Restoration Work Research Articles

Evaluation of deterioration degree and consolidation effectiveness in sandstone and clay brick materials based on the micro-drilling resistance method

The quick and accurate measurement and evaluation of the deterioration degree and consolidation effectiveness on the surface of masonry relics is valuable for disease investigation and restoration work. However, there is still a lack of quantitative indices for evaluating the deterioration degree and consolidation effectiveness of masonry relics in situ. Based on the micro-drilling resistance method, new quantitative evaluation indices for the deterioration degree and consolidation of masonry materials were proposed. Five types of masonry samples with different deterioration degrees were prepared by artificially accelerated deterioration tests involving sandstone and clay brick as research objects. Three types of consolidants were used to consolidate the deteriorated samples. Drilling resistance tests were conducted for deteriorated and consolidated samples. The variations in deterioration depth and average drilling resistance for samples with different numbers of deterioration cycles were analysed, while the differences in consolidation depth and average drilling resistance for samples with different consolidant types and dosages were compared. Finally, the deterioration degree index (K\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$$K$$\\end{document}) and consolidation effectiveness index (Rc\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$${R}_{c}$$\\end{document}), which are based on the average drilling resistance, are proposed. The results can be applied to quick on-site investigations of immovable masonry relics.

Study on modification of natural hydraulic lime historical building repair mortar

Qingdao boasts a wealth of historical buildings, yet they have sustained varying degrees of damage due to environmental erosion over decades. Traditional cement-based repair materials can exacerbate the damage to these structures and often fall short of the stringent requirements for historical building restoration projects. Natural Hydraulic Lime (NHL) offers excellent compatibility and breathability, making it suitable for restorative work on historical buildings. However, its low early strength and durability pose limitations in Qingdao's complex environment. Consequently, this study investigates the enhancement of NHL mortar using Ground Granulated Blast Furnace Slag (GGBFS/BFS) powder. Nine mix formulations were developed to investigate the impact of varying BFS contents on the physical properties and microstructure of the repair mortar. The results indicate that, compared to the reference sample, the modified mortar exhibits reduced water requirement for normal consistency, shorter setting time, lower water absorption, and decreased shrinkage. Regarding mechanical properties, the incorporation of BFS significantly enhances the mechanical strength of the repair mortar. When the proportion of BFS is 60 %, the flexural and compressive strength of the mortar samples increase by 304 % and 611 % at 28 days, respectively. Upon incorporating BFS, a pozzolanic reaction occurs in the alkaline environment, leading to the formation of calcium silicate hydrate (C-S-H) gel. This gel fills the pores within the mortar, enhancing the densification of the system, which in turn improves the mechanical properties and microstructure of the repair mortar. SEM analysis corroborates these findings. XRD analysis confirms that BFS does not introduce harmful substances.

Reconsidering the Task, Methods, and Aims of Reading the Gospels in the Present Myanmar Context

The confessional doctrine of the exalted post-Easter Jesus, divine saviour, planted by nineteenth-century missionaries, has a long tradition in Myanmar churches. In order to equip these churches for the current Myanmar context, it is time to decolonize the Western heritage of confessional reading of the New Testament. It is essential to reread the Jesus tradition recorded in the Gospels in the specific contexts of then and now. Thus, this paper argues that in the current context of the critical situation in Myanmar, the exalted Christian saviour does not save the suffering citizens from life-threatening war or injustice, nor churches from being destroyed by abusive authority. This exalted heavenly Christ does not liberate the suffering people from the physical, spiritual, and mental sufferings inflicted on them. Nor does he liberate them from the homelessness or IDP camps or from their status as outcasts. What is needed instead is a contextual reading of the life of Jesus, within the Jewish context of second temple Judaism. This theopolitical Jesus encourages Myanmar Christians and the citizens of Myanmar; he becomes a sympathetic figure sharing comparable troubles and an example of how to stand up for the people who suffer injustice and to engage in the work of restoration.

The role of orthodontics in the management of tooth wear.

