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Microclimate for Cultural Heritage
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Microclimate for Cultural Heritage (2019)Microclimate for Cultural HeritageThe impact of cave opening and closure on murals hygrothermal behavior in Cave 98 of Mogao Caves, China (2024)The impact of cave opening an…Novel risk assessment tools for the climate-induced mechanical decay of wooden structures: Empirical and machine learning approaches (2022)Novel risk assessment tools f…Machine learning and engineering feature approaches to detect events perturbing the indoor microclimate in Ringebu and Heddal stave churches (Norway) (2022)Machine learning and engineer…Climate change risk assessment of heritage tourism sites within South African national parks (2022)Climate change risk assessmen…An index for the evaluation of microclimatic conditions inside museum showcases (2022)An index for the evaluation o…The performance of shelters for the conservation of archaeological sites in dry and warm climates: the case of Complutum (2020)The performance of shelters f…Comparison of Environmental Control Strategies for Historic Buildings (2020)Comparison of Environmental C…Microclimate inside a semi-confined environment: Valuation of suitability for the conservation of heritage materials (2010)Microclimate inside a semi-co…Microclimate for Cultural Heritage (2000)On an innovative approach for microclimate enhancement and retrofit of historic buildings and artworks preservation by means of innovative thin envelope materials (2018)Hygrothermal Risk in Museum Buildings Located in Moderate Climate (2020)Probing the historic thermal and humid environment in a 2000-year-old ancient underground tomb and enlightenment for cultural heritage protection and preventive conservation (2021)HERIe: A Web-Based Decision-Supporting Tool for Assessing Risk of Physical Damage Using Various Failure Criteria (2018)Humidity Control in Historic Buildings in Denmark (2018)Heritage at Altitude: Navigating Moisture Challenges in Alpine Architectural Conservation (2025)Protective Structures for the Conservation and Presentation of Archaeological Sites (1997)Wireless monitoring to evaluate the effectiveness of roofing systems over archaeological sites (2016)Two shelters under review: Preliminary results from the Roman archaeological site of Complutum (2019)Coberturas de yacimientos a ras de suelo en el ámbito español. Clasificación tipológica y análisis de protección efectiva (2022)Structural Response of Painted Wood Surfaces to Changes in Ambient Relative Humidity (1998)An advanced church heating system favourable to artworks: A contribution to European standardisation (2009)Microclimatic monitoring of the Duomo (Milan Cathedral): Risks-based analysis for the conservation of its cultural heritage (2018)Analysing the Main Standards for Climate-Induced Mechanical Risk in Heritage Wooden Structures: The Case of the Ringebu and Heddal Stave Churches (Norway) (2022)Effects of Visitor Influx on the Indoor Climate of the Milan Cathedral (2023)Microclimatic Monitoring—The Beginning of Saving Historical Sacral Buildings in Europe (2023)Preservation of Distemper Painting: Indoor Monitoring Tools for Risk Assessment and Decision Making in Kvernes Stave Church (2020)Encyclopedia of Global Archaeology (2014)Are cultural heritage and resources threatened by climate change? A systematic literature review (2017)Climate change impacts on cultural heritage: A literature review (2021)A methodology for microclimatic quality evaluation in museums: Application to a temporary exhibit (2008)Assessment of thermo-hygrometric quality in museums: Method and in-field application to the “Duccio di Buoninsegna” exhibition at Santa Maria della Scala (Siena, Italy) (2010)Environmental monitoring and microclimatic control strategies in “La Specola” museum of Florence (2014)Indexes for Estimating Outdoor and Indoor Microclimates: A Case Study at the San Panfilo Church in Tornimparte, Italy (2024)Fluctuations in the indoor environment in Spanish rural churches and their effects on heritage conservation: Hygro-thermal and CO 2 conditions monitoring (2014)Preventive conservation of historic buildings in temperate climates. The importance of a risk-based analysis on the decision-making process (2015)Adaptive measures for preserving heritage buildings in the face of climate change: A review (2023)Impact of climate change on cultural heritage buildings in hot-humid regions: Case study of Zhongde Palace, China (2025)Impact of opening the entrance on cave temple murals in different climate zones for preventive conservation (2025)Vegetation in Archaeological Areas: Risks, Opportunities, and Guidelines to Preserve or Remove: An Italian Case Study (2025)
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  • 2010Microclimate inside a semi-confined environment: Valuation of suitability for the conservation of heritage materials42 cited
  • 2022Climate change risk assessment of heritage tourism sites within South African national parks28 cited
  • 2022Novel risk assessment tools for the climate-induced mechanical decay of wooden structures: Empirical and machine learning approaches20 cited
  • 2024The impact of cave opening and closure on murals hygrothermal behavior in Cave 98 of Mogao Caves, China16 cited
  • 2022Machine learning and engineering feature approaches to detect events perturbing the indoor microclimate in Ringebu and Heddal stave churches (Norway)6 cited
  • 2022An index for the evaluation of microclimatic conditions inside museum showcases4 cited
  • 2020The performance of shelters for the conservation of archaeological sites in dry and warm climates: the case of Complutum3 cited
  • 2020Comparison of Environmental Control Strategies for Historic Buildings3 cited

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