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  1. Chalk has been used since Antiquity for various purposes, and since Gothic for preparatory layers of painted cultural heritage objects. Several materials are called chalk in Cultural Heritage, but this work es...

    Authors: Victory Armida Janine Jaques and Katarína Holcová
    Citation: Heritage Science 2023 11:140
  2. The pyramids of Meroe are a significant archaeological place at the Al Bagrawiya archaeological site (Sudan) with hundreds of pyramids dating back to the kingdom of Kush (1070 BC–550 AD). In this area, winds, ...

    Authors: Abdelrhman Fahmy, Salvador Domínguez-Bella, Javier Martínez-López and Eduardo Molina-Piernas
    Citation: Heritage Science 2023 11:136
  3. A nation’s customs and traditions are unique, including the appearance of its buildings. Restoring older buildings retains cultural connections and enhances sensitivity to the past. Conservation process materi...

    Authors: Abeer Dar Saleh, Ahmed Agiel, Maatouk Khoukhi and Sabeera Haris
    Citation: Heritage Science 2023 11:135
  4. The “Nanhai I” shipwreck is an important discovery in the underwater archaeology of China, and many ceramics have been unearthed. These ceramics are important material artifacts of China’s “Maritime Silk Road”...

    Authors: Benyuan Zhou, Qinglin Ma, Zhimin Li, Zhiguo Zhang and Naisheng Li
    Citation: Heritage Science 2023 11:134
  5. Innovative, non-invasive, digital, and cost-effective instruments for systematic inventory, monitoring and promotion are a valuable resource for managing tangible and intangible cultural heritage. Due to its p...

    Authors: Bertha Santos, Jorge Gonçalves, Pedro G. Almeida and Ana M. T. Martins-Nepomuceno
    Citation: Heritage Science 2023 11:133
  6. Graphic vandalism causes detrimental effects on architectural stone surfaces. Among the cleaning methods developed in the last decades, laser cleaning showed considerable effectiveness but the available equipm...

    Authors: Amelia Suzuki, Cristiano Riminesi, Marilena Ricci, Silvia Vettori and Barbara Salvadori
    Citation: Heritage Science 2023 11:132
  7. Computed tomography (CT) is a powerful non-invasive tool to analyze cultural heritage objects by allowing museum professionals to obtain 3D information about the objects’ interior. These insights can help with...

    Authors: Maximilian B. Kiss, Francien G. Bossema, Paul J. C. van Laar, Suzan Meijer, Felix Lucka, Tristan van Leeuwen and K. Joost Batenburg
    Citation: Heritage Science 2023 11:130
  8. There are many manuscripts in institutions that preserve and exhibit cultural heritage such as museums, galleries, and libraries. These manuscripts are of great value because of their witnessing to the past an...

    Authors: Emine Torgan Güzel, Recep Karadag and Nil Baydar
    Citation: Heritage Science 2023 11:129
  9. A large number of Yue style bronzes with regional cultural characteristics were unearthed in Hunan, which is of great significance for studying the cross-regional circulation of bronze technology and metal res...

    Authors: Jiangbo Ma, Xiaotong Wu and Xiansheng Yan
    Citation: Heritage Science 2023 11:128
  10. The removal of varnish from the surface is a key step in painting conservation. Varnish removal is traditionally monitored by examining the painting surface under ultraviolet illumination. We show here that by...

    Authors: Christine B. Wilda, Aviva Burnstock, Klaus Suhling, Francesco Mattioli Della Rocca, Robert K. Henderson and Jakub Nedbal
    Citation: Heritage Science 2023 11:127
  11. Wooden Panel Paintings (WPP) are among the most significant historical and artistic artifacts from the Middle Ages and Renaissance and pose a challenge to conservators and scientists in both their comprehensio...

    Authors: Lorenzo Riparbelli, Paola Mazzanti, Thomas Helfer, Chiara Manfriani, Luca Uzielli, Ciro Castelli, Andrea Santacesaria, Luciano Ricciardi, Sandra Rossi, Joseph Gril and Marco Fioravanti
    Citation: Heritage Science 2023 11:126
  12. Gutta percha, natural rubber, and balata are latexes produced by tropical trees that since the mid-nineteenth century have been extensively used commercially and in the creation of artworks and daily use objec...

