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Mandana Tayebi ,
Volume 1, Issue 2 (10-2017)
Abstract

Archaeological artifacts represent the cultures and civilizations of the past, carrying invaluable information about daily life, beliefs, technology, and social relations of those times. With advancements in technology, new tools and methods have emerged for examining and analyzing these artifacts, providing new insights into their unknown aspects.Micro-observation emphasizes the systematic and detailed examination of artifacts and the use of innovative techniques, playing a key role in the conservation and restoration of cultural and historical objects. This article reviews various techniques of micro-observation, such as microscopic studies, high-resolution imaging, 3D scanning, and spectroscopy analysis, demonstrating how these technologies contribute to a deeper understanding of the initial conditions of materials and patterns of degradation. Additionally, presented case studies illustrate the successful applications of micro-observation in various fields, highlighting its diversity and effectiveness in addressing specific challenges in the conservation and restoration of fragile and valuable objects.

Hamid Fadaei, Azita Mirzaye,
Volume 1, Issue 2 (10-2017)
Abstract

This study investigates and evaluates emergency conservation methods at the Chogha Zanbil archaeological site, focusing on the conservation of excavated features including shafts, shallow grids, and architectural remains. The primary objective of these interventions was to Conservation of Excavated Remains against environmental factors such as moisture, erosion, and gradual decay, either temporarily or over extended periods. The research methodology involved field observations, assessment of available materials, and reference to previous conservation practices at the site. The use of crushed gravel and sand with a variable grain size between 2 and 20 millimeters was recommended for backfilling trenches and shafts. Care was taken to avoid impurities such as gypsum, anhydrite, and various sulfates, which could contribute to the formation of soluble salts and damage the archaeological features. The protective coverage of shafts, networks, and the exposed brick platform was implemented in a phased manner, based on their depth and archaeological significance. For deeper shafts, stratified layers of gravel and soft soil with appropriate compaction were employed, while shallow grids were covered with a thin layer of gravel followed by backfilling with excavated soil. Special attention was given to the conservation of the inscribed brick platform, which was protected using a base layer of fine sand. The findings indicate that the use of natural materials combined with scientifically informed and experience-based approaches can be effective in the temporary or long-term conservation of excavated features in archaeological sites.

Mehdi Razani,
Volume 1, Issue 2 (10-2017)
Abstract

The Behistun Inscription, one of the most significant historical documents in the world, was commissioned by Darius the Great of the Achaemenid Empire in the 6th century BCE. In 1844, Henry Rawlinson, a British orientalist, along with two others, inscribed their names on this monument. While Rawlinson's identity is well-documented, the identities of his two companions, Captain James Felix Jones and Mr. A. Hector, have remained obscure. This article, through the examination of historical sources and archival records, seeks to uncover the identities of these two individuals. Captain Jones, a distinguished officer of the Indian Navy and a renowned cartographer, participated in numerous exploratory missions across the Middle East and played a pivotal role in producing detailed maps of the border regions between Iran and the Ottoman Empire. On the other hand, Mr. Hector, whose name is only recorded as Hester beneath the inscription and in all written sources, has no available information beyond his association with Rawlinson. He likely served as a researcher or scientific companion during this expedition. This research demonstrates that the collaboration of these three figures marked a significant step in deciphering the Behistun Inscription and advancing the fields of archaeology and Middle Eastern history, highlighting the efforts of renowned experts in this historical and cultural endeavor.

