Corrigendum: The gap of cultural heritage protection with climate change adaptation in the context of spatial planning. The case of Greece (2021 IOP Conf. Ser.: Earth Environ. Sci. 
               899 012022

Asprogerakas, Evangelos; Gourgiotis, Anestis; Pantazis, Panagiotis; Samarina, A; Konsoula, P; Stavridou, K

doi:10.1088/1755-1315/899/1/012072

Cited by 2 publications

(6 citation statements)

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“…This study aims to identify, map, and evaluate the use of ATs for heritage preservation from CC, aligning with the objectives outlined by the TIs for cultural sustainability. This study also contributes through the promotion of interdisciplinary collaboration among the authors' scientific domains that will lead to exploring additional insights supporting the results of references [17,19,25]. This can be achieved by exploring the following research questions (RQs):…”

Section: Research Goalsmentioning

confidence: 97%

“…Other studies supported this approach by emphasizing the role of advanced technologies (ATs) as climate mitigation strategies to protect CH, such as integrating Information and Communication Technology (ICT) infrastructure within institutional and urban planning processes [25] or examining the environmental performance of buildings [26]. These technologies improve documentation, conservation, monitoring, and access to CH, ensuring its preservation, transmission, and engagement with a broader audience.…”

Section: Advanced Technologies (Ats) As Climate Mitigation Strategiesmentioning

confidence: 99%

“…This analysis aligns with the European Quality Principles (QPs) for EU-funded interventions, which emphasize the importance of 'conservation' in the broader context of cultural heritage. Finally, the current bibliographical overview on the topic favors the analysis of the impact of the CC on CH [11] and the analysis of case studies [17,25]. Our mapping introduces the matching between UNESCO TIs and advanced technologies (ATs) in the frame of cultural sustainability.…”

Section: Addressed Research Questionsmentioning

confidence: 99%

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Climate Change and Cultural Heritage: A Global Mapping of the UNESCO Thematic Indicators in Conjunction with Advanced Technologies for Cultural Sustainability

Aboulnaga,

Abouaiana,

Puma

et al. 2024

Sustainability

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This study investigates the relationship between cultural heritage and climate change, assessing the global implementation of advanced technologies in line with UNESCO’s Thematic Indicators for Cultural Sustainability. Few studies have been conducted on this topic; hence, theoretical background examines the keywords related to cultural heritage preservation, conservation, restoration, climate change mitigation, and adaptation, as well as the intersection of culture and climate change. It also analyses the definitions provided by leading global organizations and explores the use of advanced technologies in protecting cultural heritage. The research methodology is based on an analytical method consisting of a bibliometric assessment and a scientometric assessment. The bibliometric and scientometric analyses map occurrences, frequencies, and intercorrelations of these keywords with UNESCO Thematic Indicators and advanced technology utilization. The findings reveal a predominance of conservation-related Thematic Indicators, suggesting a conservative approach to cultural sustainability, particularly for environmental resilience, wealth, and livelihoods. In terms of advanced technologies, laser scanning and photogrammetry are used for both conservation and restoration purposes, while chromatography and virtual tours are mainly applied to conservation and preservation practices. Otherwise, infrared thermography, X-ray imaging, and online platforms are used, respectively, for heritage preservation, restoration, and conservation. On the other hand, ground-penetrating radar and remote sensing exhibit fewer connections to heritage protection. The mapping of culture and climate change also highlights the importance of conservation in responding to changing climate conditions. Climate adaptation is closely linked to both conservation and preservation efforts, highlighting the critical role of cultural heritage in fostering climate resilience.

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Section: Research Goalsmentioning

confidence: 97%

Section: Advanced Technologies (Ats) As Climate Mitigation Strategiesmentioning

confidence: 99%

Section: Addressed Research Questionsmentioning

confidence: 99%

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Climate Change and Cultural Heritage: A Global Mapping of the UNESCO Thematic Indicators in Conjunction with Advanced Technologies for Cultural Sustainability

Aboulnaga,

Abouaiana,

Puma

et al. 2024

Sustainability

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“…Step 3: Feature extraction of fracture surface. The contour features of the fracture surface extracted from the selected fragments are the basis for subsequent splicing and correspond to the feature extraction content in Section 4 of this paper [12].…”

Section: Data Preprocessing Normalization Processingmentioning

confidence: 99%

“…In the implementation of the algorithm, firstly, the curvature of the points on the contour is calculated point by point. The curvature can be obtained by calculating the ratio between the change in the slope and the arc length, which is defined in Equation (12), where (x , y) is a given point in the plane region:…”

Section: Extraction Of Feature Points On Contourmentioning

confidence: 99%

Virtual Restoration System for 3D Digital Cultural Relics Based on a Fuzzy Logic Algorithm

Gao

Candeias

et al. 2023

Systems

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This research proposes a virtual restoration system and method for 3D digital cultural relics based on a fuzzy logic algorithm, aiming to solve the problems of the low classification accuracy and poor splicing effect of Terra Cotta Warrior fragments. This method adopts a series of steps to improve the efficiency and accuracy of fragment splicing. Firstly, features such as curvature, torsion, and left and right chord lengths were extracted from the fracture surface contour lines of the cultural relic fragments to form feature vectors. Then, the feature vector was fused and compressed by using the multilayer perceptron. The multilayer perceptron is a neural network model that can process and learn input data via multiple levels of computation, resulting in more expressive feature representations. Next, we used the calculation results of the multilayer perceptron to perform the splicing operation on the fragments. This means that, based on the calculation results of the feature vectors, the system can automatically select appropriate splicing methods to accurately match and splice fragments. Finally, by adjusting the weight of the multilayer perceptron, the error rate of fragment splicing can be reduced, further improving the accuracy of repair. The experimental results show that the method proposed in this article is significantly better than traditional methods in terms of time consumption and can effectively improve the efficiency of fragment matching and stitching. Conclusion: The fragment-stitching algorithm based on multi-feature adaptive fusion improved the speed and effectiveness of stitching in fragment-stitching tasks. In summary, the fragment-stitching algorithm based on multi-feature adaptive fusion can improve the speed and effectiveness of stitching in fragment-stitching tasks. The application of this method is expected to play an important role in the field of cultural relic protection, such as the restoration of Terra Cotta Warrior fragments.

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Corrigendum: The gap of cultural heritage protection with climate change adaptation in the context of spatial planning. The case of Greece (2021 IOP Conf. Ser.: Earth Environ. Sci. 899 012022

Abstract: Please see Article PDF for corrigendum text.

Cited by 2 publications

References 0 publications

Climate Change and Cultural Heritage: A Global Mapping of the UNESCO Thematic Indicators in Conjunction with Advanced Technologies for Cultural Sustainability

Climate Change and Cultural Heritage: A Global Mapping of the UNESCO Thematic Indicators in Conjunction with Advanced Technologies for Cultural Sustainability

Virtual Restoration System for 3D Digital Cultural Relics Based on a Fuzzy Logic Algorithm

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