Volume 6, Issue 2 (9-2023)                   KCR 2023, 6(2): 2-17 | Back to browse issues page


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Raeisnia N, Haddadi M. Management of Environmental Conditions for Preservation of Archival and Library Materials Based on Standards. KCR 2023; 6 (2) :2-17
URL: http://journal.richt.ir/kcr/article-1-84-en.html
Ph.D. in Microbiology, Department of Restoration and Conservation, National Library and Archives of Iran (NLAI).
Abstract:   (2066 Views)
Environmental factors have a key role in increasing the durability of documented and written heritage. Therefore, in order to create favorable environmental conditions in archives and libraries, it is necessary to determine the goals related to environmental management to meet the preservation needs of these collections; and protective measures (to prevent or slow down the process of deterioration of materials) in these institutions should be planned and implemented. The most important environmental factors affecting the durability of library and archive collections include temperature, relative humidity, light, airborne particles, chemical gases, and biological factors. Control and regulation of these factors is the most cost-effective way to increase the useful life of collections. Therefore, it is necessary to evaluate the environmental conditions continuously, by recording and processing the data. In this study, the requirements, optimal scope, and preventive protection measures contained in some standards and guidelines for the protection and  maintenance of archival and library materials have been investigated. The aim is ensuring the safe preservation of materials and objects sensitive to deterioration. It seems that physical, chemical, and biological mechanisms depend on temperature and humidity which affect the collections in different ways. So, it is impossible to find a safe temperature and humidity range for all collections. Establishing international standards should be recognized as
a long-term strategy that helps to raise the quality of protection processes and improve resource protection knowledge. Based on the studies and experiences gained, the permissible limits can be determined which depend on the material's physical condition, its proper durability over time, and the environmental conditions of storage during the historical period.
Full-Text [PDF 2020 kb]   (867 Downloads)    
Type of Study: Research, Original, Regular | Subject: Archaeometry and authenticity assessment of museum objects and historical-cultural properties.
Received: 2024/11/6 | Accepted: 2023/11/1 | Published: 2023/11/1

References
1. Adcock, E. P., Varlamoff, M. T., & Kremp, V. (1999). IFLA Principles for the Care and Handling of Library Material. https://www.ifla.org/how-to-apply-efficient-preventive-conservation-strategies-in-your-climate/.
2. Ashrae Handbook-HVAC Applications. (2019). Chapter 24.40, 381.
3. Bratasz,. (2013). Allowable microclimatic variations in museums and historic buildings: reviewing the guidelines. Climate for Collections: Standards and Uncertainties, 11-19.
4. Canadian Council of Archives (2003). Basic Conservation of Archival Materials: Chapter 3- Environment. Revised Edition, Canadian Council of Archives, Canada.
5. Chang-young, lee (2011).Real-time Monitoring Technology for Preservation Environment of Archives, http://ica2012.ica.org.
6. EN 15757: 2010. (2010). Conservation of Cultural Property-Specifications for Temperature and Relative Humidity to Limit Climate-Induced Mechanical Damage in Organic Hygroscopic Materials.
7. Hioki, K. (2008). From Japanese tradition: is kura a model for a sustainable preservation environment?
8. ISO/TR 11799: 2015 Information and Documentation - Document Storage Requirements for Archive and Library Materials (ISO 11799:2003).
9. ISO/TR 19815:2018 Information and Documentation- Management of environmental conditions for archive and library collections.
10. Maceli, M. (2020). Internet of things in the archives: novel tools for environmental monitoring of archival collections. Records Management Journal, 30(2), 201-220.
11. Muller, Chris (2003). Practical Applications of Reactivity Monitoring in Museums and Archives, Consideration for Monitoring and Classification of Gaseous Pollutants, Purafil, Inc., Doraville, Georgia, USA.
12. NAFA (National Air Filtration Association), (2016). Guidelines, Recommended practices for filtration for libraries, archives and museums, p 5. https://www.nafahq.org/best-practice-guidelines/.
13. National Archives and Records Administration (2018), Office of Presidential Libraries, Architectural and Design Standards ger Presidential Libraries, https://www.archives. gov/files/foia/directives/nara1571-s1.pdf.
14. National Archives of Australia (2019). National Archives of Australia Standards for the Storage of Non-Digital Archival Records, https:// www.naa.gov.au/sites/default/files/2019-09/ Nationa-Archives-of-Australia-Standard-for-the-Storage-of-Non-Digital-Archival-Records. Pdf.
15. Sebera, D. K. (1994). Isoperms: An environmental management tool, https://cool. culturalheritage.org/byauth/sebera/isoperm/.
16. State of Florida, Department of state, Division of library and Information Services, Bureau of Archives and Records Management (1996). Public Records Storage Guidelines for Records Centers and Archives. Department of State, Division of Library and Information Services, Bureau of Archives and Records Management, The capitol, Tallahassee, Florida. (e-book). https://dos.fl.gov/library-archives/records-management/.
17. Stoytcheva, M., & Zlatev, R. (2014). Electrochemical sensors for environmental analysis. Encyclopedia of Applied Electrochemistry, 613-616.
18. UNESCO publication (2010). Safeguarding our Documentary Heritage, https://nlj.gov. jm/caribbeanregister/docs/Safeguarding_our_Documentary_Heritage.pdf.
19. Wilson, William K. (1995). Environmental Guidelines for the storage of paper records: a technical repot sponsored by the National Information Standards Organization (USA), Bethesda, Maryland: NISO Press, 21 pp. NISO Technical Report: 1. ISRN NISO-TR01-1995. ISBN 1-880124-21-1.

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