Roqiyeh Movahedi Mehrabad , Reza Vahidzadeh,
Volume 2, Issue 1 (6-2019)
Abstract

The Shah Hamzeh mausoleum, located in the city of Qom, is a monument from the Safavid period. The eastern porch of this monument was decorated blue and white tiles during the Qajar period. The aim of this article is to introduce the historical monument of Shah Hamzeh and its decorations. In this regard, a sample of the blue and white tiles of the monument was technologically examined using library studies, optical and digital microscope methods, and SEM-EDX and XRD methods. Based on the studies conducted, the paint layer was applied directly to the stone body without a preparatory layer, and then a glass layer was applied on it.
The Shah Hamzeh mausoleum, located in the city of Qom, is a monument from the Safavid period. The eastern porch of this monument was decorated blue and white tiles during the Qajar period. The aim of this article is to introduce the historical monument of Shah Hamzeh and its decorations. In this regard, a sample of the blue and white tiles of the monument was technologically examined using library studies, optical and digital microscope methods, and SEM-EDX and XRD methods. Based on the studies conducted, the paint layer was applied directly to the stone body without a preparatory layer, and then a glass layer was applied on it.

Hamid Reza Bakhshandehfard, Hosna Rabeie,
Volume 3, Issue 1 (6-2020)
Abstract

The cemetery of the Pardis Tepe, located in Qarchak of Tehran province, is a valuable historic landmark of the Iron Age which has been discovered in the excavations of these bronze wire objects. Despite the historical importance of the metal objects discovered in Tehran, no independent research has been carried out on the metal objects obtained from this site, in terms of technological and pathological aspects, using laboratory and methodological methods. The aim of this paper was to study a bronze rod found in Tepe Pardis, in terms of species and application, regarding technical questions about elemental combinations and the method of making and technological position of the study area. For this purpose, instrumental analysis methods such as AAS, SEM-EDS were used to identify the alloying technique, the chemical composition of the alloy, and metallography to identify the manufacturing method. Historical studies of the object attributed it to the Iron Age. Based on elemental data analysis, the composition used to make copper-tin alloy objects (bronze) and microstructure analysis by metallography, these objects were made by continuous thermal / mechanical operations. Depending on the results of the XRD test, cuprite, malachite and nantokite compounds were identified in corrosion products. Due to the significant presence of Nantokite, it can be said that the object has active corrosion.

Hamed Yaqbzadeh, Yaser Hamzavi,
Volume 6, Issue 4 (3-2024)
Abstract

Many projects in the field of Protection, conservation and finally restoration of historical monuments are carried out in the country every year, However, there is unfortunately no suitable platform for sharing the practical experiences in this field within the country, which could significantly enhance the quality of these protection and restoration efforts nationwide. Emergency reinforcement of architectural ornaments is often necessary during the restoration of historical buildings. For this purpose, the restorer of architectural ornaments must create safe conditions to preserve the existing ornaments during the restoration of the building. Eram House in Yazd is one of the Qajar-era buildings in Yazd city that is currently about to be restored and repurposed. This
building, in the Central Room, features plasterwork, mirror and glass ornaments, as well as wall paintings with plant motifs and inscriptions. Due to the damage in the various layers of the architectural ornaments restorers faced challenges in reinforcing the structure and restoring the deteriorated parts of the building. Structural restoration measures posed a risk of destroying these ornaments; since the cracks indicating structural movement had caused the ornaments to detach and loosen from their underlying layers, which include: support (brick), scratch coat (straw), and top-layer (fine coat), all of which require reinforcement. The entire surface of walls, except for the ceiling wall in the Eram House, has an additional layer of gypsum plaster coating, which has obscured parts of the gypsum stucco ornaments and murals. Therefore, it is necessary to identify the hidden ornaments in different parts by conducting soundings in the walls of the Central Room of Eram House.
In some places, the walls need careful reinforcement by the building restorers. However, the presence of murals in these areas, limits the possibility of any reinforcement measures. Thus, the murals at these points should be separated carefully from the walls and preserved. After completing structural reinforcement, the murals should be reinstalled in their original locations. The main goal of this project was to stabilize the existing arrays in the king's room and also to create suitable conditions for any structural restoration interventions in the building. Therefore, in line with the projectives objectives as the conditions of placement and considering the placement conditions of works and materials, as well as the type and extent of damage in different parts of the room, an emergency strengthening method was selected. Restoration materials were prepared according to each method, as presented in Table 1. This article is not a result of comprehensive research. but rather an account of an emergency
intervention experience. The intervention focused on a strengthening approach, to achieve the needed stability, allowing building restorers to carry out structural reinforcement and restoration without concern. In this context, understanding the remaining of architectural arrays is crucial, Subsequently, key the questions were addressed to guide the restorers: what is the type and extent of the damage? Which damages require strengthening at this stage? to what extent should this operation progress? What method should be adopted for each architectural array with various damages? Ultimately, emergency strengthening was carried out on the ceiling and walls of the palace, encompassing plaster arrays, mirror and glass arrays, as well as murals. In several parts of the murals, due to the sever condition of the underlying layers (cause by Saudi humidity), it was decided to separate the mural pieces. This article provides a detailed, description of the practical emergency reinforcement measures undertaken on the architectural arrays of Eram House in Yazd.

