05
Science and technologies for sustainable diagnostics of cultural heritage
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SPOKE 5

Goals

Spoke 5 focuses on the development of innovative scientific tools and methods for sustainable cultural heritage diagnostics. The aim is to improve understanding of material cultures through interdisciplinary collaboration between humanities and STEM disciplines. Key objectives include characterising artefacts, understanding the mechanisms of degradation due to climate change and developing sustainable conservation protocols.
It also emphasises the creation of low-cost IoT solutions for monitoring environmental conditions and advanced diagnostic methods for analysing organic materials. By integrating digital technologies, Spoke 5 seeks to revolutionise data-driven research and improve the conservation of cultural heritage.

Sustainable diagnostics

Spoke 5 focuses on the development of advanced scientific methods for the sustainable diagnosis of cultural heritage, integrating innovative approaches for characterising artefacts and understanding mechanisms of degradation. The aim is to promote conservation practices that ensure the long-term protection of cultural heritage.

Interdisciplinarity

Spoke 5 promotes close collaboration between humanities and STEM (Science, Technology, Engineering and Mathematics) disciplines to address the challenges of heritage diagnosis and conservation in an integrated way. This approach combines historical and cultural knowledge with state-of-the-art scientific tools for effective and informed heritage management.

Digital technologies

Spoke 5 transforms research in the field of cultural heritage. These technologies support the collection, analysis and documentation of data, improving the understanding and management of heritage through data-driven approaches.

SPOKE 5

Work Packages

Advanced non-invasive methods for sustainable diagnostics in Heritage Science

Advanced non-invasive methods for sustainable diagnostics in Heritage Science

WP1
Understanding degradation mechanisms and developing preventive solutions for a resilient Cultural Heritage

Understanding degradation mechanisms and developing preventive solutions for a resilient Cultural Heritage

WP2
Remote and close-range sensing, AI and IoT based solutions for addressing climate change threatening

Remote and close-range sensing, AI and IoT based solutions for addressing climate change threatening

WP3
Advanced diagnostics and scientific methods for organic materials

Advanced diagnostics and scientific methods for organic materials

WP4
Digital technologies, AI/ML solutions, chemometric methods supporting data-driven Heritage Science

Digital technologies, AI/ML solutions, chemometric methods supporting data-driven Heritage Science

WP5
CHANGES
Activities
Verso l’Heritage Digital Twin della Grotta degli animali: cooperazione tra Spoke 5 e Spoke 7 per il monitoraggio del microclima
Toscana
Digital Twin
Monitoraggio
Inquinamento da microplastiche.
Campania
microplastiche
Monitoraggio
Reggia di Caserta
Università degli Studi di Napoli Federico II
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CHANGES
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Unione Europea Ministero dell'Università e della Ricerca Italia Domani CHANGES