Research Infrastructure Roadmap
2011 - 2020
Revision 2016

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CONTENTS
1.

INTRODUCTION ..................................................................................................................................... 4

2.

IMPLEMENTED INTERNATIONAL PROJECTS FROM THE ROADMAP - "LANDMARKS" ................. 6
2.1

Social and Cultural Innovation ........................................................................................................ 6

2.1.1 CESSDA......................................................................................................................................... 6
2.1.2 CLARIN .......................................................................................................................................... 7
2.1.3 DARIAH .......................................................................................................................................... 8
2.1.4 ESS ................................................................................................................................................ 9
2.1.5 SHARE ......................................................................................................................................... 10
2.2

Materials and Analytical Capacities and Natural Sciences and Engineering ................................ 11

2.2.1 Belle 2 .......................................................................................................................................... 11
2.2.2 CERIC .......................................................................................................................................... 122.2.3 CERN ........................................................................................................................................... 13
2.2.4 FAIR ............................................................................................................................................. 14
2.3

Environmental Sciences ............................................................................................................... 15

2.3.1 LifeWatch ..................................................................................................................................... 15
2.4

Health and Food (Biological and medical sciences) ..................................................................... 16

2.4.1 EATRIS ........................................................................................................................................ 16
2.4.2 ELIXIR .......................................................................................................................................... 17
2.5
3.

Current investments in research infrastructure ............................................................................. 18

REVISED LIST OF PRIORITY INTERNATIONAL PROJECTS ............................................................ 20
3.1

Social and Cultural Innovation ...................................................................................................... 20

3.1.1 E-RIHS ......................................................................................................................................... 20
3.2

Materials and Analytical Capacities and Natural Sciences and Engineering ................................ 21

3.2.1 CTA .............................................................................................................................................. 21
3.2.2 European XFEL or EuroFEL ........................................................................................................ 22
3.2.3 ILL ................................................................................................................................................ 24
3.3

Environmental Sciences ............................................................................................................... 25

3.3.1 EPOS ........................................................................................................................................... 25
3.4

Health and Food (Biological and medical sciences) ..................................................................... 26

3.4.1 BBMRI .......................................................................................................................................... 26
3.4.2 Euro-BioImaging........................................................................................................................... 27
3.4.3 ISBE ............................................................................................................................................. 28
3.5

E-infrastructure ............................................................................................................................. 29

3.5.1 PRACE ......................................................................................................................................... 294.

EMERGING PROJECTS ....................................................................................................................... 30
4.1

Environmental Sciences ............................................................................................................... 30

4.2.1 eLTER .......................................................................................................................................... 30
4.2

Health and Food (Biological and medical sciences) ..................................................................... 31

4.2.1 METROFOOD .............................................................................................................................. 31
5.

CONNECTIONS BETWEEN THE ROADMAP AND THE SMART SPECIALISATION STRATEGY (S4)32

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LIST OF TABLES
Table 1: Projects of the NRRI 2016
Table 2: Investments in RI 2011-2015
Table 3: Membership fees in international Roadmap Projects (Ministry of Education, Science andSport)
Table 4: Financing of international Roadmap projects through the Slovenian Research Centre and theMinistry of Education, Science and Sport (italic)
Table 5: Overlapping of priority areas between the Roadmap and S4Table 6: Indicative costs of the implementation of the Roadmap 2017 - 2020/2022 and the sources offunding (in 1000 EUR)

LIST OF ABBREVIATIONS
ARRS
BBMRI
Belle 2
C-ERICCERN
CESSDA
CLARINCTADARIAHEATRISERDFELIXIR
eLTER
EPOS
ERA
E-RIHSESFRI
ESSEuroBioImaging
European XFEL /EuroFEL
FAIR
ILL
ISBE
LifeWatch
METROFOOD
MIZŠ
NRRI
PRACE
RI
RISS
SHARE
S4

Slovenian Research Agency
Biobanking and Biomolecular Resources Research Infrastructure
Belle 2Central-European Research Infrastructures Consortium
European Organisation for Nuclear ResearchCouncil of European Social Science Data Archives
Common Language Resources and Technology Infrastructure
Cherenkov Telescope Array
Digital Research Infrastructure for the Arts and Humanities
European Advanced Translational Research Infrastructure in Medicine
European Regional Development Fund
The European Life-Science Infrastructure for Biological Information
European Long-Term Ecosystem Research
European Plate Observing System
European Research Area
European Research Infrastructure for Heritage Science
European Strategy Forum on Research Infrastructure
European Social Survey
European Research Infrastructure for Imaging Technologies in Biological andBiomedical Sciences
X-ray Free Electron Laser
European Free Electron Lasers
Facility for Antiproton and Ion Research in Europe
Institute Laue Langevin
Infrastructure for Systems Biology Europe
e-Science and Technology European Infrastructure for Biodiversity andEcosystem
Metrology Promoting Objective and Measurable Food Quality and Safety
Ministry of Education, Science and Sport
Research Infrastructure Roadmap
Partnership for Advanced Computing in Europe
Research infrastructure(s)Research and Innovation Strategy of Slovenia
Survey of Health, Ageing and Retirement in Europe
Smart Specialisation Strategy

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1. INTRODUCTION
The basic purpose of the Research Infrastructure Roadmap 2011-2020 (the Roadmap), which was
accepted by the Government of the Republic of Slovenia on 28th April 2011, was to present and set thepriorities of the Republic of Slovenia in the field of research infrastructure. The Roadmap for 2011-2020
identified priority international projects and indicated national priority areas in which it is necessary todevelop the research infrastructure as a priority to further the attainment of scientific excellence in
Slovenia in order to achieve critical mass in medium or large scale research infrastructures. It wasplanned to assess and keep the selection of the national priority areas up to date in the process of smart
specialisation, while the Roadmap implementation was to be monitored in the context of monitoring the
Research and Innovation Strategy of Slovenia 2011-2020 (RISS) implementation and be updated in2015 if necessary.
Due to the delay of implementation at the international level, mainly due to the necessary harmonisationof national procedures to audit the European Strategy Forum for Research Infrastructures Roadmap(also known as the "ESFRI Roadmap"), which was concluded in March 2016, the Roadmap review was
carried out in 2016. The aim of the revision is to assess the status of implementation of priority
international projects on the original list, including information on investments in research infrastructure
for the period 2011-2015, to present the updated list of priority international projects and, ultimately, toconnect the areas in accordance with the adopted Smart Specialisation Strategy (S4) considering
regional and national needs critical mass and scientific excellence. The Roadmap revision 2016provides an updated list of international RI projects while the Roadmap 2011-2020 timing, national
priority areas and other basic principles remain unchanged. National priority areas follow the priority
areas of the Smart Specialisation Strategy. After 2020, the preparation of a new strategy for the next
period is envisaged; depending on the intended ESFRI timing, the Roadmap update revision could be
carried out in 2018 if necessary.
The Roadmap as a regional executive document of the RISS sets the priorities of the Republic ofSlovenia in the field of research infrastructure and, as such, serves as a guide and a reference point for
the implementation in this area. The access of Slovenian researchers to large European and global
research infrastructures is essential to achieve and maintain the level of science in the state at acomparable European or global level. Due to the complementarity and rationalisation costs, it isreasonable to include larger national research infrastructures in the relevant European or global networkof research infrastructures. Key criteria for the inclusion of a project in the Roadmap were, in addition to
the scientific relevance, the achievement of the critical mass or involvement of key actors at the national
level, the possibility of upgrading the existing research infrastructure, its impact on regional cooperation,comparability at European and global level and placement in the ERA.
In the first years of the Roadmap implementation, the rate and the achievement of objectives depended
primarily on the capacities of annual budgets or fiscal circumstances in the state and on the available
human resources and organisation of the scientific communities. The development of the national
research infrastructure was co-financed primarily through the Slovenian Research Agency (ARRS); in
addition, there was a significant direct contribution to the national research infrastructure by ERDF funds
within the framework of eight centres of excellence in the years 2010-2013. In the period 2013-2015,
the ERDF funds financed the connecting and creation of the critical mass of highly qualified personnel
in Slovenian regions for the purposes of economic development and competitiveness (the so-called"creative cores"). Unfortunately, the above listed is not sufficient for achieving all strategic objectives in
the field of research infrastructures in the state. To achieve and maintain the level of science in the state
at a comparable European or global level, it is necessary to increase the funding of scientific andresearch equipment since this is rapidly becoming old and no longer meets modern standards.
The priority international projects, in which Slovenia participates as a member and has as such madeinternational and national commitments for their construction or operation, included in the current
revision, are treated as implemented projects. According to the ESFRI methodology, they are named as"landmarks" and removed from the current list of priority projects. However, they still need to be properly
monitored and evaluated periodically to ensure their continued operation. "Landmarks" are therefore
projects which as such show a clear reference for a successfully managed project, scientific excellence,national relevance and competitiveness in the relevant area. In the previous period of the Roadmap
implementation, the rate and the achievement of objectives depended primarily on the capacities ofannual budgets or fiscal circumstances in the state and on the available human resources and4organisation of the scientific communities. Despite the difficult financial situation in the previous few
years, Slovenia already participates in 10 priority international projects from the Roadmap: CESSDA,
CLARIN, DARIAH, ESS, SHARE, CERIC, ELIXIR in EATRIS; in addition to these, Slovenia also
participates in the construction of Belle II in Tsukuba, Japan, and the FAIR Centre in Darmstadt,
Germany. The completion of procedures for associate membership in CERN and for membership in the
LifeWatch project is envisaged by the end of 2016. Unrealised projects of the Roadmap: ILL, XFEL or
EuroFEL and PRACE currently remain on the list of priority international projects.
The basic criteria for the inclusion of a new project on the list are a positive assessment of the situation
at the national level (Study in the field of research infrastructure in the context of the ESFRI Roadmap
for the needs of revision of the Research Infrastructure Roadmap 2011-2020, MK project d.o.o, 2015)
and the placement of the project on the list of the updated ESFRI Roadmap 2016, which confirms thescientific excellence and organisational and financial maturity of a project in an international context.
Promising but not yet implemented old projects may be placed on the list again or remain on it (according
to the ESFRI methodology, a project may remain on the list for 10 years at most, then it has to reapply).
Thus, the new list contains 6 new projects: E-RIHS, CTA, Euro-BioImaging, ISBE and, in addition tothese three, also EPOS and BBMRI from the reserve list of the initial Roadmap; 3 uncompleted projects
from the initial Roadmap also remain on the list: XFEL or EuroFEL, ILL and PRACE. Projects with apositive assessment at the national level and labelled as emerging projects within the framework of the
ESFRI are included in the list for further updates (reserve list). Within the framework of the ESFRI, they
were recognised as scientifically excellent in the areas of strategic importance in the process ofassessment but they were not yet ready for inclusion in the ESFRI 2016. Such projects are encouraged
to operate in order to achieve a higher level of maturity and competitiveness and be prepared forinclusion in a future ESFRI Roadmap. Among them, there are two projects that are interesting forSlovenia, namely e-LTER and METROFOOD.
Also, international projects are prioritised according to priority areas of the Smart Specialisation
Strategy, which defines the following as priority areas: Healthy living and working environment withsubsections smart cities and communities, and Smart buildings and homes including wood chain,
Natural and traditional resources for the future with subsections: Networks for transition to circular
economy, Sustainable food production and Sustainable tourism and (S)industry 4.0 with subsections:
Factories of the future, Health - medicine, Mobility and Development of materials as final products.
Activities for the establishment of the European Research Area, Innovation Union and Horizon 2020,
national priority areas and areas defined as priorities by the Smart Specialisation Strategy will befollowed by complementary projects funded from EU programmes and other infrastructure projects atthe national level.
In accordance with the ESFRI methodology, individual international projects are presented in detailbelow in the context of three categories: implemented projects from the Roadmap ("landmarks"), priority
international projects ("projects") and emerging projects ("emerging projects"). In the document, theprojects are now, as in the ESFRI Roadmap and unlike the initial Roadmap, listed in alphabetical orderin six main thematic areas or ESFRI pillars: Social and Cultural Innovation, Energy, Materials andAnalytical Capacities and Natural Sciences and Engineering, Environmental Sciences, Health and Foodand E-infrastructure.
The previous period of implementation is assessed as successful, since Slovenia, despite thedeteriorating financial situation in recent years, participated in most of the major international projects of
the Roadmap and substantial ERDF resources were provided to the national infrastructure. In the caseof international projects, further provision of sustainable funding for adequate upgrade and the smooth
operation of national centres (hubs) will be needed in addition to the membership fees, which are
expected to be further strengthened by the Cohesion Policy funds. Priority ESFRI projects and theRoadmap projects are placed in the Operational Programme for the implementation of the European
cohesion policy in the period 2014-2020. At the same time, it shall be necessary to continue the provisionof direct inputs into the research infrastructure in national priority areas and to increase contributions inresearch equipment for achieving and maintaining the research excellence according to the Roadmap.