Shaiba Khadir, Fathollah Niyazi, Kouorsh Kouhestani,
Volume 6, Issue 4 (3-2024)
Abstract

The "Clogs of the Kaaba" at the Iran Carpet Museum is a pair of metal/ copper alloy shoes by Parviz Tanavoli for an outdoor installation. The work is part of a memorial chapel designed minimalist style within the museum’s grounds. The clogs are crafted to a life-size scale, with their surfaces textured with fine and delicate grooves to enhance their aesthetic and visual appeal. The artist has also applied a dark artistic patina to the surface of the clogs. The interior of the clogs has accumulated dust, soot, and debris from the surrounding greenery. Additionally, prolonged exposure to environmental conditions such as annual rainfall, seasonal temperature variations, and urban pollutants such as acid rain has affected their condition on the ground. The surface of the clogs shows green corrosion products and carbonate deposits. the aim of this operation is to stabilize the clogs and prevent further exposure to harmful urban environmental factors. In order to evaluate and document the current condition, digital photography was conducted on both a macroscopic and microscopic scales. Surface sediment removal was carried out using manual mechanical methods with a scalpel and ultrasonic device. The poultice method was applied in a controlled and limited manner to remove thick sediments using Rachel's salt solution and%2 hydrochloric acid. To protect the surface, a %3 BTA (benzotiazol: C6H5N3) solution was used, followed by a coating of epoxy polyamide solution.

Maryam Shirvani,
Volume 8, Issue 3 (11-2025)
Abstract

The Karim Khani Castle is a monument from the Zand era in Shiraz. In this building, a wall painting is one of the decorations, which unfortunately was hidden under a layer of plaster during the Qajar era, so many studies have not been conducted to identify pigments from the Zand era. The aim of the study is to understand the structure of pigments in the Zand period wall paintings in the Karim Khani Castle. The question raised is what kind of materials are included in the composition of these coloring materials. For investigation, FT-IR, SEM-EDS, and RAMAN instrumental methods were used. The findings indicate that the red pigment compositions included lead oxide (syringe) and possibly iron oxide (late), the blue pigment included ultramarine blue (lapis lazuli), and the green pigment included malachite (mountain green), which were applied on gypsum substrates and an oil-based compound was used as a binder. The pigments have a mineral structure and are durable, and despite the introduction of European oil paints in Iran, these color compounds have not been used in mural painting.