Pathological tooth wear is a dental problem that affects all age groups and appears to be increasing in prevalence. A subset of these patients may benefit from a combination of orthodontic and restorative care which will be discussed in this article. Orthodontics can help to create the necessary vertical, anterior-posterior and mesio-distal space for restorative work, reducing the need for tooth reduction and lessening the biological costs of restorative care, helping to reposition the gingival margins where this impacts upon aesthetics, as well as correcting co-existing malocclusion.

The Application of Traditional Technology and Modern Concept in the Restoration and Protection of Calligraphy and Painting

In recent years, with the development of science and technology, painting and calligraphy mounting technology has added more and more modern science and technology. Under such a background, painting and calligraphy restoration work combines modern concepts and modern technologies, while traditional restoration and protection technologies also occupy an important position. The concept of "repairing the old as the old" has become the key principle in painting and calligraphy restoration work, but after restoration, the state of painting and calligraphy will also be affected. At present, the impact of its effect on the subsequent protection of calligraphy and painting remains controversial, especially the introduction of modern restoration technology in the work of painting and calligraphy mounting puts forward a new proposition for the restoration and protection of traditional painting and calligraphy. Based on this, the article analyzes the application of traditional technology and modern concepts in the restoration and protection of calligraphy and painting, with a view to bringing inspiration to relevant practitioners.

Severe dental malocclusion in a case of repaired unilateral cleft palate managed by orthodontic mechanotherapy alone

Cleft palate is a developmental abnormality that perforates the palate, and divides the arch segments producing grave malocclusion. Crossbites, labiolingual displacements, rotations, archform distortion and incompatibility are a few facets characterizing the problem. Teeth may be congenitally missing or periodontally infirm in the vicinity of the breakdown. If the skeletal jaw base discrepancy is not major, orthognathic surgery may be omitted and orthodontic mechanics alone can suffice to manipulate the teeth into a decent occlusion. Restorative work for esthetic embellishment can enhance the overall result, particularly if teeth are malformed. This case report describes how severe dental malocclusion arising from a repaired unilateral cleft palate defect was corrected with a fixed preadjusted edgewise appliance, adorning smile esthetics and boosting the patient’s self-confidence.

Evolution characteristics and meteorological impacts of ecosystem regulation service functions in Jiangxi Province, China from 2000 to 2022.

Jiangxi Province is one of the first ecological civilization demonstration provinces in China. Understan-ding the impacts of meteorological conditions on ecosystem regulatory services is beneficial for conducting ecological protection and restoration work. Based on MODIS data, net primary productivity data, and monthly meteorological data from 2000 to 2022, we used models such as water balance equation and soil loss equation to measure the four regulatory service functions of ecosystem in Jiangxi Province, including carbon sequestration, oxygen release, water conservation and soil conservation. We used trend analysis and partial correlation analysis methods to analyze the spatio-temporal patterns and meteorological influencing factors of those four regulation service functions. The results showed that from 2000 to 2022, the annual average values of carbon sequestration and oxygen release in Jiangxi Province were 178.8 and 130.0 g·m-2, respectively, with annual increases of 0.4 and 0.3 g·m-2. The spatial distribution of both services was consistent, and the average annual carbon sequestration and oxygen release showed an upward trend in 77.3% regions of Jiangxi Province. The average water conservation and soil retention in Jiangxi Province were 591.8 mm and 723.8 t·hm-2, respectively, with similar spatial distributions. The annual increases were 5.6 mm and 3.7 t·hm-2. The soil conservation and water conservation functions of 73.3% and 69.3% regions in Jiangxi Province were steadily improved. Vegetation carbon sequestration and oxygen release was significantly correlated with temperature at monthly scale and seasonal scale. The partial correlation coefficient of those two factors was higher than other factors, which was an important meteorological factor affecting the carbon sequestration and oxygen release function of ecosystem. Precipitation, which was the most important meteorological factor, had a significant positive correlation with water conservation and soil conservation at monthly, seasonal and annual scales. Our results revealed the impacts of climate change on ecosystem regulatory service functions in Jiangxi Province from 2000 to 2022, which could provide scientific and technological support for effectively guaranteeing ecosystem protection and restoration in Jiangxi Province and improving the quality and efficiency of ecological civilization construction.