    Authors: Hanna M. Szczepanowska and Novruz G. Akhmedov
    Citation: Heritage Science 2023 11:125
  13. Although there are more than 270,000 protected areas worldwide, there is currently little data on their protection and management effectiveness. As a kind of protected area, natural world heritage (WH) sites a...

    Authors: Xiaoshuang Yang, Dijin Mu, Mingjian Hu, Shizhen Xiao and Jianan Meng
    Citation: Heritage Science 2023 11:124
  14. Improving vitality has been a major bottleneck in the revitalization of traditional village heritage worldwide. The vitality of traditional village (VTV) varies greatly depending on socioeconomic factors and n...

    Authors: Sheng Liu, Jian Ge, Ming Bai, Min Yao and Zhenni Zhu
    Citation: Heritage Science 2023 11:123
  15. Microorganisms are considered one of the most dangerous deterioration factors to cellulosic textiles, especially textiles made of linen fibers. Many of the traditional methods of resistance to microorganisms t...

    Authors: Mahmoud Abo-Elmaaref, Mohamed Marouf, W. S. Mohamed and Walaa A. Abdel Wahab
    Citation: Heritage Science 2023 11:120
  16. Characterized by various materials, types and patterns, ancient jade is a unique symbol of Chinese civilization. However, crucial information can be jeopardized by the sudden exposure during excavations, and a...

    Authors: Hao Lu, Wanlu Fu, Shiyu Xu, Jun Chai, Honglin Ran, Yu Lei and Hao Zhao
    Citation: Heritage Science 2023 11:121
  17. Acoustic emission (AE) technology is a promising technique for monitoring cultural monuments due to its characteristic ability to reflect status changes and perceive the development process of deterioration an...

    Authors: Yishan Zhou, Li Li, Yikun Liu, Zhongjian Zhang and Toshiya Matsui
    Citation: Heritage Science 2023 11:119
  18. The unique pre-Mongolian twelfth century wall painting from the Christ's Transfiguration Cathedral of the Mirozhsky Monastery in Pskov (Russia) have been investigated. A little less than 200 XRF spectra were c...

    Authors: O. S. Philippova, A. B. Grebenshchikova, A. Yu. Dmitriev and S. G. Lennik
    Citation: Heritage Science 2023 11:117
  19. Uniaxial Compressive Strength (UCS) is a key indicator of the mechanical properties of a rock, particularly in the diagnostic and restoration phases when stones are employed as construction material. In histor...

    Authors: Teresa Salvatici, Irene Centauro, Sara Calandra, Eugenio Segabinazzi, Emanuele Intrieri and Carlo Alberto Garzonio
    Citation: Heritage Science 2023 11:116
  20. Climate change poses an ever-increasing risk to our stone built heritage. Among conservation actions, the use of consolidant products is considered a possible response to this challenge, and the adoption of na...

    Authors: Dáire E. Browne, Robert Peverall, Grant A. D. Ritchie and Heather A. Viles
    Citation: Heritage Science 2023 11:114
  21. Preservation of traditional wooden buildings is important to extend their life and to adapt them to modern society. Wood can be subject to decay, cracking, and discoloration when exposed to various climatic en...

    Authors: YunSang Kim
    Citation: Heritage Science 2023 11:100
  22. The archaeological heritage at Cerrillo Blanco (Porcuna, Spain) is made up of 27 sculptural ensembles and hundreds of fragments dated between the seventh and second centuries BC. They represent a fundamental m...

    Authors: Julio Romero-Noguera, María Belén Ruiz-Ruiz, Giuseppe Cultrone, Teresa Doménech-Carbó and Fernando Bolívar-Galiano
    Citation: Heritage Science 2023 11:99
  23. Henan Province is the birthplace of Chinese civilization and one of the earliest human settlements, which means that the area has an important national cultural heritage. Traditional villages are an important ...

    Authors: Yan Feng, Hong Wei, Yi Huang, Jingwen Li, Zhanqiang Mu and Dezheng Kong
    Citation: Heritage Science 2023 11:97
  24. Several types of (mostly) blue-green glass beads from Iron-Age archaeological sites in Central Italy were studied using a range of spectroscopic techniques: portable X-Ray Fluorescence spectrometry, Fibre Opti...