Masoud Bater, Mahbobeh Rastin,
Volume 8, Issue 3 (11-2025)
Abstract

The stucco inscription of Aq Qaleh ‎ Mosque in Neqab, Sabzevar, represents one of the most significant Ilkhanid architectural ornaments in eastern Iran, distinguished by its artistic, historical, and technological value. This study aims to identify the construction and execution techniques, diagnose patterns of deterioration, conduct laboratory analyses, and develop a scientifically grounded approach for the conservation and restoration of the inscription. Initially, field surveys and imaging techniques were employed to document the overall condition of the monument, including its structural characteristics, paint layers, stucco carving, and decorative elements. Subsequently, X-ray diffraction (XRD) and X-ray fluorescence (XRF) analyses were performed to determine the mineralogical structure and chemical composition of the pigments, indicating the use of natural mineral colorants such as red ochre and ultramarine. The diagnostic phase identified multiple deterioration factors, including damage caused by moisture, thermal fluctuations, structural stresses, chemical and biological agents, and inappropriate earlier interventions. Based on these findings, the restoration process comprised cleaning, consolidation, reconstruction of missing decorative and inscriptional elements, chromatic reintegration, and final stabilization, all carried out in accordance with the principles of reversibility, Limited intervention and compatibility in appearance. In addition, a set of preventive ‎conservation measures aimed at ensuring preservation for an extended period was ‎proposed, encompassing environmental control, the installation of protective barriers, staff training, and the mitigation of structural moisture. What distinguishes this research from previous studies on Ilkhanid stucco conservation is the integrated application of advanced laboratory analyses and in situ diagnostic investigations to develop a coherent, tailored conservation framework for polychrome stucco inscriptions, an approach that has not been systematically articulated within previous studies of eastern Iranian architectural ornamentation.

Farideh Majidi Khameneh,
Volume 8, Issue 3 (11-2025)
Abstract

Outdoor sculptures, as part of cultural heritage, in addition to beautifying cities, play an important role in conveying messages to observers and giving identity to passages, and constitute an important part of art history. The durability of these structures is threatened by atmospheric, human and environmental factors and they are subject to erosion over time. Birds and their droppings are a serious threat to these sculptures and cause numerous damages and corrosion. Even after restoration and spending time and money, this threat remains. The main research question is about what are the solutions and patterns of indigenous knowledge for repelling birds. With the aim of recognizing environmental rationality and extracting patterns, 50 ethnographic reports in the field of indigenous knowledge were examined using meta-synthesis and content analysis methods. Based on the findings, these patterns include:1- Pattern of deprivation of nesting, settlement and food. 2- Pattern of sound phobia. 3- Pattern of fear of moving objects. 4- Pattern of staring at birds' eyes. 5- Pattern of color phobia (birds' fear of a specific color) and 6- Pattern of odor phobia (birds' fear of a specific smell). The research results help to identify areas of synergy between anthropological studies, knowledge of historical preservation, and urban design, and indicate the flexibility of heritage knowledge to solve new problems, as well as the high levels of environmental understanding of indigenous scholars. This rationality is the result of centuries of experience in other areas of life, such as agriculture and gardening, in combating bird damage. Native methods are environmentally friendly, economical, accessible, sustainable and renewable compared to modern methods of bird control.

Hamid Amanollahi , Hassan Karimian , Fatemeh Sheikh Ahmadi,
Volume 8, Issue 3 (11-2025)
Abstract

Takht-e Soleyman, located in a mountainous area of northwestern Iran, is one of the country’s most important historical and cultural centers and has been studied from various scientific perspectives. This research aims to identify the environmental characteristics influencing human settlement and to examine the impacts of climatic and environmental conditions on the preservation of historical monuments. Findings indicate that the large spring of Takht-e Soleyman and several karst springs, by providing mineral-rich water, have played a significant role in the formation of settlements and the chemical composition of the soil, thereby affecting the region’s biodiversity and vegetation cover. Adequate precipitation has further enriched the vegetation and created favorable habitats for various animal species. The main objectives of this study include identifying the environmental potentials that contributed to settlement formation and proposing adaptive strategies to local climatic conditions for the conservation, restoration, and management of the complex. Given Takht-e Soleyman’s specific climate—characterized by long winters and heavy snowfall—the key question is how to ensure effective preservation of its historical assets. The research methodology is historical and descriptive-analytical, combining library studies with field observations. Comparative analysis of climatic parameters such as temperature, humidity, precipitation, and solar radiation against international standards revealed that, if properly managed, certain climatic indices can help mitigate physical deterioration of the monuments. Accordingly, practical strategies based on quantitative and qualitative indicators have been proposed to reduce adverse environmental impacts. By integrating historical, architectural, and environmental data, this study highlights the critical role of environmental studies in safeguarding archaeological sites—particularly Takht-e Soleyman—and offers scientific and practical solutions to ensure the sustainable preservation of this valuable heritage.