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Table 1: Projects of the NRRI 2016
Materials andanalytical capacities
Social andand Natural
Culturalsciences andinnovationengineering

LANDMARKS

CESSDA

Belle 2

CLARINCERICDARIAH

CERN

ESS

FAIR

Environmental
sciences

Health and Food

LifeWatch

EATRISe-infrastructure

ELIXIRSHARE
E-RIHSPROJECTS

CTA

EPOS

BBMRI

European XFEL in
EuroFelEuroBioimaging

ILL

ISBE

EMERGING
PROJECTS

eLTER

PRACE

METROFOOD

2. IMPLEMENTED INTERNATIONAL PROJECTS FROM THE ROADMAP - "LANDMARKS"
2.1 Social and Cultural Innovation
2.1.1 CESSDA

Council of European Social Science Data Archives
http://cessda.net/
StatusBy signing the Memorandum of Consent as of 19th January 2011, Slovenia has from the very beginningparticipated in the drafting of founding documents and the strategic direction of the operation andfinancing of the CESSDA. It became a founding and full member of the CESSDA by signing theMemorandum of Cooperation on 13th June 2013. In the activities of the CESSDA, Slovenia isrepresented by the Social Science Data Archives, which operate at the Faculty of Social Sciences,
University of Ljubljana.
Infrastructure description
The CESSDA project presents an organisational and professional upgrade of the existing data
infrastructure in the field of social sciences. The essence of the project is to exploit the potential ofcooperation between national organisations (in our case the Social Science Data Archives) which are
territorially responsible for the data at the European level by linking work on development projects, inthe implementation of standardised solutions in dealing with data materials and by standardising thelevel of quality of the provision of services. Thus, cheaper joint operation, a larger amount of freely
accessible data, user friendly access from one spot and simplified procedures for work and cooperation
are achieved.

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As the most appropriate legal form for this research infrastructure, the establishment of the CESSDAERIC was envisaged as soon as the obstacles to the application of the Council Regulation (EC) no.
723/2009 on the Community legal framework for the European Research Infrastructure Consortium(ERIC) (Official Gazette of the EU L 206/1 as of 8th August 2009) for Norway as its host are removed;
until then, the administrative support to the project bodies was a limited liability company establishedspecially for this purpose in Norway (CESSDA AS). Currently, no legal obstacles exist and theapplication for the CESSDA-ERIC is in progress, which will be established at the beginning of 2017.
Analysis of the benefits of inclusion
For Slovenia, the CESSDA is important because it ensures the establishment of a modern and quality
service of data access for social sciences with minimum investment, since the member states will lean
on jointly established solutions instead of developing them themselves from the start. The solid innerorganisational structure and rules of the CESSDA will ensure member states the usage of common
services that will be based on uniform rules of operation, both in substance regarding the usage of
protocols, and by method upon assuring high quality and effectiveness of operation.
In addition to publications in the form of articles, the research data has an independent value as one of
the results of scientific projects. The existing data from the field of social sciences, which are securely
stored in the Social Science Data Archives data centre and easily accessible to users, represent alone
or in combination with other data a source for a variety of social science and interdisciplinary designed
research. The membership in the CESSDA represents investments in increasing internal efficiency of
the Social Science Data Archives, more transparent internal organisation through documentation andcontrolled management of work processes. The Social Science Data Archives are fully involved in theoperation of the CESSDA by contributions to the programme and joint solutions and by training. By thepartnerships in the CESSDA, they are included in applications for joint European projects; thereby theinternational recognition of the Social Science Data Archives is strengthened. This includes the alreadyrealised connections and initiatives for the creation of social sciences data services in the Balkans(projects SERSCIDA and SEEDS).
Financial aspect
According to the Roadmap, the estimated value of the total cost of participation in the CESSDA or
CESSDA-ERIC project for Slovenia (mostly national activities) amounts to 110,000 EUR annually, of
which the membership fee represents approximately 2,000 EUR. Slovenia started to finance the planneddevelopment of the national infrastructure and the implementation of national activities within the
CESSDA in 2011.
2.1.2 CLARIN

Common Language Resources and Technology Infrastructure
http://www.clarin.eu/
StatusSlovenia participated in the preparatory phase of the CLARIN ERIC, which lasted until the decision of
the European Commission on the establishment of the CLARIN ERIC as of 29th February 2012, as anobserver but it was planned to be included as a full member as soon as possible after its establishment.
Slovenia sent the letter of accession on 29th April 2016 and became a full member of the CLARIN ERICin May 2015. The consortium "CLARIN.SI" with the seat at the Jožef Stefan Institute (IJS) wasestablished in June 2014 to implement national commitments pertaining to the CLARIN.
Infrastructure description
The CLARIN is a research infrastructure intended for the extensive and easily accessible storage oflanguage sources and technologies, encompassing languages of the member states and languages
taught in the member states or those which are important for reasons resulting from migration flows.
The basic purpose of the CLARIN project is to make the existing tools and solutions available in theunified European infrastructure, to enable counselling and teaching activities on how to adapt the tools

7and sources to specific research needs and to contribute to the standardisation of sources and tools.
The CLARIN is the second international research infrastructure in the ESFRI Roadmap, which wasestablished by a procedure in accordance with the Council Regulation (EC) for the European Research
Infrastructure Consortium (ERIC).
Analysis of the benefits of inclusion
Due to the increasingly rapid development of the internet and other e-technologies, technologicalsupport to individual languages is extremely important, particularly for languages with a smaller numberof speakers, such as Slovenian. In the field of language technologies, several companies and researchorganisations operate at the national level. These joined the national consortium "CLARIN.SI" inaccordance with the requirements of the CLARIN project. Thus, the consortium connects all major public
institutions and companies and associations in Slovenia dealing with linguistics and language
technologies; currently, it has twelve members.
Due to membership, Slovenian researchers have the possibility of authenticated access to all
repositories of European members of the consortium. This means mainly the dissemination of resources
and the exchange of researchers. The established Slovenian repository of linguistic resources has beendeveloped on the basis of the Czech CLARIN, while the WebAnno platform has been developed in theframework of the German CLARIN and they did not need to be developed locally; thus the costs havebeen significantly reduced. A legal group operates within the framework of the CLARIN-ERIC, which
has developed standard licences for the transfer and use of language resources at the level of the entire
international consortium. In addition, by participation in the ERIC, the Slovenian CLARIN has thepossibility of participation in projects applied to tenders of the European Commission by the CLARINERIC. The first national funds for the establishment of a Slovenian infrastructure of the CLARIN werereceived by the IJS in October 2013. Using these funds, it started building the website and repository.
The first task was to transfer the project portal "Communication in the Slovenian language" to IJS
servers.
Financial aspect
Investments in the appropriate development of a national infrastructure for the storage of linguistic
resources and the development of language resources and tools for Slovenia's participation in the
CLARIN were estimated at approximately 250,000 EUR annually in the Roadmap. The annual
membership fee for Slovenia amounts to approximately 12,000 EUR. Slovenia started to finance theplanned development of the national infrastructure and the implementation of national activities in 2013.
This is currently sufficient to maintain the repository and to collect resources, but not for theestablishment of the infrastructure for language resources and technologies for the Slovenian language
as planned.
2.1.3 DARIAH

Digital Research Infrastructure for the Arts and Humanities
https://www.dariah.eu/
StatusSlovenia has been participating in the DARIAH project from its beginning in 2008. It has also participatedin the preparation of the founding documents and strategic directions of the operation and financing of
the DARIAH-ERIC. It signed the Memorandum of Consent on 28th February 2011 and sent the letter ofaccession to DARIAH-ERIC on 4th October 2014. Since the establishment of the DARIAH-ERIC on 6th
August 2014, it participates in this research infrastructure as a founding and full member. Slovenia
participates in the activities of the DARIAH through the Research Centre of the Slovenian Academy of
Sciences and Arts (ZRC SAZU) and the Institute of Contemporary History (INZ), which also coordinates
the operation of the DARIAH in Slovenia.
Infrastructure description
The DARIAH is the first digital research infrastructure in the field of arts and humanities in Europe toenable and encourage comparative international and interdisciplinary digital research in these fields.
The DARIAH connects diverse knowledge, methodologies, analytical and interpretative tools of different
disciplines by means of digital databases and researchers. It establishes a uniform technological8platform that provides access to this material and integrates very different forms of data (manuscripts,
printed documents, texts, music notations, illustrative and verbal material, etc.) in an interoperable
manner for research institutes and digital centres. It develops new methodologies, analytical andinterpretative tools and new research modes. Digital or e-humanities means not only the creation ofdigitised databases, but also opens up new connections (with specific ways of structuring and organisingknowledge) and thereby transforms analytical contexts and research methodologies.
Analysis of the benefits of inclusion
The participation in the DARIAH mainly brings homogenising of the national digital research
infrastructure for the humanities and arts (DARIAH-SI), the implementation of European norms andguidelines in the national space and cooperation in coordinating and determining standards in the fieldof digital humanities. The programme and content upgrade of systems, which promotes the work of
researchers, offers a variety of content for research and directs the use of new technologies.
As a fundamental result of participation in the DARIAH, the portal for digital humanities and arts "SIDIH" was set up at the beginning of 2012. This represents the backbone of the national digital
infrastructure for the humanities and arts and is also the entry point to the emerging European
infrastructure of the DARIAH.
Until now, participation in the DARIAH-ERIC required attendance at meetings, active participation in
virtual competence centres, transfer of European best practices in the national space, exchange ofexperience with European researchers, integration of national results in the European network,
quantitative analysis of the behaviour of researchers in the humanities and promoting the DARIAH
network and its initiatives in the field of digital humanities and arts.
At the national level, the establishment of connections with two other ESFRI projects, CLARIN and the
CESSDA, is essential. This promises a lasting and stable access to the research data andimplementation of standards for recording the research data.
Financial aspect
The estimated cost of participation in the DARIAH for Slovenia amounts to 150,000 EUR annually(national activities) and an annual membership fee in the amount of approximately 3,000 EUR, which
represents 10% of the total fee, while the rest is covered by the nature of the ongoing activities within
the framework of the project. Slovenia started to finance the planned development of the national
infrastructure and the implementation of national activities in 2011.
2.1.4 ESS

European Social Survey
http://www.europeansocialsurvey.org/
StatusBy signing the Memorandum of Consent as of 23rd February 2011, Slovenia has from the very beginningparticipated in the drafting of founding documents and the strategic direction of the operation andfinancing of the ESS ERIC. It sent the letter of accession to ESS ERIC on 26th April 2013; since its
establishment on 22nd November 2013, it has participated in this research infrastructure as a founding
and full member. The ESS project has been implemented since 2001. Through the Centre for Researchof Public Opinion and Mass Communication at the Faculty of Social Sciences, University of Ljubljana(FDV UL), Slovenia has been included in it from the start. Since 2004, this Slovenian institution is alsoa member of the management consortium and one of seven senior partners of the project, which is moreor less continuously carried out by 35 countries. In this context, the employees of the Faculty of Social
Sciences carry out relevant research and management activities that are assigned to them within the
project (participation in the management of the consortium, planning communication strategies,
bibliographic monitoring, and preparation of sample weights). In this way, Slovenia will be included atleast until 2018, when the work programme for the next five-year period will again be decided upon.
Infrastructure description
The ESS is the youngest among the largest comparative social surveys of the general social type andis intended for the analyses of social trends and the guidance of social systems. Its most recognisable

9characteristics are high standards regarding the quality of all the aspects of
preparation and implementation of the research procedure. With repeated survey measurements, itcreates a time series of social data. Thus, this data is becoming an increasingly useful basis for theacademic community and policy makers to ensure the quality analysis of social trends and the guidanceof social systems. The content of ESS surveys is general and also diverse from a disciplinary
perspective. It is intended for the diverse scientific and management profiles of users in the fields ofsociology, psychology, political science, economics, criminology, etc.
Analysis of the benefits of inclusion
By participating in the ESS, the researchers, lecturers and students acquire access to the newgeneration of social indicators and thus to an empirical basis for the verification of their scientifichypotheses and Slovenian indicators in an internationally comparative context. In the Slovenian context,
the importance of the ESS research is, in addition to substantive benefits, also in the transfer ofmethodological knowledge in the research and educational spheres. The ESS has established apermanent network of approximately 150 methodological specialists and a network for knowledgetransfer to the wider research area. This transfer is implemented primarily through methodologicalseminars, meetings, conferences, on-line training packages, individual exchanges between institutions
and numerous publications. Under the auspices of the ESS, methodological research and experimentsin the field of comparative research are carried out. The ESS knowledge and databases are also ofinterest to the researchers from the private sector. They are directly usable in the fields of marketing,advertising, all kinds of quantitative research of public opinion and in various analytical sections of otherindustrial activities where data analyses are carried out (human resources departments, analyses of
employee satisfaction, internal departments for market analysis, etc.).
Financial aspect
The estimated cost of participation in the ESS for Slovenia amounts to 150,000 EUR annually (national
activities); in addition, the annual membership fee amounts to approximately 20,000 EUR. Slovenia
started to finance the planned development of the national infrastructure and the implementation ofnational activities in 2011.
2.1.5 SHARE

