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  • Workflow, data models and tools for the management of architectural heritage conservation data

  • Understanding conservation condition and rehabilitation needs at district scale in time of energy saving and climate change

  • Climate impact modelling on the built heritage affected by alteration processes caused by salt crystallisation

  • New sustainable Mortars for wall humidity regulation

  • Innovative and efficient consolidant materials to increase mechanical performance and water resistance of porous materials

  • Evaluation of the use of biocompounds to fight the colonisation of heritage materials by biodeteriorating microorganisms under different climatic conditions

  • Knowledge and monitoring of earthen mortars and verification of their water management role in built cultural heritage

  • Assessing climate-induced weathering of ceramics tiles towards resilient preservation strategies of European Cultural Heritage

  • Nature-based solutions for heritage buildings: green facades

  • Assessment of hydroclimate and pollution impacts on built cultural heritage through dose-response functions: from observations to models

  • Reducing carbon and water footprints in the cultural heritage buildings

  • Climate change impact on coastal and underwater archaeological sites

  • Social Assessment - Preservation of Cultural Heritage Sites by Integrating Socio-Cultural Perspectives for Inclusive Preservation

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The CHARM project has received funding from the European Union's Horizon Europe research and innovation programme under Grant Agreement No. 101226989

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