PATHS2INCLUDE will provide new, gender-sensitive, comparative knowledge-base on effective employment policies targeted at developing inclusive labour markets for persons in vulnerable situations in Europe. The study will examine the importance of intersectionality related to how context creates vulnerability, by focusing on three central labour-market processes: recruitment; career trajectories; and work exit. Through the involvement of national and European stakeholders, PATHS2INCLUDE aims to develop proposals for effective policies and to inform relevant policymakers with a view to maximising the project’s impact from a societal as well as scientific perspective. The project will combine diverse methods, data and disciplines (economics, political science and sociology) in innovative ways: (1) harmonised factorial survey experiment combined with qualitative interview studies with employers in four European countries (DE, NO, PL and RO); (2) causal analyses of comparative microdata; (3) microsimulation analysis exploiting the EUROMOD infrastructure. Linking the analyses of these data and the three central labour-market processes, will give original insights on how institutional and contextual factors shape barriers or mitigate risk of labour-market attachment among persons in vulnerable situations. These insights could include cross-national differences in employment-protection legislations and facilitation of care, regional differences in demand for labour, differences at company level related to the size of the firm, flexibilities in job tasks, and conditions that were affected by the COVID-19 pandemic, covering unemployment rates and infection-control measures across different segments of the labour market. The project will be implemented by an interdisciplinary consortium of seven research institutions and one European civil society organisation. The consortium has a balanced composition in terms of gender, stage of the career and area of expertise.

The ARIADNEplus project is the extension of the previous ARIADNE Integrating Activity, which successfully integrated archaeological data infrastructures in Europe, indexing in its registry about 2.000.000 datasets. ARIADNEplus will build on the ARIADNE results, extending and supporting the research community that the previous project created and further developing the relationships with key stakeholders such as the most important European archaeological associations, researchers, heritage professionals, national heritage agencies and so on. The new enlarged partnership of ARIADNEplus covers all of Europe. It now includes leaders in different archaeological domains like palaeoanthropology, bioarchaeology and environmental archaeology as well as other sectors of archaeological sciences, including all periods of human presence from the appearance of hominids to present times. Transnational Activities together with the planned training will further reinforce the presence of ARIADNEplus as a key actor. The technology underlying the project is state-of-art. The ARIADNEplus data infrastructure will be embedded in a cloud that will offer the availability of Virtual Research Environments where data-based archaeological research may be carried out. The project will furthermore develop a Linked Data approach to data discovery. Innovative services will be made available to users, such as visualization, annotation, text mining and geo-temporal data management. Innovative pilots will be developed to test and demonstrate the innovation potential of the ARIADNEplus approach. Fostering innovation will be a key aspect of the project, with dedicated activities led by the project Innovation Manager.

The ARTEMIS proposal addresses the field of cultural heritage conservation, restoration, safeguard and valorisation by advanced digital technologies, using digital twins and relying on advanced AR/VR technologies. It relies on an extended digital documentation of heritage assets with 3D models incorporated in their digital twins, by implementing services on heritage data that model the behaviour of the real-world assets in different conditions and under the effect of complex external phenomena. The same approach will allow digital experiments testing the effect of activities simulated on the twin. Whenever suitable, the developed services will avail of AR/VR techniques to manage the simulation input and to visualize the outcomes. ARTEMIS will rely on the know-how of participating world-class research infrastructures, making available a huge amount of heritage documentation data, on the contribution of advanced research centres and on the support of specialized technological SMEs. The project will produce a scientific methodology tested on a large number of pilots and will pave the way for innovative applications in heritage research based on digital twins and AR/VR techniques.