Survey of Health, Ageing and Retirement in Europe
http://www.share-project.org/
StatusSlovenia sent the letter of accession on 29th May 2013 and became a full member of the SHARE ERICin September 2013. Through the Institute for Economic Research (IER), Slovenia has been actively
involved in the activities of the SHARE since 2008. The IER as the main scientific partner institution
manages the activities in the SHARE-ERIC. Slovenia joined the SHARE in the third wave of thequestionnaire (periodic two-year thematic preparation and implementation of research among the
population over 50 years of age); currently, the completion of the sixth wave implementation (2015/16)
is being carried out and also the preparation for the activities pertaining to the seventh wave (2017/18).
Infrastructure description
The SHARE is an international multidisciplinary longitudinal research establishing economic, health andsocial conditions of the population over 50 years of age. The SHARE-ERIC is an upgrade of the SHARE
project and is the first international research infrastructure in the ESFRI Roadmap, which wasestablished by the European Commission decision of 17th March 2011 in accordance with the Council
Regulation (EC) no. 723/2009 on the Community legal framework for the European Research
Infrastructure Consortium (ERIC).
Analysis of the benefits of inclusion
Slovenia is one of the countries that are exposed to the process of population ageing and many of its
consequences. The participation in the SHARE, on one hand, enables Slovenia to obtain knowledge

10and experience from an international pool of experienced researchers from the previous operation of
the project; on the other hand, it helps to identify new business opportunities for the Slovenian economy.
Benefits for Slovenia are related to issues that accompany the ageing of the population, which isrecognised as one of the greatest challenges of the 21st century in Europe. The participation represents
a bridge to many excellent scientists and scientific institutions in Europe. It provides the researcherswith free access to all survey data, which means 285,000 surveys per more than 110,000 covered
individuals in 2015. In September 2015, the SHARE infrastructure was already used by 4,854 scientists
from around the world. There were 58 Slovenians among them. The research group at the IER has
developed technical support for all those who have started to use the SHARE data. The organised data
is available to the interested public. The inclusion in the SHARE was followed by new international
scientific publications and the efforts of the research group at the IER to promote the use of the SHARE
data.
The SHARE infrastructure in Slovenia has been intensively used, for example in the preparation ofanalytical bases for reforming long-term care, healthcare and in the preparation of the White Paper
within the framework of preparing the future reform of the pension system in Slovenia. The analyses willassist in the integration of informal forms of long-term care in the existing funding model and to assess
the impact thereof on the total expenditure.
Financial aspect
Total two-year costs (a period of one wave) of the implementation of the SHARE activities currently
amount to 638,000 EUR. Of this amount, the field part of the survey of a sample of individuals amounts
to 444,000 EUR, while the rest are the costs of the IER. The cost of the annual membership fee (for theneeds of the central SHARE-ERIC organisation) was initially estimated at approximately 80,000 EUR
per year, but in fact, it depends on the co-financing of the project and has been largely or even fully
covered by EU funds until now. Slovenia started to finance the planned development of the national
infrastructure and the implementation of national activities in 2011.
2.2 Materials and Analytical Capacities and Natural Sciences and Engineering
2.2.1 Belle 2

https://www.belle2.org/Status
The Slovenian research group based at the Jožef Stefan Institute (IJS) is one of the project promoters.
During the preparation stage, it was the holder of some key activities. In the period from 2011 to 2015,
the Slovenian group made contributions to the following areas: ARICH detector system, TOP detector
system, ECL detector system, distributed computer data processing; data analysis, physicalprogramme, project management - the project leader has been a member of the Executive Committee
since 2013 and technical coordinator since July 2015 (coordinator of the detector construction in the
crucial phase).
Infrastructure description
The research infrastructure Belle II is intended for experiments in basic particle physics. The upgrade
will provide essential improvement of the precision of measurements enabled by the Belle II, both by
improving detection capabilities and by a substantial increase in the size of the recorded pattern.
Thirteen countries (including Slovenia) with approximately three hundred researchers participated in theinitial phase of the upgrade of the Belle II (Tsukuba, Japan) research infrastructure at a total value ofapproximately 400 million EUR. During the time of project management, the number of partners
increased with the inclusion of three new states. The accelerator, at a total value of approximately 300
million EUR, is mostly ready. Most systems will be built by summer 2016 and the first measurements
will begin in 2017. In 2018, the missing detector system will be added.
Analysis of the benefits of inclusion
By combining experimental approaches on the limit of achievable energies (CERN and LHC) and on thelimit of achievable precision (the KEK and Belle II), it will be possible to discover and identify new typesof particles and corresponding theories that will change our understanding of the very roots of the basic

11forces in nature. Discovery of possible new processes in basic particle physics would have arevolutionary impact on the development of science. Regarding the key role of Slovene researchers in
the project, this would, in addition to being an exceptional scientific achievement, also have a significant
influence on the worldwide position and reputation of Slovenia.
Within the framework of the Belle project, ten doctoral degrees have been obtained and 5 doctoral
dissertations are being prepared The prestigious role that Slovenian researchers have in the project has
also helped in promoting the Slovenian high-tech industry in the search for technological solutions andpreparation of components for the experimental apparatus (KENS d.o.o., Prebold), and in equipping theSuperKEKB accelerator (Cosylab d.d., Ljubljana, and Instrumentation Technologies, d.d., Solkan). An
example of knowledge transfer in basic particle physics is the development of new methods forhealthcare, particularly, improvements related to imaging in medical diagnostics (positron
tomography – PET). Important contributions in the field of knowledge transfer in the so-called gridtechnologies in computing are also possible.
Financial aspect
According to the Roadmap, Slovenia will contribute approximately 1.5 million EUR to the upgrade of theBelle II, the total value of which amounts to approximately 400 million EUR according to recent
estimates. The financing began in 2011. When the infrastructure starts operating in 2016, Slovenia willbear a proportional part of the operating costs of the entire experimental apparatus to an estimatedamount of approximately 100,000 EUR annually; to finance the operating costs of Slovenian scientists,
an additional 150,000 EUR, approximately, will be needed.
2.2.2 CERIC

Central-European Research Infrastructures Consortium
http://www.ceric-eric.eu/
StatusFrom the very beginning (by signing the Memorandum of Consent on 26th June 2011), Slovenia has
participated in the drafting of the founding documents and strategic direction of the operation andfinancing of the CERIC-ERIC. It sent the letter of accession on 29th November 2012; since its
establishment on 24th June 2014, it has participated in this research infrastructure as a founding andfull member. Slovenia is represented in the CERIC-ERIC by the NMR Centre of the National Institute ofChemistry.
Infrastructure description
CERIC-ERIC is designed as a link between the existing regional capacities in Central Europe to facilitate
more comprehensive research and infrastructure services in regard to the science of materials. The
cooperation initiative was given by Italy (Elettra - Synchrotron Trieste) that strives to integrate thecapabilities in the region and beyond. In addition to Slovenia and the host Italy, also Austria, Croatia,
Hungary, Serbia, Czech Republic, Romania and Poland participate in the project. The project optimises
the use of existing capacities. The international cooperation will increase the knowledge base in partner
institutions and their recognisability and reduce the application price.

Analysis of the benefits of inclusion
Inclusion in the CERIC-ERIC opens up possibilities for integration at several levels. The NMR Centre
contributes complementary equipment to the capacities of other partners. Through the NMR, Slovenian
researchers have the possibility of access to a wide range of techniques that are important for the
analysis and characterisation of materials and in life sciences.
Within the CERIC-ERIC, Slovenian researchers have access to modern research equipment at thesynchrotron in Trieste, neutron reactor in Budapest, SAXS methods in Graz, methods forcharacterisation of materials in Prague, a variety of microscopic methods in Bucharest, etc. In the firstyear of formal operation, the NMR mainly got to know the potentials of the individual infrastructure units
in the neighbouring countries. Also, the possibility of connecting in the applications for internationaltenders opens up. The number of users is increasing.

12

Financial aspect
The project was set to link the existing capabilities and, initially, the construction of new capabilities orlarger collective upgrading of the existing ones was not foreseen. Thus, non-cash contributions of thepartner states are envisaged in the form of services or making available the existing research capacities
which are usually already funded from other sources. An annual membership fee is not envisaged. If
Slovenia upgrades its national research infrastructure, these investments will constitute a non-cash
contribution in the CERIC ERIC. The co-financing of the NMR Centre activities within the CERIC ERIC
started in 2015.
2.2.3 CERN

European Organisation for Nuclear Research
http://home.web.cern.ch/
Status
The first initiatives for the membership of the Republic of Slovenia in the CERN date back to the year
1992; Slovenia sent the preliminary letter of intent as the first formal step towards CERN in May 2009.
In 2011, the conditions for the inclusion of the Republic of Slovenia in the CERN were agreed. The
reactivation of the stopped process occurred in the second half of 2015. Currently, Slovenia and the
CERN are in the final stage of harmonising the text of the draft Agreement between the Government of
the Republic of Slovenia and the CERN on the status of the associate member as the pre-stage ofmembership in the CERN. Signing of the agreement is scheduled by the end of 2016 and the ratification
process in the National Assembly at the beginning of 2017. In Slovenia, there are about thirty scientists
working in the field of experimental particle physics. Organisationally, they are connected within the
Department of Experimental Particle Physics of the Jožef Stefan Institute, headed by prof. dr. MarkoMikuž; about a third of the researchers are employed as academic staff at the University of Ljubljana,
University of Maribor and University of Nova Gorica. Up to now, Slovenian scientists in this field andother interested parties in Slovenia worked in the CERN primarily in the framework of the ATLAS
experiment (the Memorandum of Consent was signed in December 1999) and in some smaller
collaborations.
Infrastructure description
The CERN was established in 1954 in Geneva and represents the central world laboratory for particle
physics. Its purpose is to ensure the research infrastructure - accelerators of protons, antiprotons, heavyions, electrons and positrons. The CERN belongs among the most elite institutions in the world since
the use of its facilities often enables the development of new technologies.
Analysis of the benefits of inclusion
From the research conducted in the CERN, Slovenian scientists have published about 800 scientificpapers in reputable international journals, which have brought about 20,000 citations to Slovenianscience. While working in the CERN, 19 bachelor's, 12 master's and 20 doctoral theses were written.
The apparatus for positron tomography with a detector based on multi-wire proportional chambers wasproduced. Prototypes of the portable detector of radiation in the environment on the basis of proportional
chamber and the detector of strontium in the environment on the basis of the Čerenkov detector werealso made. A new type of detector for medical imaging based on silicon position sensitive sensors andthe apparatus for the PET investigation operating in a strong magnetic field and therefore compatible
with magnetic resonance imaging (MRI) are being developed. The computer technology "grid" has beentransferred to Slovenia. Its first implementation was a cluster dedicated to computations for ATLAS; theextensions are available to the entire scientific sphere in cooperation with ARNES.
Associate and consequently full membership in the CERN will bring Slovenia numerous additional
benefits in the fields of science, education and economics
1. Science: The membership shall bring Slovenian scientists full access to all programmes and projects
running in the CERN or research infrastructure and technological projects of the CERN, which takeplace in the presence of top experts from around the world, unlimited access to the programmes of the
CERN for the education of young engineers, training postgraduate and post-doctoral associates upon13

the competition and collaboration with colleagues from the most developed countries, having access toand working with apparatus of the highest level of technology, employment of scientists in the CERN
and participation in training programmes. This means widening and deepening the cooperation of
Slovenian researchers in the CERN projects, the creation of a network of top Slovenian knowledge inthe field of particle physics and opportunities to participate in educational programmes, which leads to
new discoveries, new publications and, of course, to the improvement of the quality and competitivenessof scientific work.
2. Education: The CERN also invests in educational and general dissemination activities. Member states
have the opportunity to attend and participate in events and programmes aimed at all levels of education,from secondary to post-doctoral levels. Thus, the CERN offers a wide range of possibilities for educationand training programmes at all levels, second-cycle programmes for students and teachers, doctoraland post-doctoral study programmes, which are mainly carried out at the headquarters of theorganisation while some are also carried out in member states.
3. Industry: There is also an important technological and economic motive for membership in the CERN
since this will allow the full and first-class access of Slovenian industry to the requirements of the CERN
and, thus, the related breakthrough to demanding markets with products with a high degree of
embedded knowledge and added value. Thus, it opens up to Slovenian partners, especially high-techcompanies, the possibility of accelerated development and access to new global markets or otherpositive multiplier effects for their long-term growth and development. The CERN will use a part of the
Slovenian membership fee for the purchase of products, services, or materials offered by Sloveniancompanies. A great interest and concrete possibilities of business collaboration in the CERN are shownby internationally renowned high-tech companies, such as Cosylab d.d. for control systems,
Instrumentation Technologies d.d. for instruments and Kyma d.o.o. for undulators - magnetic amplifiersof the synchrotron light; the companies Apel d.o.o., Balder d.o.o., FDS-Research d.o.o. and Elgoline
d.o.o. have already participated within the framework of ATLAS; the potential is also shown by strong
IT companies, such as NIL d.o.o., Comtrade d.o.o. as well as Competence Centres and Centres of
Excellence in the fields of IT, new materials and biosensors. For the successful implementation of thebenefits of inclusion in the CERN, Slovenia will have to appoint a competent so-called "Industry Liaison
Officer" (ILO) whose task is to identify the needs and opportunities in the CERN and the transfer of suchinformation to interested Slovenian companies.
Financial aspect
The agreed amount of the full membership fee for the CERN amounts to 2.5 million EUR. For the periodof the membership pre-phase 2017 - 2021, the gradual financial dynamics of the obligation payment isagreed, with the initial commitment of 25% of the full membership fee due in 2017.
2.2.4 FAIR

Facility for Antiproton and Ion Research in Europe
http://www.fair-center.eu/
StatusOn 24th May 2011, Slovenia ratified the International Convention on the construction and operation of
the Facility for Antiproton and Ion Research in Europe (FAIR GmbH) and, on this basis, became one of
the founders and, consequently, on 3rd September 2012, also a partner of FAIR GmbH, namely in the
proportion of approximately 1.2% of its nominal capital. On 14th November 2014, an international
convention on the non-cash contribution of the Republic of Slovenia in the construction of the FAIR
Centre was signed. Slovenia fulfils its obligations under this convention with a non-cash contribution to
the FAIR Centre, i.e. by the development and supply of high-tech research equipment in accordancewith the FAIR Centre specifications. For this purpose, a tripartite agreement between the partner (theRepublic of Slovenia), the consortium of business companies (Tehnodrom d.o.o.) and the FAIR
company was signed for the non-cash contribution in the construction of the FAIR Centre (FAIR IKC),
which forms the basis for the realisation of all commitments under the Convention. Thus, the Republicof Slovenia participates in the development and construction of the research equipment (components ofthe system for the beam diagnostics and control system in the accelerator). A group of researchers fromthe Jožef Stefan Institute (IJS) was included in the NUSTAR collaboration in 2015.

