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The present contribution is developed within the Spoke 7 of the project CHANGES and focuses on the “Colle del Duomo Museum Complex”, a monumental contest located in the city of Viterbo, Central Italy, which includes: the so-called Palace of the Popes, the Saint Lawrence Cathedral and the Museum Colle del Duomo. Objectives of the project are: (1) the monitoring of the microclimate through various sensors in order to highlight the aspects related to anthropic and climatic risk on the objects preserved in the Conclave Hall and in the art-historical section of Colle del Duomo complex, and to find possible solutions to solve or at least mitigate the problems; (2) the creation of 3D diagnostic digital twins on the polychrome wooden reliquary busts by using ultraviolet radiation. This allows to create a virtual gallery and to evaluate the state of preservation of the museum selected objects. The acquisition of ultraviolet fluorescence (UVF) frames was performed on six reliquary busts by using a photogrammetric approach. The microclimate monitoring was performed through both traditional dataloggers and Wi-Fi systems controlled by a PC or mobile phone application. A synthesis of the most relevant results is reported in the paper.

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Operational Methods Implemented for the Monitoring of the Artworks Preserved in the Museum and the Conclave Hall of the “Colle del Duomo Museum Complex” of the Viterbo Diocese, Lazio—Italy

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  • 发表日期：

    2026年

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  • Luca Lanteri,
  • Claudia Pelosi

摘要

The present contribution is developed within the Spoke 7 of the project CHANGES and focuses on the “Colle del Duomo Museum Complex”, a monumental contest located in the city of Viterbo, Central Italy, which includes: the so-called Palace of the Popes, the Saint Lawrence Cathedral and the Museum Colle del Duomo. Objectives of the project are: (1) the monitoring of the microclimate through various sensors in order to highlight the aspects related to anthropic and climatic risk on the objects preserved in the Conclave Hall and in the art-historical section of Colle del Duomo complex, and to find possible solutions to solve or at least mitigate the problems; (2) the creation of 3D diagnostic digital twins on the polychrome wooden reliquary busts by using ultraviolet radiation. This allows to create a virtual gallery and to evaluate the state of preservation of the museum selected objects. The acquisition of ultraviolet fluorescence (UVF) frames was performed on six reliquary busts by using a photogrammetric approach. The microclimate monitoring was performed through both traditional dataloggers and Wi-Fi systems controlled by a PC or mobile phone application. A synthesis of the most relevant results is reported in the paper.