Trend analysis of long-time series habitat quality in Beijing based on multiple models

This study selects Beijing from 1980 to 2020 as the research area, utilizing high temporal resolution land use data to analyze through the habitat quality module of the InVEST model. Unlike previous research, this study employs the Theil-Sen Median method and Mann-Kendall test to analyze the trend changes in habitat quality more accurately. This method has significant advantages in dealing with non-linear and non-normally distributed data over long time series, providing a more accurate and reliable analysis of habitat quality trends. Methodologically, the study first collects and organizes the land use type data of Beijing from 1980 to 2020, then uses the habitat quality module of the InVEST model to process and analyze the data of each year, assessing the impact of different land use types on habitat quality. Subsequently, the Theil-Sen Median method and Mann-Kendall test are used to analyze the time series trend of habitat quality, to identify and quantify the trend and significance of habitat quality changes. The results show that over the past 40 years, the area of construction land in Beijing has significantly expanded, leading to a compression of other types of land. The spatial distribution of habitat quality shows a clear difference between the two sides divided by a line connecting the northeast and southwest, with the west side being the area of good habitat quality and the east side being poorer. In the past 10 years, the overall habitat quality has improved, but most areas still show a decreasing trend, especially in the western and northern mountainous areas where habitat quality has significantly declined. Based on these findings, it is recommended that future urban planning and land management should pay more attention to the protection and improvement of habitat quality, especially the restoration work for areas with poor habitat quality.

The role of construction consultants in disaster recovery

Abstract. Disaster recovery requires speed above all, and the public and private sectors need to work together. In the event of a disaster, the activities of the construction industry play a crucial role. Construction consultants, surveying companies, and geological survey companies play an important role. Construction consultants oversee the entire process of disaster recovery, from assessing the damage immediately after the disaster to managing the restoration work. In some cases, local governments order construction management services to supervise the entire disaster recovery work, and in such cases, construction consultants are even responsible for part of placing construction procurements. In this way, construction consultants have become an indispensable part of the disaster recovery process. This report is an introduction to the activities of construction consultants in times of disaster, using the heavy rains situations as examples, and presents of challenges and recommendations.

Tibetan Birchbark Manuscripts in the Serindian Collection of the IOM, RAS: Restoration and Identification

The article presents the Tibetan birchbark manuscripts kept in the Serindian collection of the IOM, RAS. The five birchbark manuscripts exhibit common codicological and paleographic characteristics, and the texts within them demonstrate a functional congruence, primarily associated with the rituals of consecration and empowerment. The objective of the conservation efforts was to flatten the birchbark fragments to both identify and preserve the inscribed texts. The fragments were sufficiently moistened in the birch sap as a plasticizer instead of regular water, given that it is a natural substance inherent to birch bark. The birch sap for conservation was hand-harvested from an ecologically pristine area. The soaking process in warm birch sap softened the fragments, and they were also cleansed of surface impurities. Damaged areas of the birchbark fragments were reinforced using Japanese conservation paper. For subsequent use and preservation, the fragments were stored in envelopes made of high-quality Melinex polyester film. Owing to the restoration work, five Tibetan birchbark manuscripts were described and transliterated.