14

Infrastructure description
The Facility for Antiproton and Ion Research in Europe (FAIR Centre) is one of the first and financiallythe largest projects in the ESFRI Roadmap. Once it is built (scheduled for 2022), it will be intended forthe study of the elementary constituents of matter and the development of the universe. In addition to
Slovenia and Germany, also Finland, France, India, Poland, Romania, Russia, Spain, Sweden andGreat Britain are included in the construction project of this large international research infrastructure,
which will be located in Darmstadt in Germany. The overall value of the project exceeds 1.3 billion EUR.
More than half of this value will be contributed by Germany as the host of the infrastructure. According
to the commitments under the international convention, Slovenia's contribution is at least 1% of theestimated construction cost of the FAIR Centre and amounts to 12,005,700.00 EUR (according to prices
in 2005 and excluding VAT).
The FAIR Centre is currently in the construction stage. Preparations for the construction work began in
2012, followed by the construction of the foundations for the main building with the accelerator and otheraccompanying facilities. According to the plans, the construction should be completed in 2022. In parallelto this, the construction of basic research equipment is carried out, which is almost entirely covered by
non-cash contributions of partner states (accelerators, magnetic systems), and the preparation ofexperiments: APPA, CBM, NUSTAR and PANDA.
Analysis of the benefits of inclusion
The objectives of the long-term participation of Slovenia in the FAIR are: implementation of direct benefit
to the economy in terms of orders for the production of high-tech equipment for the FAIR, benefits forthe development of Slovenian science by the participation in experiments within the research
infrastructure provided by FAIR and benefits to society due to scientific and technological breakthroughsin the implementation of research activities in the fields of particle physics, biochemistry, biomedicine
and related areas.
For the participating Slovenian companies, the participation in the FAIR project represents, in addition
to income, an important competence reference for performance in the international market, access tostate-of-the-art technologies and participation in other similar international projects. The project also
promotes cooperation between the economy and Slovenian research and development institutions inorder to transfer the theoretical knowledge to the economy and, at the same time, transfer market
requirements and needs to the scientific sphere. The access of Slovenian scientists to the latest highperformance equipment reduces the need for additional investment in equipment at the national level.
Financial aspect
The total value of the international convention from 2014 amounts to 21,480,941.91 EUR, taking into
account the price rise of material costs and labour costs and including VAT. From 2011 up to andincluding 2016, the realised contributions in the total amount to 12,819,914.90 EUR (including VAT).
The realisation of the remaining obligations is provided in the contract with the dynamics until the endof 2018. After the start of the operation of the infrastructure (scheduled after 2022), Slovenia as a partner
will be obliged to provide funds for basic operating costs, which are currently estimated at approximately
2 million EUR annually. According to the interests and needs, it will be necessary to provide additional
funds to finance the participation of researchers in experiments.
2.3 Environmental Sciences
2.3.1 LifeWatch

e-Science and Technology European Infrastructure for Biodiversity and Ecosystem
http://www.lifewatch.eu/
StatusSlovenia sent the letter of accession on 4th May 2016. It is expected that Slovenia will become a fulland founding member of the LifeWatch ERIC by the end of 2016 when the LifeWatch research
infrastructure is established at the international level. Formally, Slovenia did not participate in the
preparatory phase of the LifeWatch but it was constantly in contact with the coordinators through the
Research Centre of the Slovenian Academy of Sciences and Arts (ZRC SAZU).

15

Infrastructure description
The LifeWatch is an international research infrastructure designed to support research into theprotection, management and sustainable use of biodiversity and ecosystems. It will combine the system
of marine, terrestrial and freshwater observatories, common access to a large volume of related datafrom different databases and observatories and computing facilities in virtual laboratories with customer
support. The LifeWatch supports the access to integrated databases in an innovative manner, and thus
sheds light on shortcomings in our knowledge and understanding of life on Earth. The projectcomplements the content of the eLTER project (European Long-Term Ecosystem and Socio-ecologicalResearch Infrastructure) which is on the reserve list of the ESFRI Roadmap 2016 and the revised
Roadmap and 28 partners from 22 national networks, including Slovenian, participate in it. The
synergies between the two projects are also provided by the signing of the MoU at the international
level. Within the framework of the eLTER, in situ ecosystem and biodiversity research and monitoring iscarried out while the LifeWatch e-infrastructure supports such research on the level of protection,
management and sustainable use of biodiversity.
Analysis of the benefits of inclusion
The technology network for integrating ecological and biodiversity data in Slovenia has connected
researchers and experts from different scientific disciplines and institutions to a national consortium;"LifeWatch-SI". The objective of inclusion in this research infrastructure is the long-term biodiversity
research which will also enable the determination of the most important factors that influence biodiversity
and the assessment of the impact of various factors on the processes in ecosystems. Participation in
the LifeWatch will enable Slovenia to develop and use the most advanced researchmethods, as it will be possible to use the experiences and solutions of other national networks. The
LifeWatch will enhance the participation of national partners in the substantively complementary RI
project on the environment, eLTER.
Financial aspect
In the Roadmap, the investment in the proper development of the LifeWatch is estimated at a total of
approximately 550,000 EUR annually (including non-cash contributions and other existing investmentsin the support infrastructure). In this context, the annual membership fee for Slovenia is estimated at
75,000 EUR. Slovenia started to finance the planned development of the national infrastructure and theimplementation of national activities in 2013. In the coming years, the financing of the national hub will
be enhanced by the resources from the Structural Funds as soon as possible.
2.4 Health and Food (Biological and medical sciences)
2.4.1 EATRIS

European Advanced Translational Research Infrastructure in Medicine
http://www.eatris.eu/
Status:Slovenia sent the letter of accession on 2nd March 2016 and became a full member of the EATRISERIC in May 2016. Slovenia did not formally participate in the preparatory phase for the EATRIS ERIC,
which lasted until the European Commission decision on the establishment of the EATRIS ERIC on 7th
November 2013, but it has always been in contact with the coordinators of the project through the Facultyof Pharmacy, University of Ljubljana (FFA UL). The letter of intent dated 16th May 2013 further
strengthened the ties between Slovenia or its research community in this field and the EATRIS, and at
the same time expressed the intention of Slovenia to become an observer or member state in the future.
Infrastructure description
The objective of the EATRIS project is to establish a cutting-edge international infrastructure fortranslational research in biomedicine, including pharmacy. It encourages innovation and the vision offinding new business opportunities in the field of biomedical research, medicines development and the
optimisation of the efficiency of medicine use, and enables easier, better and more effective integrationof individual researchers and research centres across Europe. By connecting partners from different
spheres (academic, research, medical and business), it seeks to achieve the consistent introduction of16

the principles of translational research into practice and thus facilitate the better and faster transfer andexchange of knowledge, new developments and expressed needs between various partners: from basic
research laboratories to clinic or industrial environment and the transfer of complex clinical anddevelopmental problems to laboratories for basic research.
Analysis of the benefits of inclusion
In 2007 and 2008, the Faculty of Pharmacy, University of Ljubljana (FFA UL) sent an expression of its
interest in participating in the EATRIS activities to the EATRIS coordinators. For this purpose, theNational centre (hub) »EATRIS-TRI.si" has been established at the FFA UL, which has the status of the
Slovenian EATRIS hub and offers support to Slovenian research institutions in this field. The inclusionin the EATRIS provides integration and exchange of experts from various institutions, EATRIS members
and consultants, it provides opportunities for active participation in the bodies and activities of the
EATRIS and the inclusion of experts from Slovenia in the EATRIS structure and beyond, and theorganisation and expansion of educational activities. In the framework of EATRIS, additional
opportunities for the application of joint international projects H2020 and to offer services in the market
open up.
Financial aspect
In the Roadmap, the investments for the proper development of the EATRIS were estimated at
approximately 500,000 EUR annually. Slovenia started to finance the planned development of thenational infrastructure and the implementation of national activities in 2013. The contribution of Slovenia
to the annual membership fee for the EATRIS ERIC is estimated at 100,000 EUR, which is expected todecrease to approximately 50,000 EUR in the coming years due to the accession of new members andthe reformation of the financial structure of the EATRIS ERIC. In the coming years, the financing of thenational centre will be enhanced by the resources from the Structural Funds as soon as possible.
2.4.2 ELIXIRThe European Life-Science Infrastructure for Biological Information
http://www.elixir-europe.org/
StatusFrom the very beginning (by signing the Memorandum of Consent on 19th October 2011), Slovenia has
participated in the drafting of the founding documents and strategic direction of the operation andfinancing of the ELIXIR. On 13th February 2016, Slovenia ratified the International Consortium
Agreement ELIXIR (ELIXIR Consortium Agreement ECA); the ELIXIR Council confirmed its full
membership on 23rd February 2016. At the invitation of the ELIXIR to express an interest in theconstruction of hubs as national ELIXIR platforms, the Centre for Functional Genomics and Bio-Chips,
Institute of Biochemistry, Faculty of Medicine, University of Ljubljana (CFGBC) applied, and joined aconsortium of 16 members from the academic field, representatives of research institutes, clinicalinstitutes and the pharmaceutical industry.
Infrastructure description
The ELIXIR project presents the construction and maintenance of a permanent distributed infrastructure
for biological information in Europe, for support to research and life sciences, their transfer into medicine
and the environment, in bio-industry and in society in general. The ELIXIR was established as a special
project of the European Molecular Biology Laboratory (EMBL) by the conclusion of the Consortium
Agreement ELIXIR (ELIXIR Consortium Agreement - ECA) which entered into force on 13th January
2014. Currently, the ELIXIR has 19 members.
The ELIXIR is organised as a network of European hubs connecting national (bio)informational
resources in order to increase the total capacities of archiving, integration, analysis and exploitation ofextensive and heterogeneous data produced by modern research in the field of life sciences. The
mission of the ELIXIR is primarily the so-called "data science" (research concerning the data) which
deals with long-term data management, examples of standards of good practice, tools, services andinfrastructure of information and communication technologies (ICT), and promotion, training andeducation of personnel. For the management of information, it is, of course, necessary to provide an17adequate infrastructure that generates data, such as the most powerful devices for the next generationsof sequencing. The coordination of the mission and activities of the ELIXIR and the integration of its
hubs is carried out and managed in the collection centre, which is an integral part of the EMBL structure
and initially located at the EMBL-EBI in Hinxton (UK). In addition to its coordination role, the ELIXIR
collection centre is also the source of fundamental data and the home of the European data centre.
Analysis of the benefits of inclusion
The Slovenian objective in regard to the ELIXIR project is an upgrade of the national infrastructure forthe central national data hub, which will serve to optimise the standard long-term storage of (extensive)
data from the field of life sciences and will be complementarily integrated into the existing national ICT
infrastructure (e-Infrastructures, data replication, use of existing computer clusters). The reason for the
inclusion of Slovenia in the ELIXIR lies mainly in the fact that Slovenia has as yet no adequate national
infrastructure in the field of life sciences. It is therefore reasonable to combine activities in theconstruction of the infrastructure for data management and the infrastructure for data acquisition. A partof the data hub is also the services of assistance to all life sciences researchers, particularly in the fieldsof training, bio(medical) informatics, bioinformatics analysis, data mining and biostatistics. The data hub
will allow simple and standard data exchange and common use of tools and services together with the
ELIXIR hubs in other European countries. Through the infrastructure of the next generation ofsequencing and the ELIXIR-SI data hub, Slovenia will be able to provide appropriate reference genetic
data on the Slovenian human population, as well as on plant and animal biodiversity. The establishedinfrastructure will allow better quality (personalised) medical and nutritional care, concern for thepreservation of the environment and environmentally friendly and renewable economy in all fields related
to the biosphere.
Financial aspect
In the Roadmap, the investments for the proper development of the ELIXIR were estimated at
approximately 500,000 EUR annually. Slovenia started to finance the planned development of thenational infrastructure and the implementation of national activities in 2013. The annual membership fee
for Slovenia currently amounts to approximately 12,000 EUR. In the coming years, the financing of thenational hub will be enhanced by the resources from the Structural Funds as soon as possible.
2.5 Current investments in research infrastructure
Table 2: Investments in RI 2011-2015
Vlaganja v RI preko ARRS

