Reprint

Effective Models in Heritage Science

Edited by
September 2023
222 pages
  • ISBN978-3-0365-8654-0 (Hardback)
  • ISBN978-3-0365-8655-7 (PDF)

This book is a reprint of the Special Issue Effective Models in Heritage Science that was published in

Chemistry & Materials Science
Social Sciences, Arts & Humanities
Summary

Heritage sites and objects are continually shaped by their environment. Investigating the interactions between heritage and its surroundings is important in understanding change, which may represent a threat to long-term preservation. Process-based models can provide tools for exploring the effects of environmental change. However, these models have been under-utilized in heritage science even though they can help inform management decisions that lead to better practice in heritage conservation and science. This Special Issue, entitled “Effective Models in Heritage Science”, seeks to increase the use and application of models within the field and optimally encourage a two-way exchange of understanding between research and practice. The volume should be of interest to those who use models to explore change in objects and sites. However, it may be particularly useful for those concerned with the practical applications of models to the strategic and local management of heritage. 

In this Special Issue, we present a range of process-based models applied to tangible heritage objects and sites that have substantial uses or implications for heritage practice. The contributions illustrate how the gap between heritage science and practice can be successfully bridged.

Format
  • Hardback
License
© 2022 by the authors; CC BY-NC-ND license
Keywords
deterioration; global climate change; cultural heritage; built heritage; wood; HadGEM3; heritage management; climate change; heritage climates; cultural heritage; built heritage; HadGEM3; narrative; deterioration; salt mixtures; thermodynamic modeling; crystallization behavior; climate; built environment; conservation; masonry; concrete carbonation; reaction and diffusion models; climate changes; model parameter estimation; mathematical algorithms; damage function; mould; corrosion; plastic deformation; carbon footprint; deterioration; cultural heritage; stained-glass windows; dose–response functions; geochemical modelling; Norwegian medieval stone churches; cultural heritage degradation; polychrome painted wood; conservation treatment; HERIe climate risk modeling; humidity-induced mechanical damage; climate standard; conservation heating; energy saving; outdoors built heritage; stone; stone-like materials; slow cumulative damage; extreme events; damage function; vulnerability; projections; downscaling; policy-decision-makers; user-driven approach; preventive conservation; housekeeping; cleaning routines; staffing; maintenance needs; resource distribution; sustainability; cultural heritage; deterioration; adobe; earthen architecture; climate change; heritage preservation; erosion; mass-balance; emission; deposition velocity; ozone; nitrogen dioxide; organic acids; indoor-outdoor ratio; indoor air pollution; Monte Carlo simulation; climate change; heritage climate; purpose; process; theory; scale; material; applicability