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Let's be honest — realistic environmental parameters for loaned objects
1 references·12 citing·41 second hop
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(2014)Environmental conditions for …Climate risk assessment in museums (2013)Climate risk assessment in mu…DETERMINATION OF RESPONSE RATES OF WOODEN OBJECTS TO FLUCTUATING RELATIVE HUMIDITY IN HISTORIC PROPERTIES (2007)DETERMINATION OF RESPONSE RAT…A Comparison of the Efficacy and Costs of Different Approaches to Climate Management in Historic Buildings and Museums (2007)A Comparison of the Efficacy …Sustainable climate control for historic buildings in subtropical climates (2003)Sustainable climate control f…The museum environment (1978)Environmental conditions for the safeguarding of collections: A background to the current debate on the control of relative humidity and temperature (2014)Environmental conditions for the safeguarding of collections: Future trends (2014)Hygro-mechanical response of oak wood cabinet door panels under relative humidity fluctuations (2018)Computational modelling of metal soap formation in historical oil paintings: the influence of fatty acid concentration and nucleus geometry on the induced chemo-mechanical damage (2020)The evolving responsibility of museum work in the time of climate change (2020)Appropriate technologies for relative humidity control for museum collections housed in historic buildings (1994)Relative humidity re-examined (1994)Step 7: Defining Climate Specifications (2016)Step 8: Mitigating Strategies (2016)Conservation risk assessment: a strategy for managing resources for preventive conservation (1994)Sustainable Practices Applied to the Environmental Management of Archival Collection Storage Spaces at the Southwest Wing in the National Maritime Museum in London, UK (2023)Insect Damage as a Function of Climate (2007)Allowable microclimatic variations for painted wood (2013)Long-term changes in climate and insect damage in historic houses (2013)RETRACTED: Mass aesthetic changes in the context of the development of world museums (2021)Heritage Dynamics: Understanding and adapting to change in diverse heritage contexts (2022)Hygromechanical study of a 16th century painted wooden panel: In-situ experiments to quantify the mechanical effect of the frame and the cradle (2023)Mechanical Behavior of Paintings Subjected to Changes in Temperature and Relative Humidity (1991)Structural assessment and measurement of the elastic deformation of historical violins: The case study of the Guarneri ‘del Gesù’ violin (1743) known as the ‘Cannone’ (2011)Measurement and modelling of mass and dimensional variations of historic violins subjected to thermo-hygrometric variations: The case study of the Guarneri “del Gesù” violin (1743) known as the “Cannone” (2012)A Methodology for the Multi-Point Characterization of Short-Term Temperature Fluctuations in Complex Microclimates Based on the European Standard EN 15757:2010: Application to the Archaeological Museum of L’Almoina (Valencia, Spain) (2021)Assessment of the Cultural Heritage Potential in Poland (2021)A Critical Review of Methods and Techniques Used for Monitoring Deformations in Wooden Panel Paintings (2025)Art in Transit: Studies in the Transport of Paintings (1990)Structural Response of Painted Wood Surfaces to Changes in Ambient Relative Humidity (1998)Painted Wood: History and Conservation (2000)Climate Risk and Conservation Challenges at Palermo’s Specola Museum (2024)The Conservation of Artworks and Hot Air Heating Systems in Churches: Are They Compatible? The Case of Rocca Pietore, Italian Alps (1999)Laser Sensors for Continuous In-Situ Monitoring of the Dimensional Response of Wooden Objects (2005)Environmental Control in National Trust Properties (2009)Environmental Management Challenges and Strategies in Historic Houses (2012)Conservation of Historic Buildings (1983)Calculating the Carbon Footprint of Interventive and Preventive Conservation at English Heritage, UK (2024)FROM POLIS TO MADINA: URBAN CHANGE IN LATE ANTIQUE AND EARLY ISLAMIC SYRIA (1985)Modeling Deamidation in Sheep α-Keratin Peptides and Application to Archeological Wool Textiles (2013)Análise microclimática de um edifício histórico em clima temperado: limites sustentáveis para a correta conservação dos materiais (2015)Real-Time Wood Behaviour: The Use of Strain Gauges for Preventive Conservation Applications (2020)Humidity and Moisture in Historic Buildings: The Origins of Building and Object Conservation (1996)The microclimate inside the Pollaiolo and Botticelli rooms in the Uffizi Gallery, Florence (2002)Impact of ASHRAE’s museum climate classes on energy consumption and indoor climate fluctuations: Full-scale measurements in museum Hermitage Amsterdam (2016)
this work references cited by second hop

References

  • 1993Relative humidity: a discussion of correct/incorrect values83 cited

Cited by

  • 2014Environmental conditions for safeguarding collections: What should our set points be?27 cited
  • 2013Climate risk assessment in museums22 cited
  • 2021The Contribution of IoT to the Implementation of Preventive Conservation According to European Standards: The Case Study of the “Cannone” Violin and Its Historical Copy18 cited
  • 2018Toward Sustainable Collections Management in the Yale Peabody Museum: Risk Assessment, Climate Management, and Energy Efficiency10 cited
  • 2007A Comparison of the Efficacy and Costs of Different Approaches to Climate Management in Historic Buildings and Museums10 cited
  • 2007DETERMINATION OF RESPONSE RATES OF WOODEN OBJECTS TO FLUCTUATING RELATIVE HUMIDITY IN HISTORIC PROPERTIES9 cited
  • 2003Sustainable climate control for historic buildings in subtropical climates8 cited
  • 2024Reconsidering Museums’ Climate and Seasonal Adjustment for Vulnerable Artifacts6 cited
  • 2018Managing Environments for Collections: The Impact of International Loans on Sustainable Climate Strategies4 cited
  • 2022Developing an Adaptive Climate Control Strategy and Programme Monitoring Micro-change in Wooden Heritage Objects3 cited
  • 2019Connecting Museums3 cited
  • 2025The Costs Of Changing: Factors Affecting Museum Loan Specifications and Their Revision2 cited

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