2011

2012

2013
-

2015

Raziskovalna oprema

5.134.924,61

Infrastrukturni programi – skupaj

8.873.914,01

7.853.040,00

7.759.672,00

8.898.782,48

9.436.086,10- od tega EPDČ*2.143.105,00

2.093.040,00

2.637.312,00

3.847.915,83

3.618.096,40- od tega MSA**

6.730.809,01

5.760.000,00

5.122.360,00

5.050.866,65

5.817.989,70

995.000,00

854.705,00

872.250,00

725.730,00

820.230,00

16.714.790,74 10.213.279,76

8.709.682,40- v okviru tega mednarodni NRRI projekti

-

2014
-

233.695,06

Vlaganja v RI preko MIZŠ
Centri odličnosti (ESRR)***
Kreativna jedra (ESRR)

1.140.177,27

Mednarodni NRRI projekti - članarine
Projekt FAIR

3.000.000,00

Projekt SHARE - anketiranje
Skupaj800.000,00-

1.101.755,57

1.677.516,42

27.518,00

51.794,00

56.350,50

2.105.820,00

1.020.402,00

2.520.402,00-- 146.520,00

297.480,00

33.723.629,36 18.866.319,76 19.742.869,67 11.219.254,05 13.645.769,23* FTE - full-time equivalent** MCA - material costs and amortisation*** ERDF - European Regional Development Fund. The financing of Centres of Excellence began in 2010 in the amount of
7,888,548.30 EUR, which means that a total of 43,526,301.20 EUR was allocated to this instrument in the period 2010-2013.

18

Table 3: Membership fees in international Roadmap Projects (Ministry of Education, Science andSport)
2011

2012

2013

2014

2015

FAIR

-

-

-

-

-

CERN

-

-

-

-

-

Belle II

-

-

-

-

-

ILL

-

-

-

-

-

X-FEL

-

-

-

-

-

C-ERIC

-

-

-

-

-

ESS

-

-

20.000,00

20.600,00

21.218,00

DARIAH

----3.766,50

CESSDA--990

1.924,00

1.924,00

SHARE

-

-

-

21.735,00

10.000,00

CLARIN

----8.348,00

LIFEWATCH

-

-

-

-

-

ELIXIR

--6.528,00

7.535,00

11.094,00

EATRIS

-

-

-

-

-

PRACE

-

-

-

-

-

(EPOS)

-

-

-

-

-

(BBMRI)

-

-

-

-

-

Skupaj--27.518,00

51.794,00

56.350,50

Table 4: Financing of international Roadmap projects through the Slovenian Research Centre and theMinistry of Education, Science and Sport (italic)
2011

2012

2013

2014

2015

FAIR

3.000.000,00

800.000,00

2.105.820,00

1.020.402,00

CERN

-

-

-

-

2.520.402,00-

Belle II

250.000,00

214.750,00

187.280,00

200.730,00

130.000,00

ILL - KI

-

-

-

-

-

X-FEL

-

-

-

-

-

C-ERIC----

35.000,00

ESS - FDV

100.000,00

85.900,00

74.905,00

82.000,00

145.000,00

DARIAH - INZ (SISTORY)

69.500,00

59.700,00

52.058,00

56.000,00

62.500,00

DARIAH - INZ (SI-DIH)

27.500,00

23.620,00

20.597,00

22.500,00

22.500,00

DARIAH - ZRC SAZU

43.000,00

36.940,00

32.212,00

34.500,00

34.500,00

CESSDA - FDV/ADP

110.000,00

94.490,00

82.395,00

88.000,00

88.000,00

SHARE - IER

120.000,00

103.080,00

89.886,00

97.000,00

97.000,00

SHARE - ANKETE

275.000,00

236.225,00

205.988,00

146.520,00

297.480,00

CLARIN--

21.884,00

25.000,00

40.730,00

LIFEWATCH--

30.638,00

35.000,00

35.000,00

ELIXIR--

52.523,00

60.000,00

80.000,00

EATRIS--21.884,00

25.000,00

25.000,00

PRACE

-

-

-

-

-

(EPOS)----

25.000,00(BBMRI)

-

-

-

-

-

Skupaj ARRS

995.000,00

854.705,00

872.250,00

725.730,00

820.230,00

Skupaj (vse)

3.995.000,00

1.654.705,00

2.978.070,00

1.892.652,00

3.638.112,00

19

3. REVISED LIST OF PRIORITY INTERNATIONAL PROJECTS
3.1 Social and Cultural Innovation
3.1.1 E-RIHS

European Research Infrastructure for Heritage Science
Web page: www.e-rihs.eu
StatusThe E-RIHS is a new project in the ESFRI Roadmap 2016 and is currently in the preparatory phase(2016-2019). The operation is expected to start in 2022.
Infrastructure description
The E-RIHS is a distributed research infrastructure project that will be used for the interpretation,
preservation and management of cultural heritage. The project will establish a central international ERIHS hub and national E-RIHS hubs with a related fixed and mobile national infrastructure ofrecognisable excellence, and accessible material collections, archives and virtual data pertaining toheritage. Both material and intangible heritage will be addressed. The knowledge and protection ofheritage at the global level will be increased by the highest quality tools and services of interdisciplinary
research networks. The realisation of the project will support collaborative research work, access toanalytical equipment, methodologies, data and tools, highly trained staff and storage, processing,interpretation and the optimum utilisation of large amounts of data. Strategic planning will prevent
duplication of equipment and research work and increase the competitiveness of European sciencedealing with cultural heritage. The E-RIHS project will join the efforts of many already connected
infrastructure groups. The connection of the existing initiatives IPERION CH (E-RIHS core), ARIADNE,
PARTHENOS and a cluster of projects that support the integration of the ERIC will serve as an example
and the catalyst of the process.
The core of the E-RIHS project consists of four laboratories, namely ARCHLAB, which is an archive ofmuseums and institutions of cultural heritage, FIXLAB is the platform of medium and large devices,
MOLAB is a mobile laboratory for non-invasive in situ measurements and DIGILAB, which deals withthe creation of digital methods for processing and storing data. At the national level, all these laboratories
shall connect and simultaneously communicate with the European centre.
Analysis of the benefits of inclusion
In the research sense, the inclusion of Slovenia in the project will contribute mainly to the scientificexcellence of Slovenian researchers, which leads to new scientific publications, development of new
analytical methods and protection of cultural heritage, provides meta-analysis on databases with a large
amount of data (big data), and possible patents and property rights. Moreover, it will also contribute toresearch efficiency and performance by standardising investigations into cultural heritage, thereby
avoiding duplication of research infrastructure and work. It will increase the international activity,
mobility, international recognition and visibility of Slovenian researchers due to cooperation withinternational partners. The number of existing research groups and users (galleries, museums,
cooperation with institutes, institutions, faculties and companies) will also increase or new ones will becreated.
The participation in the E-RIHS will also contribute to the strengthening of interdisciplinary research,since it covers the area of cultural heritage, various scientific disciplines (natural sciences, social
sciences and humanities), and to the promotion of this field of science, and the integration of thesecontents for educational purposes.
In terms of education, it will encourage greater mobility and increased opportunities for foreign
institutions and users, the integration of RI in the implementation of educational programmes, especially
postgraduate programmes at the Biotechnical Faculty of the University of Ljubljana, Faculty of Arts of
the University of Ljubljana, Faculty of Fine Arts, Faculty of Chemistry and Chemical Technology of the
University of Ljubljana and the employment of researchers over the next three to five years. The
inclusion will also bring economic benefits, namely an increase in the possibilities for market applications

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of research results in this field and the transfer of new knowledge and services in the industry, thedevelopment of measurement techniques and new market products in partnership with companies, anincrease of the potential for the development of new application technologies by improving conservation
and restoration procedures and innovation in the field of measuring techniques and new materials
analysis techniques.
Financial aspect
It is estimated that for the establishment of the national RI as an integral component of the distributed
international RI an investment of at least 1 million EUR will be required. For the maintenance of thisinfrastructure approximately 100,000 EUR annually will be needed. Part of the funds could be obtainedby the participation in international projects and inclusion of commercial partners.
3.2 Materials and Analytical Capacities and Natural Sciences and Engineering
3.2.1 CTA

Cherenkov Telescope Array
https://portal.cta-observatory.org
StatusThe CTA project was first included in the ESFRI Roadmap in 2008. In 2014, it was among three priority
ESFRI projects with appropriate financial support for implementation and remains on the priority list in
the ESFRI Roadmap 2016. The project is reaching the construction phase (2017-2023); full operation
is expected to start in 2023. Slovenia has been involved in the preparation of the project since 2013
through a group of researchers of the Laboratory for Astroparticle Physics, University of Nova Gorica
and the Department of Experimental Particle Physics of the Jožef Stefan Institute (IJS). At the earlystage, this group actively contributed to the planning of observatories and the study and simulations ofpossible research. In the construction phase, a contribution to the construction of two detector sets,
detectors for detecting Cherenkov light and atmospheric control systems, is envisaged. Cooperation
with relevant Slovenian economic partners is also envisaged. In the phase of the observatory utilisation,
proposals for observations related to the research into extreme energy cosmic rays, gamma-ray bursts
and dark matter in the universe are being prepared.
Infrastructure description
The CTA is aimed at studying phenomena at extreme energy and size ranges in nature. The
infrastructure enables research into the universe at the wavelengths of high energy gamma rays. The
CTA has great research potential for discoveries in the so-called '' new physics', i.e. processes that are
not included in the standard model of elementary particles or in cosmological models. In the frameworkof the CTA project, two large observatories will be built, one in each hemisphere, which will allow themeasurements of high energy gamma rays throughout the sky. Each observatory will consist of a
network of approximately a hundred telescopes for detecting Cherenkov light. These will detect incident
photons through atmospheric avalanches of charged particles. For the successful operation of the CTA
observatories, grid technology is used, which has been developed to support experiments at the CERN
and is based on the optimal exploitation of computer capacities distributed among a larger number of
institutions in different physical locations to achieve common computing goals. The research
infrastructure of the CTA observatories with all corresponding instrumentation is the worldwide leader
in technological capabilities. The first scientific results from the partly built Southern CTA Observatory
are expected in 2017. The CTA consortium connects more than 1,100 researchers from 28 countries in
Europe, Asia, Africa and the Americas.
Analysis of the benefits of inclusion
Participation in the CTA is expected to strengthen the staffing of researchers and the formation of a newinter-institutional programme group in the field of astronomy and its contribution to the interdisciplinary
nature of research. The CTA is expected to enable groundbreaking discoveries in the field ofastrophysics, for which there is an enormous interest among the general public. This also means a great
impact on the promotion of science.