Hossein Esmaeili Sangari, Raheleh Parvin,
Volume 8, Issue 3 (11-2025)
Abstract

Preserving intangible cultural heritage in historic urban spaces requires a nuanced understanding of culture, practices, and meanings, as well as active community engagement. This study examines the impact of designing cultural narratives on public participation in safeguarding intangible heritage within the buffer zone of the Tabriz Historic Bazaar Complex (Pasazh Alley). Using an integrated mixed-methods design, ethnographic self-documentation, field observation, and semi-structured interviews with residents and shopkeepers produced lived-experience data coded into 28 core items. A questionnaire based on these items was distributed to 50 users and 16 experts. Analyses included exploratory factor analysis, reliability testing, Pearson correlation, and multiple regression. Results show significant relationships between cultural components (material, behavioral, spiritual) and place attachment. Designed cultural narratives were evaluated and ranked using the TOPSIS multi-criteria decision method. Findings suggest narrative design grounded in stakeholders’ lived experience functions as a practical tool to convey intangible values, strengthen place attachment, and promote active community participation in heritage protection.

Fatemeh Farhani , Reza Rahimnia,
Volume 8, Issue 3 (11-2025)
Abstract

The conservation of structural and historical integrity in historic cities is a major challenge due to urban growth. Changes in integrity and the loss of authentic historical context have led to a decline in the city's historical identity. This study looks at integrity within the historic areas of Qazvin, focusing on the Rāh-Rey, Khandaq-Bār, and Khīābān neighborhoods. We developed key evaluation indicators based on conservation principles and theories, applying them at both neighborhood and broader levels. The methodology included archival research, historical maps and images from 1918 to today, and field surveys to track spatial and structural changes. The findings show that changes in urban structure have disrupted historical identity and continuity, especially along key historical pathways. The study concludes that strengthening structural integrity and protecting authentic values are vital for balancing heritage preservation with ongoing urban development.
 
Habib Meshkinfam Fard,
Volume 8, Issue 3 (11-2025)
Abstract

Concrete, as one of the most widely used contemporary construction materials, possesses distinctive characteristics such as high compressive strength, plasticity, availability, and cost-effectiveness, which have secured its prominent position in modern architecture and structural engineering. Several contemporary architectural works in Iran and across the world, registered in national and international heritage lists, have been constructed using exposed concrete. Nevertheless, the exposure of these structures to diverse climatic conditions and urban pollution, particularly over extended periods results in erosion and both visual and structural alterations in concrete. Deteriorative agents such as acid rain, atmospheric chemical compounds, soluble salts, and erosion caused by wind and water gradually reduce durability and weaken the concrete structure. This process not only leads to a decline in visual quality but also renders protective and restorative interventions inevitable. Accordingly, safeguarding concrete surfaces against environmental and chemical agents constitutes a vital approach to the preservation and sustainability of such structures. In response to this challenge, the application of innovative technologies can play a significant role in enhancing the durability of concrete. One notable achievement in this regard is the invention of a waterproof cementitious protective coating, registered in 2016 (1395 in the Iranian calendar) and officially approved by Shiraz University. This research was conducted with an applied orientation, initially introducing the invention and the conceptual origins of the idea. Subsequently, the study elaborated on its justification, nature, and objectives, and presented the results of performance tests under intensified environmental conditions and water absorption experiments, thereby demonstrating its practical applicability. The results of the 24-hour water absorption test indicate that this coating, with an absorption rate of only 0.3%, exhibits remarkable impermeability to moisture compared to the reference cement sample, which recorded an absorption rate of 14.8%. Furthermore, the coating, with a minimum thickness of one millimeter, demonstrates waterproofing properties as well as resistance to efflorescence and acidic environments. Ease of application and adaptability to diverse surfaces are additional advantages of this technology. Importantly, the waterproof cementitious coating provides effective protection for concrete with minimal visual impact, thereby preserving the original appearance of the surface without noticeable alteration.

