renewable energy play a key role in achieving, the European Green Deal goal of a climate neutrality by 2050 and the ‘Fit for 55’ energy targets. The wide and concerted efforts that researchers and innovators are devoting in finding new solutions to accelerate the green transition, should be supported and enabled by the most advanced research and testing facilities.

Under previous Framework Programme research infrastructures for various types of renewable energy, for energy efficiency and smart grids have served their respective communities enabling advanced R&D. Building on these experiences these different facilities and testing platforms should now make a further step and integrate their services to create a unique entry point to a wide and integrated catalogue of complementary services for all researchers and innovators working for a more green and efficient energy.

Proposals should integrate services provided by the key research infrastructures in the EU and Associated Countries in the fields of solar power (photovoltaic and concentrated solar power), hydrogen, biofuels, offshore renewable energy (ORE), integrated grids and energy storage. Broader access at EU level should be provided to services for research, development and testing of renewable energy systems including grid integration across a range of TRLs. Services can also be customised and combined for an integrated and interdisciplinary support to R&I, along the entire value chain, from materials, technology development to applications.

The provision of effective and integrated RI services will help academic and industrial researchers to address the challenges of the green transition towards higher shares of renewable energy and a more decentralised and low-intensity energy supply. It will also enhance research in areas relevant to the EU missions on Climate change and Emission-free cities, as well as to the Blue Economy Partnership and to the SET-Plan action on integrating renewable technologies in the energy systems.

Proposals should ensure appropriate links with relevant European and international initiatives, including the two above mentioned missions.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for innovative applications of nanoscience and nanotechnology

The advancements in nanoscience and nanotechnology have demonstrated the potential of working at nanoscale for applications in a wide range of industrial sectors, such as electronic, food, and packaging, just to mention few. Nanotechnologies are also crucial for the development of medical devices, including drug delivery systems and biosensors. To enlarge the array of applications and push further the use of nanoscience and nanotechnology for finding effective solutions to emerging socio-economic needs, researchers and innovators need the most advanced research and testing facilities.

The research infrastructures in the field (e.g. experimental installations for micro- and nanofabrication, analytical and modelling/simulation facilities, …), including those relevant for the synthesis and the nanoscale characterization of solid state, biological and soft materials required for innovative applications, should build on past integration of access to their facilities in previous Framework Programmes and reach an higher and more interdisciplinary level of integration to offer access, through a single entry point, to a coherent and complementary set of services, customising and combining them when necessary, to support academic and industrial research teams. Safety issues of nanomaterials, which could come in close contact with humans and be dispersed in the environment, should be taken into account for reducing the possible health and environmental risks early on in the innovation process.

Proposals could consider, for their inclusion in the service portfolio, relevant services and expertise offered by the European Commission's Joint Research Centre (JRC), and in particular by its Nanobiotechnology Laboratory[7] on the physical and chemical characterisation of advanced (nano)materials, nanosystems and macromolecules.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RIs services to enhance the EU capacity for the development of semiconductors

The creation of a competitive European ecosystem for the design and the production of semiconductors is a major EU priority, as underlined by EC President Von der Leyen in her State of Union address. Semi-conductors are nowadays the engine of almost anything we use for economic activities, mobility and leisure and the undoubted basis of the digital transition. The recent production crisis caused by the shortage of semi-conductors demonstrated the worrying dependency of Europe from Asia. The new European Chips Act, announced by the Commission, should precisely address the lack of competitiveness and technological sovereignty of the EU in this field. One of the foreseen actions is to link together and strengthened world-class research, design and testing capacities in the EU.

Waiting for new capacities to be built, the existing research infrastructures (e.g, nano-electronics infrastructure, printing facilities for electronics, facilities for ion beam-modification or cosmic radiation hardening of semiconductors, …), including the ones which in previous Framework Programme have already integrated and opened their services at EU level, should now come together and create a unique entry point, for academic and industrial researchers, to a wide and integrated catalogue of complementary services enabling R&D on leading-edge semiconductors, including the ones for the next generation of computing paradigms, and new innovative way to produce them. In order to better serve this EU priority and facilitate interdisciplinary research, services should also be customised, combined as necessary, and possibly expanded.

Proposals should ensure appropriate links, synergies and complementarities, also in terms of TRLs, with relevant activities in other parts of Horizon Europe and other initiatives at EU level in this field.

For this area an EU contribution between EUR 12.00 and 14.50 million should allow the related outcomes to be addressed appropriately.

RI services for shaping the future generation society

Proposals should provide effective access to an integrated, wide range of RI services enabling research into the transformation towards a future European society in line with the goals envisaged by Next Generation EU. Research infrastructures, such as relevant surveys, social data archives, collections and repositories, will provide physical, remote or virtual access to relevant resources and make available and integrate existing data through a single point of access. This could include in particular data on the perceptions of various societal groups of the main problems and challenges facing the EU in the next decades and the way these groups can be better represented in the decision-making process and involved in the formulation of policies and actions at EU level, as well as in the implementation of the EU Missions action plans. The specific needs of Young people in Europe, from different backgrounds and belonging to different groups, will be particularly taken into account. By providing services to researchers in this field, research infrastructures will help the implementation of the Next Generation EU priorities and will contribute to the dialogue on the EU Youth strategy. Development of specific skills and competences to better exploit the available resources to address this challenge as well as curation and preparation of data for access (e.g. anonymization) can be included in the services provided by research infrastructures within this topic. The development and implementation of new relevant data-related services can also be supported, provided that these new services are opened and offered already under the actions and that their long term sustainability is ensured by the participant RIs.

For this area an EU contribution between EUR 8.00 and 10.00 million should allow the related outcomes to be addressed appropriately.


[1] https://ec.europa.eu/info/sites/default/files/research_and_innovation/2016_charterforaccessto-ris.pdf

[2] A research infrastructure is of European interest when is able to attract users from EU or associated countries other than the country where the infrastructure is located. This includes ESFRI and ERIC infrastructures.

[3] See the Eligibility conditions for this topic.

[4] “Installation” means a part or a service of a research infrastructure that can be used independently from the rest. A research infrastructure consists of one or more installations.

[5]Physical substance (solids, liquids or gas) or energy (e.g. noise, light, electromagnetic fields, radioactive radiation, etc.) present in the environment.

[6]The knowledge centre on Cancer and its five pillars: 1) Health Promotion and Disease Prevention Knowledge Gateway 2) The European Cancer Information System (ECIS) and the European Network of Cancer Registries (ENCR) 3) The European Commission Initiatives on Breast and Colorectal Cancers 4) The Cancer Inequalities Registry, 5) The European Platform on Rare Disease Registration (EU RD Platform)

[7] For the participation of the JRC see General Annex B.

[8] For the participation of the JRC see General Annex B.

[9] For the participation of the JRC see General Annex B.

[10]https://ec.europa.eu/oceans-and-fisheries/ocean/blue-economy/sustainable-blue-economy_en

[11] For the participation of the JRC see General Annex B.

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