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The inclusion is also important for the economy, since it will be able to compete in tenders related to theconstruction of the observatories, which will be worth 200 million EUR. Mainly, this will provide economic
advantages for the fields of information technology, electrical and electronic professions and high-techcompanies involved in optics and remote sensing of atmospheric properties. Basic research of highenergy gamma rays is not directly market-oriented, but participation in the CTA offers opportunities formarketing the applications needed for the construction of the observatories. These include applications
for monitoring and forecasting of atmospheric properties, for distributed data processing, for remotemonitoring and management of the observatories and their detector sets and others.
The real possibility for a spin-off of basic CTA research is in the remote characterisation of theatmosphere as the detector medium of the observatory, which will be the task of the Centre for
Atmospheric Research (CRA) at the University of Nova Gorica. The CRA has, together with theEnvironmental Agency of the Republic of Slovenia, built the first lidar observatory in Slovenia in Otlica
above Ajdovščina; they have also developed the Raman lidar for remote measurements of water vapour
profiles and, in cooperation with Slovenian industry, the three channel mobile lidar for tracking andidentification of aerosols. They also examine the impact of ionospheric disturbances on GPS receivers
and the possibility of their elimination, which was of great importance during the increased solar activity
in 2012 and 2013.
Also important is the role of the CTA in the field of education for doctoral students of physics who are
involved in the work of research collaborations or as young researchers.
Financial aspect
The preparatory phase of the CTA project has been largely funded by the 7th EU Framework
Programme for Research and Development. It is estimated that the costs of development andconstruction of the CTA in the expected range of two observatories with approximately 100 telescopes
each will exceed 200 million EUR. The costs of the necessary upgrades of the Slovenian research
infrastructure in this area (during construction and operation of the CTA 2015-2020), including the costsof participation in the CTA, are estimated at 100,000.00 EUR annually. The costs of maintenance andoperation of the functioning observatory after its construction are estimated at 60,000 EUR annually.
3.2.2 European XFEL or EuroFEL

X-ray Free Electron Laser or European Free Electron Lasers
www.xfel.eu/ or www.eurofel.eu
Status
These are projects from the initial Roadmap priority list. With their previous work on synchrotrons (ESRF,
ELETTRA, DESY), Slovenian researchers have been involved primarily in structural analyses of diverse
materials, but they also have experience in the field of X-ray absorption and emission spectroscopy,
which will be one of the key techniques of the XFEL and EuroFEL. As many as 5 Centres of Excellence
are included in the XFEL participation proposal: for Nanosciences and Nanotechnology (CO NIN), for
Biosensors, Instrumentation and Process Control (CO BIK), for Low-Carbon Technologies (CO NOT),
for Advanced Materials and Technologies for the Future (CO NAMASTE), and for Polymer Materials
and Technologies (CO POLIMAT). The cooperation is also important in the context of the development
of
the
new
generation
desktopXFEL source ("Surfotron") and time-resolved electronic electron microscopy, taking place in CO NIN.
One of the FEL centres in EuroFEL will also be the FERMI@ELETTRA Centre within the framework of
Trieste Synchrotron. Slovenia's participation in the EuroFEL is therefore possible within this context.
Infrastructure description
The free-electron lasers XFEL (now "European XFEL") and EuroFEL are partially replaceable in thefield of their use; the consortium of free-electron lasers EuroFEL combines several such devices in
Europe (existing or under construction), XFEL is a new device of higher capacity that is underconstruction. For Slovenian scientists, the importance of access to only one such device has been
identified; therefore, the aspects of both projects should be considered before taking the final decision
on cooperation. In the current period of the implementation of the Roadmap, there was no progress in22this respect and there have also been no initiatives or confirmed expressions of interest from theresearch community.
XFEL in Hamburg will be a new international centre for the production and scientific use of very brightand ultra-short pulses, spatially coherent hard x-rays. New opportunities that it will offer will be mainlyinteresting to materials science for the development of new advanced and complex multifunctional
materials. The complex will comprise a 1.7 km long superconducting linear accelerator for accelerating
electrons and 6 experimental stations with modern and advanced equipment for scientific use of therays. The rays will allow the implementation of completely new and potentially revolutionary experiments
for a large number of disciplines, from physics and materials chemistry to nanoscience andnanotechnology. Detailed understanding of chemical reactions and the manner of functioning ofmolecular systems will be essential for the design of new inorganic and organic (nano) materials. The
XFEL will use the new technology of superconductivity for accelerating electrons with a high rate ofrepetitions, which will be the basis for the development of future accelerators.
The EuroFEL project connects national FEL centres which are already in operation or in the start-up
phase into a uniform, distributed and internationally open infrastructure. Connecting the centres
represents an efficient use of the complementary instruments available in each centre and thus enables
the characterisation of materials from very different aspects. The EuroFEL will offer a wide range ofbeam lines and equipment which will be much richer than a single existing centre could offer. The laser
light offered by the EuroFEL upon its establishment will comprise the range from far infrared
wavelengths to soft X-rays. With a rich set of characterisation techniques offered by the EuroFEL, it will
be possible to investigate the electronic, structural, optical and chemical properties of various materials
from nanostructured to mesoscopic and macroscopic, both inorganic and organic and biological. It will
be possible to monitor most properties as a function of time, since most FEL centres allow picosecondor femtosecond laser flashes enabling high-temporal resolution upon the availability of the appropriate
data acquisition systems.
Expected benefits of inclusion
By the integration in the XFEL or EuroFEL, international cooperation will deepen or be newly
established, both in the field of theoretical support to experiments and for the full usage of RI capabilities
and making new discoveries. The usage of XFEL or EuroFEL capacities will enable Slovenian scientists
to carry out research of exceptional quality. The users who can currently be identified in Slovenia will
mainly take advantage of the opportunities that exist for research into 3D nanostructures, complex
structures and systems, bio-molecules, monitoring of chemical reactions at the atomic level and in new
time-scales, far exceeding current capabilities.
The XFEL and EuroFEL will enable scientific breakthroughs in several fields, and globally will hold aleading position in the ability to generate very intensive and extremely short pulses of X-rays for scientificresearch and for breakthroughs in a large number of disciplines, giving European, and therefore also
Slovenian science, the possibility to take a leading role in new and innovative achievements in the fields
of nanoscience, materials science, energy and sensors science and other key fields. By the usage ofthe infrastructure, Slovenian research groups will be included in other user groups and thus will be indirect contact with the most popular trends in individual research fields.
The understanding of materials and processes will be of key importance for their usage for engineeringand biomedical purposes. New inorganic and organic (nano) materials with improved characteristics
and systems with complex behaviour, originating in dynamic attributes, and closely linked with thedevelopment plans and visions of the Slovenian chemical industry, will be developed. Previous researchon synchrotrons will be upgraded and upon carrying out the research, Slovene
students and researchers will become further educated and will advance, and by creating new
knowledge, will transfer it to others for the development of new products with high added value.
Therefore, in the long-term, the cooperation of Slovenia in the XFEL or EuroFEL will enable the transfer
to, and usage of, the latest discoveries by Slovenian science and industry and thus, by means of thedevelopment of individual fields, the upgrade of basic knowledge and development of new products andtechnologies. The creation of new work posts in research organisations and industry and theestablishment of new spin-off companies is expected. The research expected to be carried out in the
XFEL or EuroFEL will also be strongly socially integrated since their results can be used for solving
acute global social problems, such as improving quality of life and health, ensuring sustainable
development and the development of a low-carbon society, introducing energy-saving technologies andfulfilling increasingly strict environmental requirements.

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Financial aspect
Slovenia has not planned its own investment in the XFEL project in an amount that would enable theacquisition of an equity share (minimum 12 million EUR), therefore it will, above all, examine thepossibilities of linking with other states to enable access to the XFEL capabilities for Slovenian scientists.
The most realistic possibilities for cooperation in the EuroFEL are either access to its capabilities (mainly
FERMI@ELETTRA) within the framework of cooperation with the Trieste Synchrotron or upgrading or
construction of national capabilities that could be included in the EuroFEL.
3.2.3 ILL

Institute Laue Langevinwww.ill.eu/
StatusThis is a project from the initial Roadmap priority list. In Slovenia, a strong interest of researchers in theuse of facilities in the ILL has been identified, which was especially evident after the workshop organisedby the Institute of Chemistry and the Jožef Stefan Institute in May 2008, which attracted many
researchers from all of the most prominent research institutions in Slovenia. The strong interest ofresearchers assures adequate critical mass and, at the same time, encourages interdisciplinary
research in the international environment. Upon the initiative of the Institute of Chemistry, thepossibilities of direct full integration or to become a member in the consortium of Central European
states of Austria, the Czech Republic, Hungary and Slovakia (CENI) are being investigated.
Infrastructure description
The Institute Laue Langevin (ILL) in Grenoble, France is the leading international research centre forneutron scattering. Due to their specific characteristics, the neutrons present a complementary approachto other diffraction and spectroscopic methods (X-ray diffraction, IR and NMR spectroscopy, etc.) andplay an essential and, frequently, key role in modern research into the chemistry and physics of (nano)materials and in life sciences (biochemistry, biophysics and biology). The ILL research equipment
includes approximately 40 ray lines with diverse characteristics for studying the structure and dynamics
of matter on diverse space and time scales. The ILL is owned in equal equity shares by France, Germany
and Great Britain and has been functioning since 1973. In addition to the listed states, it has several
other partner states. On an annual basis, approximately 700 experiments are carried out at the instituteand more than 450 scientific articles are published. The institute can pride itself on the largest numberof scientific publications with a high impact factor among all the world’s related institutions involved inneutron scattering.
Expected benefits of inclusion
The introduction of research with neutron scattering opens to Slovenian researchers a wide range of themost modern analytical methods in the fields of chemistry and materials physics and nanomaterials,
structural biology and nuclear physics. The use of neutron scattering methods complements othermethods of scattering (X-rays); therefore, such methods are an indispensable tool of modern science inregard to materials and life science. By the inclusion of Slovenia in the ILL, these methods would become
easily accessible. Due to optimal organisation of the ILL operation, as evidenced by exceptional
production of high-quality scientific publications and a very large number of international projects inwhich the ILL participates, Slovenian researchers would also acquire unique opportunities for inclusion
in international scientific flows.
Also, numerous opportunities for advanced training and research for younger professional staff at the
ILL would open up. Training for research with neutron scattering for all the participating researchers ispart of the established practice at the ILL and is conducted by employees working on ray lines. Slovene
doctoral students could also be trained for work on ray lines, thus acquiring important
knowledge and skills for Slovenia.
Since the research with neutrons also enables the study of industrial materials (for example cracks inalloys) and the study of cocrystals of pharmaceutical substances that present a large challenge to thepharmaceutical industry, the wider interest of Slovenian industry can also be expected.

24

Financial aspect
The costs of inclusion of Slovenia within the CENI, which seems to be the most cost-effective andappropriate according to the needs of the research community and from the financial aspect, would
amount to approximately 150,000 EUR annually. This is the payment for the annual operating costs
normalised with respect to the scope of the research of Slovenian researchers performed at the ILL (10to 12 beam days) and it also includes the one-time payment of the membership fee (entrance fee) in theamount of approximately 200,000 EUR.
3.3 Environmental Sciences
3.3.1 EPOS

European Plate Observing System
http://www.epos-eu.org/
StatusThe EPOS was among the priority projects planned to update the Roadmap list. It has been in the ESFRI
Roadmap since 2008. In 2014, it was among three priority ESFRI projects with appropriate financial
support for the implementation and remains on the list in the ESFRI Roadmap 2016. Currently, theproject is in the implementation phase (2015-2019) within which the establishment of the EPOS ERIC
is planned. Slovenia is actively involved in the preparation of the project on the basis of a letter of support
dated 3rd November 2011. In the preparatory phase, the key task, in addition to participation ininternational activities within the project, is to adequately connect relevant Slovenian institutions in thisfield, in particular the Karst Research Institute at the ZRC SAZU, Environmental Agency of the Republicof Slovenia (Institute of Geology and Seismology), University of Ljubljana (Faculty of Civil and Geodetic
Engineering), Geological Institute of Slovenia and the Jožef Stefan Institute, which established theEPOS-SI consortium on 11th May 2016. The preparation of the contents of the project at the national
level is coordinated by the Karst Research Institute at the ZRC SAZU.
Infrastructure description
The EPOS is a research infrastructure for the monitoring and observation of geophysical and seismic
phenomena. Through the observation points and the development of infrastructure points, theprocesses in the fields of geology, geochemistry, seismology and volcanology will be monitored. The
project will create a unified and sustainable infrastructure which will include surface geophysicalmonitoring networks, local observations (permanent terrain and volcanic observatories) andexperimental laboratories in Europe. It will provide current, reliable and comparable data to users. By
using a single portal, data will be provided to the public administration, for research purposes, for the
purpose of prevention and rescue in cases of natural disasters, for education, etc.
Analysis of the benefits of inclusion
For Slovenia, which is located on tectonically active terrain, the EPOS will provide a good basis for the
preparation of the appropriate research infrastructure and, consequently, for improving seismic safety
in the region.
The expected benefits of Slovenia's inclusion in the EPOS are reflected in research, industry andeducation.
For Slovenian researchers, the cooperation in the project, on the one hand opens up the possibility ofaccessing data that are collected and processed to high standards of quality, integration in various
working groups and participation in drawing up the rules for the collection and processing of relevant
data for processing at the European level, and on the other hand provides many options for developing
international connections. This also opens up the possibility of greater involvement in international andEuropean projects.
The EPOS project has an indirect economic impact, since the primary activity of the project is datacollection and processing. The analytical value of the data is of economic importance. For example,
comparative analyses that draw attention to different kinds of changes in the environment and thereby25indicate possible developments that may harm economic activity. Particularly important may be the datathat affect the field of civil engineering and infrastructure construction.
The EPOS also provides an important source of data, analyses and methodological elements that are
required in the educational processes.
Financial aspect
The costs of the planned development and upgrade of the national research infrastructure in this field,
including the costs of participation in the EPOS, are estimated at 400,000 EUR; the annual membershipfee amounts to approximately 70,000 annually. The financing of the EPOS activities began in 2015. In
the coming years, the financing of the planned development of the national infrastructure will beenhanced by the resources from the Structural Funds as soon as possible.
3.4 Health and Food (Biological and medical sciences)
3.4.1 BBMRI