    Authors: Oleh Yatsuk, Leonie Koch, Astrik Gorghinian, Giacomo Fiocco, Patrizia Davit, Lorena Carla Giannossa, Annarosa Mangone, Serena Francone, Alessandra Serges, Alessandro Re, Alessandro Lo Giudice, Marco Ferretti, Marco Malagodi, Cristiano Iaia and Monica Gulmini
    Citation: Heritage Science 2023 11:113
  25. The Yangtze River Basin (YRB) is the birthplace of Chinese civilization and is rich in traditional village resources. Studying their spatial distribution characteristics and influencing factors can guide the p...

    Authors: Wanxu Chen, Liyan Yang, Jianhua Wu, Jiahui Wu, Guanzheng Wang, Jiaojiao Bian, Jie Zeng and Zhiling Liu
    Citation: Heritage Science 2023 11:111
  26. A sample of 128 pottery shards curated by the National Museum of Denmark, from seven archaeological sites in the US Virgin Islands, has been dated using the thermoluminescence dating (TL) technique with the pu...

    Authors: Joshua Torres, Casper Jacobsen Toftgaard, Thomas Delbey, David Brewer, John Farchette III, Guillermo de La Fuente and Kaare Lund Rasmussen
    Citation: Heritage Science 2023 11:110
  27. Investigating the coevolutions in human food resources, cooking technologies and pottery functions will provide a vital perspective for understanding the driving force of social development in Neolithic China....

    Authors: Yating Qu, Junxiao Zhu, Han Yang and Longlong Zhou
    Citation: Heritage Science 2023 11:107
  28. The HYPERION EU project aims to develop a Decision Support System to improve resilience and sustainable reconstruction of historic areas faced with climate change and extreme events. In this context, Venice pr...

    Authors: Rebecca Piovesan, Elena Tesser, Lara Maritan, Gloria Zaccariello, Claudio Mazzoli and Fabrizio Antonelli
    Citation: Heritage Science 2023 11:108
  29. Color variations and sometimes the frosted appearance of Chinese blue-and-white porcelain produced in folk kilns and recovered in underwater archaeological contexts are usually reported without further investi...

    Authors: Ellen Hsieh, Christian Fischer and Bobby C. Orillaneda
    Citation: Heritage Science 2023 11:106
  30. This paper explores the cleaning efficacy of polyethylene-supported 15-min photo-crosslinked poly (acrylamide-co-benzophenone) surface-attached gels (SAGs) on gypsum plaster surface models inspired by nineteen...

    Authors: Charis Theodorakopoulos, Valentina Risdonne, Silvia Freese, Samar Diraoui and Ulrich Jonas
    Citation: Heritage Science 2023 11:95
  31. In December 2019, an expedition on Mt. Ebal to examine the discarded material from Adam Zertal’s 1982–1989 excavation yielded a small, folded lead tablet. The east dump pile, from which the object emerged, con...

    Authors: Scott Stripling, Gershon Galil, Ivana Kumpova, Jaroslav Valach, Pieter Gert van der Veen and Daniel Vavrik
    Citation: Heritage Science 2023 11:105

    The Comment to this article has been published in Heritage Science 2024 12:70

  32. Literature research revealed that scientific work on the characteristics of historical decorative laminates (DLs), like typology, and particularly the material-technical aspects related to the composition and ...

    Authors: An Jacquemain, Klara Retko, Lea Legan, Polonca Ropret, Friederike Waentig and Vincent Cattersel
    Citation: Heritage Science 2023 11:98
  33. This work presents the results of a multidisciplinary study on the characterization of the composition of certain joint mortars from the ancient city of Hippo (Algeria), one of the most important North African ci...

    Authors: Abderrahim Gheris
    Citation: Heritage Science 2023 11:103
  34. Rock paintings undergo physical, chemical, biological and/or anthropic alterations that alter their visibility. Cameras and image enhancement tools (DStretch® plug-in, for example) are commonly used to help ident...

    Authors: Bernard Schmitt, Zahira Souidi, Frédérique Duquesnoy and Frédéric-Victor Donzé
    Citation: Heritage Science 2023 11:91

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