Dr Sahar Rastegar Zhaleh,
Volume 9, Issue 1 (6-2026)
Abstract

The idea behind the principle of sustainability - which has shaped the entire body of contemporary conservation ethics- is to consider future users when making decisions and interventions. This principle tries to prevent extreme decisions based on taste and prejudice or interventions based on current knowledge. Ethical principles such as "reversibility" and "least intervention" have been shaped by different theoretical approaches and are widely used in conservation literature today. However, these fundamental principles, as influential variables in ethical and technical decision-making, have become a subject of debate and criticism in contemporary conservation thought. The aim of the present study is to address these criticisms from the perspective of sustainability in contemporary conservation by using the method of "deconstruction". Deconstruction is a critical thinking that examines variables in detail with the aim of showing gaps and contradictions. Having a critical approach means examining the causal relationships of issues and revealing what has remained hidden. Therefore, deconstruction does not want to destroy the truth, but rather restores it. Therefore, this research aims to reveal challenges such as the "subject of conservation", "reasons", "objectives" and "method" that have made the ethical principles of conservation contradictory, opaque and sometimes impossible, and also to criticize and deconstruct the principles that were accepted as axiomatic and unquestionable in classical conservation, trying to denaturalize what has always been natural. The present study has gone to the deconstructionist approach in order to examine the criticisms because it believes that with the deconstructionist approach, firstly, the real thing or, in other words, the "thing in itself" in the sense of pure truth, independent of human perception and senses, does not exist; secondly, theorists such as Marcuse (1988) and Nietzsche (1992) believe that what is known as truth within a culture is a form of communication and social peace contract between people. All moral standards are created by specific conditions (such as culture) and are solely related to these conditions. In this thinking, awareness of indeterminacy and uncertainty is the most real characteristic and truest characteristic of cultural and artistic phenomena. An issue in which moral standards and valuation do not remain in the monopoly of fixed principles and predetermined functions and roles and do not accept a fixed definition, but rather act as a fluid and changing factor in their cultural and situational context. The result is that contemporary ethics, with greater flexibility. Ethics are not applied as static and mechanical principles at the time of intervention, but are prepared to face unpredictable behavior by "adaptation" and "compatibility" and are considered as added values, that is, they are not mandatory in any case and can be ignored depending on the circumstances. Ethical principles and criteria such as minimal intervention, reversibility in interventions, similarity of materials and conservation techniques to the original part.

Mehdi Razani, Somayeh Samadian, Abdolah Mirzaei,
Volume 9, Issue 2 (9-2026)
Abstract

Historic Persian carpets represent one of the most significant categories of movable cultural heritage and are internationally recognized for their artistic, historical, and cultural values. Owing to their dual functional and museum roles, conservation and restoration practices have long been influenced by both traditional market-oriented repair methods and modern museum conservation approaches. Consequently, the absence of a comprehensive scientific guideline for the conservation and restoration of historic carpets remains an important challenge. This study aimed to identify the principal scientific stages involved in the conservation of historic carpets and to formulate a practical guideline based on expert knowledge and existing conservation practices. Data were collected through documentary research, field investigations, and semi-structured interviews with traditional carpet repairers, museum conservators, researchers, collectors, and university educators. The findings indicate that traditional carpet repair primarily emphasizes reconstructing the original appearance and restoring visual integrity, whereas contemporary museum conservation focuses on preserving authenticity through documentation, minimum intervention, reversibility, and preventive conservation. The study concludes that conservation of historic carpets should follow a systematic sequence beginning with documentation and technical assessment, followed by appropriate cleaning, structural stabilization, and long-term preventive conservation. This framework provides a scientific basis for conservation decision-making while preserving the historical and cultural significance of Persian carpets.