Biobanking and Biomolecular Resources Research Infrastructure
http://www.bbmri-eric.eu
StatusThe BBMRI was among the priority projects planned to update the Roadmap list. It has been in the
ESFRI Roadmap since 2008; upon the last update it has been classified among the implemented ESFRI
projects (ESFRI landmark). It was established as the BBMRI ERIC on 22nd November 2013. For
participation in the BBMRI, an appropriate structure (hub) must be established at the national level,
which connects the relevant actors in this field, such as: Institute of Microbiology and Immunology (IMI)of the Faculty of Medicine, University of Ljubljana, Department of Neurology of the University Medical
Centre Ljubljana, Department of Pharmacology and Experimental Toxicology of the Faculty of Medicine,
University of Maribor, and professional and organisational support from the already established national
ELIXIR hub is expected.
Infrastructure description
BBMRI is one of the largest research infrastructures in the field of medical research in Europe, andprovides coordinated access to biological banks and biomolecular resources through national hubs.
These coordinated activities include the collection, management, distribution, and analysis of samples
and data. The project aims to improve the accessibility and interaction of the existing comprehensive
collection of biological samples of different populations of Europe, which must be linked with
continuously updated data on the health status, lifestyle and environmental exposures of sample donors.
The biobanks, biomolecular resources and technology centres which are members of BBMRI, areassociated with their specific area hub. A variety of public and private partners (e.g. universities,
hospitals, companies) that provide biological samples, data, technologies or services may be associatedwith them. The BBMRI users may come from different fields of science and industry. The BBMRI speeds
up the development of personalised medicine and disease prevention and embraces some of the needsof basic research as well as of the biotechnological and pharmaceutical industries. Thus, it enables
improvements in public healthcare and drug development. Both at the European and national levels, theBBMRI is linked with and complemented by other projects in the field of biomedicine, in particular the
ELIXIR and EuroBioimaging.
Analysis of the benefits of inclusion
The biological resources in Slovenia are much dispersed and poorly connected; therefore, theirintegration and technological upgrade is a national priority. The inclusion of Slovenia in the BBMRI may
significantly contribute to the internationally appropriate technical standardisation and methodologicalharmonisation, while providing access to the other samples in the BBMRI. The BBMRI supports bothbasic research and the transfer of results to applied research of biotechnological and pharmaceuticalcompanies, thus enabling improvements in public healthcare. Potential RI users are research groups,
educational institutions and in particular smaller companies, which require high-quality and diverse
biological samples for determining the causes and courses of diseases in their research. The provision26

of a large number of samples is necessary for biotechnological and pharmaceutical companies which
are engaged in the development of diagnostic tests. Participation in the BBMRI will allow the creation ofa larger group of relevant samples, which will ensure the effectiveness of research.
The BBMRI will be especially important for the development of small and micro-biotechnologicalcompanies, the main problem for which is often the access to biological samples and biomolecular
resources. These are currently scattered throughout the country with no central register under the
auspices of individual research groups and organisations.
Financial aspect
Full membership in the BBMRI will require an appropriate national contribution comparable to otherprojects in the field of biomedicine and amounting to approximately 3 million EUR for the period of thenational centre (hub) upgrade. The membership fee amounts to 20,000 EUR annually.
3.4.2 Euro-BioImaging

European Research Infrastructure for Imaging Technologies in Biological and Biomedical Sciences
http://www.eurobioimaging.eu/
StatusThe project has been included in the ESFRI Roadmap since 2008 and remains on the main list of the
ESFRI Roadmap 2016. Currently, the project is in the construction phase (2014-2017); its operation will
start in 2017 and will be established as ERIC. In Slovenia, the Centre for Clinical Physiology (CFK) andthe Biomedical Centre for Microscopy (BMCM), both of the Faculty of Medicine, University of Ljubljana,
strive for the inclusion in the EuBI. The IJS is also a potential partner. The inclusion is particularly
important due to the complementarity with the ELIXIR project. Slovenia has not yet established formal
contacts with the EuBI at the expert level.
Infrastructure description
The Euro-BioImaging (EuBI) is a research infrastructure connecting technologies in the field of
biological, biomolecular and medical imaging.
Analysis of the benefits of inclusion:
The inclusion of Slovenia in the EuBI will enable better use of our data and easier access of ourresearchers to foreign image databases and archives. Coordinated cooperation with other related RI in
Europe in the field of data management (permanent and secure storage, access security, high-speed
network connections, use of computer clusters, e-learning) will increase research efficiency andeffectiveness and make an important contribution to scientific excellence. The better quality equipment
will significantly improve the possibilities for the practical training of graduate students in the domestic
infrastructure. All equipment will be available to students and end/clinical users. The transfer ofknowledge from more developed European centres to our country will be more effective.
Complementary activities in the field of modern imaging technologies within the EuBI project will
increase the opportunities for establishing new contacts and business transactions for economic entities;
for example, they will enable the opening of spin-off companies.
Financial aspect
Conditions for membership in the EuBI will be defined at the latest until 2017. At the same time, it will
be necessary to ensure sufficient resources for the upgrade of the national infrastructure, which will becomparable to other projects in the field of biomedicine and amount to approximately 3 million EUR for
the period of the national centre (hub) upgrade.

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3.4.3 ISBE

Infrastructure for Systems Biology Europe
http://project.isbe.eu/
StatusFor the first time, the ISBE was included in the ESFRI Roadmap in 2010 and remains on the main listof the ESFRI Roadmap 2016. Currently, it is in the construction phase (2016-2018); its operation will
start in 2018 and will be established as ERIC. The Faculty of Medicine, University of Ljubljana (since2013) and the Ministry of Education, Science and Sport (since 2014) were included in the project
preparatory phase (2012-2015). Slovenia has participated in the project preparatory phase since 2013.
The ISBE hub will be based on the foundations of the Centre for Functional Genomics and Bio-Chips,
the partners of which are research institutions from three research centres, namely Ljubljana, Maribor
and Nova Gorica.
Infrastructure description
Systems biology is a discipline of life sciences, which leads to the understanding of the functioning ofliving beings through the integration of data in quantitative calculation models. These models can predict
the behaviour of a biological system at the level of molecules, cells and tissues through space and time.
Such a level of research may have a significant impact on the development of modes of treatment,
building self-sufficient food production, and will launch various fields of bio-economy.
The purpose of the ISBE project is the establishment and accessibility of a regional network
infrastructure of hubs throughout Europe that will change our understanding of life sciences,environment and our health. The project will enable European scientists from various fields of life
sciences to explore complex biological problems from the system perspective. This project will establish
a network of infrastructural hubs throughout Europe, which will provide multidisciplinary expertise,
education, opportunities for experimentation and modelling, data repositories and models necessary forsmall or large programmes in systems biology. The use of the infrastructure will increase the basic
knowledge from the level of molecules and cells to entire organisms and will lead to new applications inbiomedicine, agriculture and the environment. It will positively affect the future healthcare andtechnological development related to the life sciences, which will be felt in European society, industry
and economy.
Analysis of the benefits of inclusion
The inclusion of Slovenia in the ISBE will significantly contribute to the scientific excellence of Slovenian
researchers. Systems biology enables the solving of complex biological problems which have not beenadequately addressed by current approaches. In various fields, particularly in medicine, pharmacy,
agriculture and environmental sciences, breakthroughs are expected as well as completely new
biotechnological solutions. A great number of innovations is also expected. The national hub will provide
to Slovenian researchers an overview of the activities in other European countries and open thepossibility of facilitating the establishment of direct contact with potential European partners.
The access to knowledge and equipment within the ISBE will also complement the expertise fromindustrial partners. The participation in the ISBE will lead to faster development of new products, better
preparation of documentation for the registration thereof for commercial purposes, and more successfulcommercialisation of research results or new high-tech products.
Renewed study programmes related to systems biology and links to a variety of resources for educationin this field are being prepared. They will be implemented after the completion of doctoral studies. An
important planned activity within the ISBE is the user training, which will take place at several levels. At
the basic level, the training will be implemented in the context of the national hub. At the highly
specialised level, the training will be organised with top scientists in a specific area, which will provide
access to cutting-edge expertise for Slovenian scientists.
Financial aspect
Conditions for the membership in the ISBE will be defined at the latest until 2018. At the same time, itwill be necessary to ensure sufficient resources for the upgrade of the national infrastructure, which will28

be comparable to other projects in the field of biomedicine and amount to approximately 3 million EUR
for the period of the national centre (hub) upgrade.
3.5 E-infrastructure
3.5.1 PRACE

Partnership for Advanced Computing in Europe
www.prace-project.eu/
StatusThis is a project from the initial Roadmap priority list. On 24th January 2012, the University of Ljubljana,
Faculty of Mechanical Engineering was included therein, but without ownership and financing at the
governmental level. Upon the transition of the project to the next phase PRACE 2.0 (2015-2020), theSupercomputing Centre Slovenia (SRCS) consortium was established. In order to make a decision
regarding Slovenia's inclusion, it is necessary to ensure proper consideration of the already establishedorganisational and computer infrastructure and the needs of all relevant stakeholders.
Infrastructure description
The PRACE project is Europe's answer to the need for increased computing power in science andindustry, which can no longer be optimally ensured only by purchasing more powerful computers. Sinceby the use of the current technology of electronic circuits it is no longer possible to increase computing
power fast enough, the so-called parallel computing, involving a large number of interconnected units,
is booming. Such a system is the PRACE e-infrastructure centre, which connects individual centres forhigh performance computing into a single infrastructure connected with national, regional and local
centres, thus forming a world-class scientific computer network. Therefore, the aim of the PRACE is tobuild a European e-infrastructure with the ambition to become the best in the world and offer to users,
in addition to high-performance computers, also virtual computer networks and data storages withinformation resources distributed across Europe and connected with high-speed communications
networks. The PRACE closely cooperates with similar initiatives. These are the Distributed European
Infrastructure for Supercomputing Applications (DEISA), Enabling Grids for E-sciencE (EGEE) and theEuropean Grid Initiative (EGI).
The PRACE will be organised on three levels. At the highest level-0, there will be three to five PRACE
super-computing (HPC) European centres. At level-1, there will be national centres interconnected withthe grid or similar technologies. At level-2, local centres are envisaged. On the basis of mutual
cooperation, the existing systems of level-2 in Slovenia, which are located at universities, research
institutions and partly in the economy, could be connected and a national centre at level-1 establishedby the upgrade of the existing facilities according to the needs of the Slovenian scientific and researchcommunity
Expected benefits of inclusion
Slovenian researchers participate in several EU projects that are directly linked to the e-infrastructureand high-performance computing (HPC), but so far they do not have the sufficiently powerful equipment
to establish the critical mass of the HPC knowledge by which they would be able to obtain computer
time in major centres on the basis of the already tested code. Larger computer clusters are at theInstitute of Chemistry, Jožef Stefan Institute and the Faculty of Mechanical Engineering, University of
Ljubljana. The largest computer cluster is at Turboinštitut d.d. The ARNES network as the central
national infrastructure for powerful distributed computing is also established. The SLING also operates
within this and is open for use by all research and educational institutes in Slovenia and is the basis forthe effective use of computer facilities in Slovenia. The integration and coordination of the free capacities
of clusters in Slovenia could constitute the initial core of the Slovenian national infrastructure.
The inclusion of Slovenia in the PRACE would join and complement the existing infrastructure for therequirements of e-science and other disciplines, especially natural sciences or life sciences, andtechnologies that need high performance computing and communications systems for the processing
and transmission of data and would provide them access to Europe's most powerful computer systems.
The development and use of software tools for solving computationally demanding tasks in parallel and29

distributed autonomous networks will be accelerated and optimised. In this context, not only thedevelopment of super computers is concerned but also the development of all mathematical knowledge
for detailed numerical simulation in the fields of biotechnology, medicine, molecular structure, particle
physics, fusion, hydromechanics, aerodynamics, environmental protection, economics, etc., and willcontribute to the development of these and other sciences and various information technologies. In thiscase, a horizontal infrastructure that will be used for practically any scientific discipline.
Financial aspect
The estimated costs of the inclusion of Slovenia in PRACE 2.0 amount to approximately 110,000 EUR
annually. Moreover, it would be necessary to integrate and upgrade the national infrastructure which
could be included in the PRACE activities. Initially, this cost was estimated at approximately 1-2 million
EUR.
4. EMERGING PROJECTS
4.1 Environmental Sciences
4.2.1 eLTER

European Long-Term Ecosystem Research
http://www.lter-europe.net
StatusThe project is included in the ESFRI Roadmap as an emerging project. 28 partners from 22 national
networks are included in the eLTER project. The Slovenian national network, which was founded in2003 and currently comprises eight umbrella organisations under the coordination of the ZRC SAZ, isalso included. Both a considerable level of interest and the potential for the inclusion of the national
network in the European eLTER exist. Researchers have already expressed support by signing theletter of intent.
Infrastructure description
Connections in the field of ecosystems research have been organised in a network of various institutionsin the form of the LTER network since 2003. Within the latter and in cooperation with the LifeWatch
project, the initiative to transform the LTER network into an infrastructure project was given. The
infrastructures complement each other since the LTER network includes high-tech equipped places
where in situ ecosystem and biodiversity research and their monitoring is performed, while the LifeWatch
supports such research on the level of the protection, management and sustainable use of biodiversity.
The group that has given the initiative for the creation of the infrastructure project eLTER has obtained
the funding for the preparatory phase 2015-2019 with the aim to develop national networks and socioecological platforms from the European LTER network towards the creation of a multi-purpose
distributed research infrastructure.
Analysis of the benefits of inclusion
The emerging eLTER research infrastructure is complementary to the existing LifeWatch research
infrastructure; therefore, benefits are expected in several areas.
For the research, it is vital that the LTER network and consequently the eLTER research infrastructure
include high-tech equipped sites for data capture, which is the basis for research work in the field of
ecosystems, especially in the study of biodiversity. Databases that will be established and processed
according to the common methodology within the emerging research infrastructure enable complex
biodiversity research. By membership in the eLTER, Slovenia accepts the obligation of providing dataon speleobiology and karstology and thus further consolidates the important role in this field and opens
the door for the inclusion of new international research into biodiversity and ecosystems. In the
educational context, it is expected that the research infrastructure will contribute to the dissemination ofknowledge, both within the research community and the educational process.