TECHNOLOGY OF STRUCTURAL REPAIR OF CONCRETE AND REINFORCED CONCRETE STRUCTURES OF WATERWORKS

The assessment of the current state of the water and land reclamation engineering infrastructure facilities, which was carried out on the basis of the analysis of technical documentation, visual, and instrumental examination of the structures' technical condition, confirms that as a result of long-term operation of the waterworks without proper reparation and restoration measures, their technical condition has significantly deteriorated. The most promising for the repair of concrete and reinforced concrete structures are cement-based materials modified with polymers (polymer concrete), which are dry mixtures of cement, sand, re-dispersible polymer powder (RPP) and other modifying additives. The research results of the redispersing polymer powders influence on the adhesive properties of repair composites are presented. It is shown that the modification of cement-sand solutions of RPP leads to a significant increase in the adhesive properties of repair composites. The optimally effective concentration of RPP in repair compositions has been found. The article highlights the technology of structural repair of concrete and reinforced concrete structures of the waterworks with the use of modern composite materials, which makes it possible to restore the design geometric indicators and the load-bearing capacity of the structures. The proposed technology and effective repair compositions help to carry out repair and restoration work on hydrotechnical structures of the water management and reclamation complex, in particular those destroyed or damaged as a result of the military aggression of the Russian Federation against Ukraine. The main principles of choosing the optimal technology for the structural repair of concrete and reinforced concrete structures of the waterworks, depending on the nature and degree of damage, the influence of technological and operational conditions on the structures' geometric indicators restoration during the modernization and reconstruction of reclamation systems in the post-war period, are revealed.

Restoration risks of traditional vernacular heritage houses in China

To rescue the built heritage of traditional houses that are disappearing quickly in rural China because of fast urbanization, one widely adopted strategy is to restore and transform them into a museum. Such restoration work often turns out to be confusing and sometimes disappointing, risking at producing fake heritage in the name of preservation. To explore how this risk is arti?cially generated, this paper takes the Chen house in Chongqing Municipality as an example and analyzes its conservation plan, which has been approved but not yet implemented. The author further discusses the negative impacts of this strategy by combining many cases that have been already restored by this means. Last, the reason for the wide adoption of such stylistic restoration is analyzed and a critical perspective is proposed.

WITHDRAWN: Reconstructing the environmental impact of mining on mountain lakes

Mountain lakes are particularly fragile ecosystems undergoing important transformations associated with ongoing global change. However, the history of anthropogenic impacts on mountain lakes and their catchments is much longer, in many cases featuring millennia of summer pastoral farming. More recently, the growing demand for raw materials and energy linked to industrialization, particularly accelerated since the 19th century CE, meant a further increase in human impact on mountain areas. The Cantabrian Range (northern Spain) constitutes a paradigmatic case of southern European mountain range experiencing intense human impact during the past few millennia and particularly the past two centuries. Here, we have reconstructed the environmental dynamics of this area during the last millennium, with a particular focus on the impact of mining, based on the multidisciplinary analysis (sedimentology, biogeochemistry, magnetic susceptibility, diatoms, pollen, charcoal and dung fungal spores) of sediment cores from Lago de La Cueva (43°03′N, 6°06′W, 1550 m a.s.l.). Changing land use and climate have driven lake dynamics during the last centuries. A major fire-caused deforestation event dated to the late 15th century CE increased erosion and the frequency of intense runoff episodes, in the context of the wetter and colder Little Ice Age. The onset of iron mining activities in the catchment ca. 200 years ago had a strong impact on the lake. Sedimentation rates notably raised and mining waste containing hematite and potentially toxic elements (e.g. Fe, Co, As) was washed into the lake. Additionally, diatom assemblages showed that lake regulation since the early 20th century CE severely altered the natural hydrological regime introducing rapid seasonal lake-level oscillations and increased lakeshore erosion, water turbidity and nutrient loads. The recent environmental restoration, finished in 2006, has involved the re-deposition of large volumes of mine tailing. Although some mining wastewater still arrives into the lake because mine drainage is still active, restoration works have succeeded in reducing erosion rates and nutrient loads. Lower land-use intensity has also contributed to natural vegetation recovery, further diminishing erosion. This study illustrates the complex interactions between human activities (grazing, mining, hydropower) and climate change in defining mountain landscape shifts through time. Moreover, our results highlight the usefulness of paleolimnological research to quantitatively assess the effectiveness of lake restoration programs.