Dr Hamidreza Azarinia, Mr Hamidreza Keshavarzi Miandashti, Mr Sayyed Mahdi Mahdavi,
Volume 9, Issue 2 (9-2026)
Abstract

Calligraphy art in Islamic architecture has been existed in Kufic form especially in the 13thAD., this was the time of the Mongol Ilkhanids in Iran. The evidence for Square Kufic under Ilkhanid religious freedom bear variation of meanings which indicates the religious orientation of the constructors. Sometime between two square Kufic inscriptions on different buildings are seen similarity on the rules of design and religious orientation which suggest unique works of one calligrapher. One of the most innovative one is in the mausoleum PirBakran. A large square panel containing salutation on the Prophet Muhammad and Twelve Imams is in the main exterior of the mausoleum. A similar Square Kufic containing same salutation exist in the Haftshuiyeh Mosque in a Mihrab Panel. Both monuments are in two districts of the Isfahan province not far from each other.
The contribution of this work is to extract the pattern of a damaged Kufic calligraphy in Haftshuiyeh Mosque considering the similar inscription in the mausoleum of PirBakran. There are some other decorative motives on the Haftshuiyeh mihrab find similars in the ornament of the PriBakran. With attention to the Kufic calligraphy works of PirBakran and Haftshuiyeh, their similar unique content and similar designs of both inscriptions, support the suggestion that the inscription of Haftshuiyeh, may originate from the calligrapher of PirBakran mausoleum. The aim of this study is to describe, analyze and compare the inscription of Pirbakran with Haftshuiyeh in order to find the word formations and compositional schemes and the rules of calligrapher’s design. To identify different structure and variation of the alphabet of Kufic letters, each word has been studied as far as possible in the PirBakran and Haftshuiyeh. Following the calligrapher’s rules, forms of the words, authors redesign and give explanation on the missing part of the Haftshuiyeh inscriptions.

Hossein Esmaeili Sangari, Mina Heydari Torkamani, Amirhossein Jafarpour,
Volume 9, Issue 2 (9-2026)
Abstract

Muqarnas, a key element of Islamic architecture, holds both artistic and structural significance. The Moshtaghieh Historical Complex in Kerman, from the Qajar era, features remarkable examples in domes, entrances, and niches. Over time, these elements have deteriorated due to environmental factors, aging materials, seismic events, and improper restorations. This study aims to develop effective conservation strategies through detailed typological and pathological analysis. Documentation included high-resolution photography, measurements, and architectural drawings to classify muqarnas into types such as stalactite-shaped, modular, and layered forms based on their architectural context. Damage assessment revealed issues like discoloration, biological growth, salt efflorescence, cracks, material loss, and deformation.Conservation proposals follow international heritage standards of minimal intervention, reversibility, and authenticity. Strategies include environmental control, compatible mortar consolidation, structural stabilization, and traditional restoration techniques. A significant aspect of the study is the use of 3D digital reconstruction through photogrammetry, enabling damage visualization and restoration planning.This research offers a practical and replicable model for the conservation of Islamic ornamentation by integrating traditional craftsmanship with modern documentation technologies, supporting sustainable heritage preservation and future educational efforts.

Dr Hamidreza Bakhshandehfard, Ms Masoom Tafreshi Fami Tafreshi, Dr Mohammadamin Emami,
Volume 9, Issue 2 (9-2026)
Abstract

When dealing with historical bronze artifacts, we usually encounter a layer called patina on the surface of these artifacts. Understanding the nature, structure, and function of this layer is one of the fundamental issues in the field of conservation and restoration of historical metals In general, patina in metals is defined as a coating consisting of various chemical compounds such as oxides, carbonates, sulfides, and chlorides, which forms as a result of the long-term interaction of the metal with environmental and corrosive factors. The question of what role patina plays in the conservation, historical interpretation, and restoration decisions of bronze objects has provided the main motivation for the present study to investigate and scientifically understand this phenomenon. In this article, while introducing the concept of patina and its types in historical bronzes, we examine the factors affecting the formation and evolution of this layer, including environmental conditions and alloy composition.
 


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