30

From the economic aspect, the environment and its protection present an important area of new
business opportunities. The research infrastructure to be set up under the eLTER will allow open accessto important data which are the basis for innovation and new technological solutions in the field ofenvironment protection. The free access and the possibility of data dissemination are of special
importance in terms of entrepreneurial activity.
Financial aspect
The ZRC SAZU is involved in the preparation of the eLTER project, which will be completed by 2019.
During this time, the framework of the new research infrastructure operation will be prepared, including
the financial parameters and definition of the costs of national participation.
4.2 Health and Food (Biological and medical sciences)
4.2.1 METROFOOD

Metrology Promoting Objective and Measurable Food Quality and Safety
www.metrofood.eu
StatusThe project is included in the ESFRI Roadmap as an emerging project. In Slovenia, the Laboratory for
Oil Testing (UP ZRS), Department of Environmental Sciences (IJS) and Department of Biotechnology
and Systems Biology (NIB) have expressed an interest in participation. All three are recognised asholders of national standards and provide superior personnel and equipment, which allows international
comparability of results in the field of food and nutrition according to the strategy of Slovenian metrology.

Infrastructure description
The METROFOOD project is intended to provide metrological traceability in the field of nutrition, which
will upgrade the existing infrastructure in partner states. For this purpose, a network of laboratories,
research groves, experimental fields and farms will be established. The project includes both thephysical and e-infrastructure. Within the project, the existing capacities of the participating research
centres will be particularly exploited. It will enhance scientific excellence in the field of food quality andsafety, thus enabling an increase in opportunities for market analyses to be carried out by laboratories.
The market value is also reflected in the development of new products and innovative approaches. Oneof the priorities of the research work is the orientation towards the various sources of financing of theresearch and development work by marketing new knowledge and products.
Analysis of the benefits of inclusion
For the research activity, the inclusion in the METROFOOD project will be of great scientific importance;in addition to scientific events and publications, patent applications are also being prepared.
An important aspect of this project is the enhancement of the interdisciplinary research due to theintegration of disciplines (chemistry, biology, microbiology, agriculture, tourism and the economy) andpromotion of science by dissemination activities, informing the public and integration with theinternational professional public and leading institutions in Europe.
From the economic aspect, the inclusion will supplement the research and development capabilities ofindustrial partners which themselves do not have the critical amount of necessary knowledge andexperience, e.g. cost viable and cheaper production of plant and animal raw materials in the
manufacture of new products Domestic producers will be able to exercise Slovenian origin and qualityof produce and food products. The systems for tracking the food from producer to consumer, monitoringof environmental conditions, the system for determining the geographical origin of food and theidentification of biological species will provide a comprehensive system that will consider buyer's wishes
and needs.
The development of new sensor technologies will reduce the costs of monitoring and thereby increase
the possibilities for the control of food quality. In recent years, additional income due to the provision of
traceability (protected designation of origin) and quality has already been recorded e.g. in the field of
olive growing. Other examples of the return of the investment to the economy have also been recorded,31

as well as the impact of the use of such research infrastructure on the creation of new spin-off companies
that are globally marketing the information technology in food production for new products with highadded value.
In terms of education, the use of top equipment will enable better working conditions, promote theinterest in the study of natural science and technology and thus contribute to the higher education of the
Slovenian population and a greater link with the economy, while also attracting talents to our country. It
is planned to set up a new programme in the field of food technology, which will be implemented within
the framework of the ERA Department (IJS) ISO-FOOD.
Financial aspect
The framework of METROFOOD operation, including financial parameters and definition of costs ofnational participation, has not yet been defined.
5. CONNECTIONS BETWEEN THE ROADMAP AND THE SMART SPECIALISATIONSTRATEGY (S4)
Research infrastructures are one of the fundamental preconditions for research work and the connecting
link in the knowledge triangle of research, education and innovation. Medium and large research
infrastructures are especially essential in providing the excellence of research that raises the standardof science in the country to an internationally comparable level; therefore, it is imperative to provide
access to the best research infrastructures for Slovenian researchers, either by building or upgrading
domestic research infrastructures or, where it is more reasonable, by integrating into the existing
facilities and international research infrastructure projects.
In 2015, the Government of the Republic of Slovenia adopted the Slovenian Smart Specialisation
Strategy (S4) which is the foundation for focused development investments in the areas where Slovenia
has a critical mass of knowledge, capacities and competences and innovation potential for placementon global markets and thereby for strengthening its visibility. S4 strategic orientation is focused onsustainable technology and services for healthy life, which will position Slovenia as a green, active,
healthy and digital region which has the optimum conditions for creation and innovation and is focusedon the development of medium and high technological solutions in niche areas. Achievement of theobjectives is set by a package of measures, including research, development and innovation with theemphasis on the complementarity with Horizon 2020 and international initiatives and better use anddevelopment of research infrastructure. Operational Programme 2014-2020 and the S4 determine thatinvestment in research infrastructure will focus on priority areas which are a prerequisite for theinternational competitiveness of the Slovenian RDI space.
In connection with the Horizon 2020 and international initiatives, the measure is designed to support the
integration of Slovenian partners in international networks, promote research and attract the leading
foreign experts to Slovenia, mainly through schemes complementary to highly competitive internationaltenders. Activities for the establishment of the European Research Area, Innovation Union and Horizon
2020 will also be supported, which will focus on co-financing of instruments for spreading participationin Horizon 2020, such as Teaming, ERA Chair and Twinning.
Development of the research infrastructure will follow the ESFRI plans and the Roadmap, especially interms of the establishment of central centres and partner facilities, which represent the functional
integration of Slovenian infrastructure into the international infrastructure. Infrastructure investments will
focus on priority areas which are a prerequisite for the international competitiveness of the Slovenian
RDI space. The upgrade of the existing and, where relevant, construction of new research infrastructure
in priority areas of the S4 use and projects defined in the Roadmap will be supported, whereby theemphasis will be given to the ESFRI projects.1
National priority areas, where it is necessary from the aspect of achievement of critical mass andscientific excellence in Slovenia to preferentially develop research infrastructures, have been designed
based on various studies and national strategic documents listed and described in the RISS and ESFRI.
Thus, the Roadmap defines the following areas: advanced materials, energy efficiency and sustainable
construction, renewable energy sources and environmental technologies, biotechnology, biomedicine
and biological sources, high performance computing and networks, analytical capacities, national
1

Smart Specialisation Strategy, 201532

resources (digital, geo-information), social and humanistic research infrastructure, research
infrastructure for space applications and safe and healthy food.
The S4 lists the following priority areas: a) Healthy living and working environment with subsections
smart cities and communities and Smart buildings and homes including wood chain, b) Natural andtraditional resources for the future with subsections: Networks for transition to circular economy,
Sustainable food production and Sustainable tourism and c) (S)industry 4.0 with subsections: Factoriesof the future, Health - medicine, Mobility and Development of materials as final products.
However, despite the different nomenclature, the research areas of the ESFRI, Roadmap and S4
overlap and strive for the same goal, which is the prioritisation of priority areas considering the effective
use of research infrastructure where conditions are established for a transparent and non-discriminatory
manner of access to the infrastructure for other research organisations and partners, execution of
independent research, development of knowledge and understanding, broad access and effective
transfer of research results, acquisition of competences for effective participation in international
research networks and programmes, attracting top foreign researchers to Slovenia and economic
growth.
Table 5: Overlapping of priority areas between the Roadmap and S4

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ESFRI projects whereparticipated by area

CESSDA, CLARIN,DARIAH, ESS, SHARE,
E-RIHS

Belle2, CERIC, CERN,
FAIR, CTA, European
XFEL, EuroFel, ILL

LifeWatch, EPOS,eLTER

ESFRI scientific areas

Social and Cultural
Innovation

Priority areas for the
NRRI establishment
RI for social sciences
and humanities

Smart cities andcommunities

Digital national sources

Sustainable tourism

Advanced materials
and nanotechnology
Physical sciences &Engineering

Environmnet

S4 priority focus areas oftechnologies

Development ofmaterials as end
products
Mobility

Analytical capabilities

Factories of the future

RI for space
applications

Smart cities andcommunities

Sustainable energy
resources andenvironmental tec
hnologies

Networks for thetransition to circular
economyBiotechnology,
biomedicine andbiological sources

Health - medicine

Safe and healthy foodSustainable foodproduction

EATRIS, ELIXIR,BBMRI,EuroBioimaging,
ISBE, METROFOOD

Health & Food

PRACE

e-infrastructureHigh-performancecomputing and grids

Factories of the Future

EnergyEnergy efficiency andsustainable
construction andgeo-information

Smart buildings andhomes, including woodchain

* In addition to the overlapping of research areas indicated, the table also shows related projects.

The Roadmap at the national level provides the development of medium-sized and large Slovenian
infrastructure centres with the vision of achieving critical mass and scientific excellence in at least one
area of science. Thus, it will be possible to connect international partners in the area of the Republic ofSlovenia in the establishment of a large infrastructural centre at the highest global level and, thus, place
this research infrastructure on the agenda of the research infrastructure development in Europe. Within
the instruments for spreading the participation in Horizon 2020, such as Teaming, Slovenia has theopportunity to establish a strong research centre that impacts the strategic positioning of the country(region) in the global environment.

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According to the RISS 2011-2020, the financing of the construction and operation of research
infrastructure is anticipated or ensured both by the European Structural Funds and by increasing thenational integrated budget. In the previous programming period 2007-2013, the construction of large
national infrastructure was financed with cohesion policy funds; in the 2014-2020 programming period,
investments in national and international infrastructure according to the Roadmap, S4 and ESFRI
Roadmap are envisaged within the investment priorities 1.1 of the Priority Axis 1 within the measure"development of research infrastructure".
Construction in the context of the international research infrastructure is provided according to theavailable resources, considering the preparedness of the project and cohesion regions.
Table 6: Indicative costs of the implementation of the Roadmap 2017-2020/2022 and the sources offunding (in 1000 EUR)
2017

2018

2019

2020

2021

2022

Total

Construction ofinternational projects

1.278.204,08

2.414.385,47

2.414.385,47

1.393.024,98

Operation ofinternational projects

5.466.329,07

7.102.510,48

5.769.385,48

4.361.774,98

737.500,00

937.500,00

24.375.000,00

Construction ofnational projects

14.507.966,85

17.735.604,05

13.736.229,05

11.024.434,44

2.212.500,00

2.812.500,00

62.029.234,40

7.500.000,00

Operation of national
projects

9.600.000,00

9.800.000,00

10.000.000,00

10.200.000,00

10.400.000,00

10.600.000,00

60.600.000,00

Total

30.852.500,00

37.052.500,00

31.920.000,00

26.979.234,40

13.350.000,00

14.350.000,00

154.504.234,40

Cohesion funds (SLO
4.250.500,00
5.450.500,00
4.384.000,00
3.355.846,88
590.000,00
750.000,00
18.780.846,88
part)Cohesion funds (EU
17.002.000,00
21.802.000,00
17.536.000,00
13.423.387,52
2.360.000,00
3.000.000,00
75.123.387,52
part)Budgetary funds
9.600.000,00
9.800.000,00
10.000.000,00
10.200.000,00
10.400.000,00
10.600.000,00
60.600.000,00(ARRS+memberships)
Notes: In the table, the actual funds according to the approved INOP are taken into account under the item of national andcohesion funds. The dynamics of budgetary funds is based on previous investment within the infrastructure programmes(Slovenian Research Agency) and international fees (Ministry of Education, Science and Sport).

If Slovenia wishes to achieve the objectives set in the strategic documents and use the existing
opportunities according to the current national investments and investment in international cooperation,
it should provide the upgrade or construction of new research infrastructure and further develop theresearch-innovation potential. The Operational Programme 2014-2020, Roadmap and S4 identify
projects of national and international importance. Regarding the investments in projects of national
importance, it is also reasonable to invest in infrastructure projects that will contribute to the reductionof the development gap between the cohesion regions of Eastern Slovenia and Western Slovenia andto pursue the objective of a balanced regional development. This means the implementation of
measures 6 and 7 of the RISS. Regarding the investments in international projects, it is reasonable forSlovenia to continue the investments in existing projects that have a positive impact at the national andinternational level.

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