Integrating Architectural Heritage with Environmental Concerns: A Case Study of Clock Tower, Faisalabad

Faisalabad is experiencing a surge in industrial development alongside its established agricultural base. This economic growth, however, presents a challenge of balancing progress with environmental protection. Industrial activity can often lead to environmental degradation, impacting the city's physical landscape and the health of its residents. To address this concern, the current research focused on the restoration of the Faisalabad Clock Tower, a historical structure from the British Era. The Clock Tower holds a significant importance due to its role in the city's early urban planning and its status as a prominent landmark. The research methodology employed a comprehensive literature review, examining local and international examples of heritage building projects. Air pollution levels were measured around the Clock Tower by using HORIBA APMA 360. According to the findings, NO2 was found above the limit which confirmed that the presence of pollutants is the major deterioration factor. Furthermore, a detailed physical survey of the Clock Tower was conducted to identify the deteriorated areas within the building. The research culminates in a proposal outlining the necessary restoration work for the Clock Tower, informed by a thorough analysis that caters to architectural and environmental concerns to ensure a sustainable and historically sensitive restoration of this iconic structure.

Ornamented stirrup from the elite early Medieval burial at Balyk-Sook (Central Altai)

The article presents an ornamented iron stirrup from a rich and noble early Medieval burial in the Balyk-Sook area in the central part of the Russian Altai. This burial is unique not only for South Siberia, but also for neighbor-ring regions, as within it, with the warrior, four horses and protective armour were found. During the course of restoration work, it was established that the arcs and the plate loop of the stirrup were originally gilded and en-graved with complex floral ornamentation, the stirrup foot was decorated with gold wire inlay in the form of floral curls. This is the first find of such type in Altai. The burial containing the stirrup was radiocarbon dated to the sec-ond half of the 7th — third quarter of the 8th c. The author provides a wide range of similarities among the “status” or “ceremonial” stirrups from funerary and memorial sites of nomadic nobility, including the Kagans from South Siberia, Central Asia, and Eastern and Central Europe, including the such sites of Kagan status as Shoroon Bumbagar in Central Mongolia and Yeleke sazy in Eastern Kazakhstan, Uibat and Tashebinsk Chaatases in the Minusinsk Basin, the Pereshchepinsk hoard and the Voznesenka memorial complex in Eastern Europe, rich Avar burials in Central Europe, and others. Massive and high stirrups with a plate loop were specifically considered during the Medieval period as “status” stirrups, and in some cases they were additionally decorated with orna-mentation. They could be cast in gold or silver, covered with gold or silver leaf, decorated with complex ornamen-tation in various techniques, or decorated with shaped cuts in the stirrup foot. While Avar stirrups, based on Byzan-tine coins in burials, are dated to the late 6th — early 7th c., radiocarbon dating and analogies show that Central Asian stirrups belong to a later period — second half of the 7th — 8th c., and in some cases to the 9th c. Highly ornamented stirrups from the monuments of South Siberia and Central Asia were probably made on order by Chinese masters for the Turkic-speaking nobility, or may have been received as diplomatic gifts from Tang China.

Detection and characterization of defects in the Brancacci Chapel wall paintings via holographic interferometry and microwave reflectometry

This paper evaluates the improvements in wall paintings diagnostic achievable by the synergistic combination of DHSPI, SIRT and MWR techniques. These innovative portable and non-destructive techniques for in-situ diagnostic were tested in laboratory on mock-ups mimicking the real conditions of wall painting defects (such as detachments, cavities and cracks), and on the frescoes painted by Masolino, Masaccio and Filippino Lippi (between 1422 and 1475) in the Brancacci Chapel in the church of Santa Maria del Carmine in Florence, Italy. This research activity was part of the Brancacci Chapel diagnostic and monitoring project, where the assessment of the state of conservation is a mandatory prerequisite for planning the subsequent restoration work. In common practice, restorers make the preliminary evaluation on the state of conservation of the wall paintings by visual and tactile inspection, without the use of any special scientific instrumentation. Cracks, cavities, lack of material, detachments, out-of-plumb and deformation of (non-)structural elements are reported in a condition report to document the state of conservation at a given point in time. In particular, the detachments are recognized by the tap test, but this is a discretionary and highly subjective method. Thus, there is a strong demand for the development of a portable and non-destructive approach that refines this preliminary survey with objective data. Here, we present the results produced by the combination of MWR (useful for the dimensional characterization of hidden defects in the wall) and DHSPI-SIRT to identify the extent of deformations induced by thermal stimulus, providing an objective confirmation of the preliminary investigation performed by restorers, in which the detachments were indicated as “stable”, “not very stable” and “unstable”, i.e., close to falling. The integrated use of these techniques in situ, supported by a laboratory study on ad-hoc prepared mock-ups, proved to be suitable for a quantitative evaluation of damage risk to guide restoration strategy accordingly.

CURRENT STATE AND DEVELOPMENT PROSPECTS FOR THE RENEWAL OF SEWERAGE NETWORKS IN KHARKIV CITY

Ensuring the reliable operation of sewerage systems is one of the essential tasks of municipal services in Ukrainian cities. As the research shows, in most cases, their construction involved concrete and reinforced concrete, which are prone to destruction under the influence of many factors, particularly microbiological corrosion. The destruction of sewage collectors is often the reason for wastewater leaking into groundwater and soil, resulting in pollution. The article provides statistical data on the ‘Kharkivvodovidvedennia’ Complex of the ME ‘Kharkivvodokanal’ as of 01.01.2024, which operates the city’s external water drainage networks. The article outlines the most common factors that lead to emergencies in sewage networks, such as aging and wear of infrastructure, insufficient maintenance and repair, mechanical damage, pollution and clogging, increased volume of wastewater, planning problems, chemical reactions, biological corrosion, and connection defects. The relationship between these causes may be that corrosion can weaken pipeline materials, making them more vulnerable to mechanical damage and leakage. According to preliminary calculations, it is necessary to relay or rehabilitate (trenchless pipeline laying) at least 22–25 km of city networks annually to ensure the reliability of sewage networks. The article analyses the work cycles performed on the tunnel collectors’ objects and large-diameter collectors over five years. Major repair and reconstruction work that deserves attention includes work on the repair of mine No. 12 of the tunnel collector of the 761 micro-district (mine depth H = 6.75 m, diameter – 5 m); restoration work of the Oleksiivskyi collector Ø 2000 mm near the viewing chamber No. 33 on the street Lopanska; restoration of the collector of the Northern group of factories Ø 900 mm at Danylivskyi Uzviz. As a result, we carried out an analysis of the current state of the sewage network of the city of Kharkiv. The main factor in the wear and tear of sewerage networks is corrosion, which, in turn, can weaken pipeline materials, making them more vulnerable to mechanical damage and leaks. Despite the difficult economic conditions, work on the repair and operation of networks is carried out. Also worthy of special attention for future research is the survey of mines where restoration work took place over the past ten years using modern methods. Keywords: underground construction, sewerage, renewal, repair, reconstruction, bearing capacity, wear, corrosion.

Byzantine wall paintings from San Marco d’Alunzio, Sicily: non-invasive diagnostics and microanalytical investigation of pigments and plasters

A diagnostic investigation was carried out on twelfth century Byzantine wall paintings preserved in the Museum of Byzantine and Norman Culture and Figurative Arts of San Marco d’Alunzio (Messina, Italy) on the occasion of recent restoration works. First, the wall paintings were analyzed using portable X-Ray Fluorescence (p-XRF) and Fiber Optics Reflectance Spectroscopy (FORS) to obtain a non-invasive preliminary identification of the original palette. Then, five fragments were sampled for a micro-stratigraphy study using Digital Optical Microscope (DOM), Polarizing Optical Microscope (POM), and Scanning Electron Microscopy (SEM) combined with Energy Dispersive X-ray Spectrometry (EDS) to characterize the mortars and the blue and black pigments non unequivocally identified through non-invasive techniques. The palette included mainly earthen pigments like red and yellow ochres, green earth, and more valuable lapis lazuli blue applied on a bone black layer; while the analysis of mortars found on the different apses showed the same manufacturing technique and constitutive materials: lime-based binder with the addition of quartz, and rare calcareous lithic fragments as aggregate. The obtained results shed light on the pictorial technique used for the wall paintings and allowed us to compare the Sicilian pictorial cycle with the coeval Byzantine wall paintings preserved in Sardinia and Southern Italy.

Multi-Sensor Geomatic Techniques for the 3D Documentation and Virtual Repositioning of Elements of the Church of S. Miguel (Jaén, Spain)

This study describes the methodology and main results obtained after applying several geomatic techniques, based on the fusion of data acquired by several sensors, to document the recovery works carried out in an abandoned church. A century ago, the façade was moved to a museum to ensure its preservation. In addition to documentary purposes, a secondary goal is the virtual repositioning of a model of this element on that of the church. The method takes advantage of the potential of each technique, considering the acquisition of geometry based mainly on laser scanning techniques and radiometry on photogrammetry. The results include 3D models and orthoimages, which are used to perform a stratigraphic study. The 3D model of the façade has been repositioned in the general one, considering common geometries previously fitted in both models and repeating part of the photogrammetric process, using masks to define the image areas related to the church and the façade. Therefore, we obtained a 3D model with the façade included in it. This procedure has demonstrated its feasibility despite the existence of different environmental conditions in both areas. Using these results, we have also developed a BIM to allow for the management of future restoration works.

Revitalization of regular landscape compositions of the park-monument of landscape art «Sharivskyi»

Introduction. The perception of the landscape as a space for living has led to the formation and development of a special group of anthropogenic landscapes, namely garden and park landscapes, which are characterized by a wide range of functions from utilitarian to aesthetic and spiritual. Currently, approximately 30% of cultural heritage sites are in disrepair, and 80% require serious restoration work. Therefore, the revitalization of the landscape structure of historical garden and park landscapes is an urgent scientific problem and meets two sustainable development goals (goal 11 Sustainable cities and communities and goal 15 - Life on land). The purpose of article. To substantiate the concept of revitalization of regular landscape compositions of the park-monument of landscape gardening art of national importance "Sharivskyi" and to provide a graphic 3D model of architectural, planning and volumetric-spatial solutions of the proposed concept of revitalization of regular compositions of the studied landscape. Research methods. Method of historical analysis: with a focus on the period of the highest embodiment of the artistic compositional intent of the restored space, when the estate belonged to the successful sugar producer Leopold Koenig. The graphic presentation of architectural, planning, and three-dimensional solutions of the proposed revitalization concepts for the studied landscapes was achieved through the use of QGIS 3.28.3-Firenze 2022-08-31, Sketchup, and Realtime Landscaping Architect software tools. Main findings. In order to preserve the original idea and characteristics of the landscape compositions, the concept of revitalization of the White Garden was proposed, which was suggested by the "Genius loci" of the historical landscape of Sharivsky Park. Using the QGIS geographic information system, OSM standard map and Google Satellite Hybrid map, the 3D authentic relief of regular landscape compositions of the Sharivsky Palace and Park Complex was modeled. Using the Sketchup 2020 software tool, a graphical representation of the architectural, planning, and three-dimensional solutions of the studied historical landscape was made. The Sketchup 2020 software tool was also used for the graphic 3D reconstruction of numerous architectural details that adorn the palace, including balustrades, windows, doors, and towers decorated with ornaments. The dendrological plan was developed using species and cultivars of ornamental plants with identified historical and aesthetic value to ensure the continuity of new and preserved plant elements of landscape compositions. Scientific novelty and practical value. The proposed vision of preserving the sustainable features of the place, the selection of plants with identified historical and substantiated aesthetic value can be used in the complex reconstruction of regular garden and park landscapes of the Sharivskyi Park, a monument of landscape gardening art of national importance.