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Hagia Sophia Dome to Undergo Partial Disassembly for Restoration
Hagia Sophia's dome in Istanbul will undergo partial disassembly for restoration due to structural anomalies caused by environmental factors and aging materials, with work beginning in March or April, according to Hurriyet.
Greek
Greece
PoliticsArts And CultureTurkeyCultural HeritagePreservationIstanbulHagia SophiaDome Restoration
Turkish Ministry Of Culture And TourismHurriyet
Ahmet Güleç
- What specific structural issues necessitate the Hagia Sophia dome's partial disassembly?
- The outer layer of Hagia Sophia's dome in Istanbul will be disassembled for restoration to address structural anomalies discovered during preliminary studies, according to Hurriyet. The project, overseen by Turkey's Ministry of Culture and Tourism, aims to preserve the monument's integrity. Work is expected to begin in March or April.
- How will the restoration address the challenges posed by the dome's internal mosaic layer?
- Environmental factors and aging materials, including lead and cement, have damaged the dome's exterior, necessitating the disassembly. The interior mosaic layer prevents interventions from below, making exterior work crucial. The restoration will utilize original construction materials and techniques.
- What long-term implications does this restoration hold for the preservation of similarly vulnerable historical structures worldwide?
- This restoration highlights the challenges in preserving historical structures against environmental degradation and the passage of time. The project's success will set a precedent for similar preservation efforts globally, showcasing techniques for restoring vulnerable historical domes. Future monitoring will be key to long-term preservation.
Sustainable Development Goals
Sustainable Cities and Communities Positive
Direct Relevance
The restoration of the Hagia Sophia's dome directly contributes to the preservation of cultural heritage, a key aspect of sustainable urban development. The project aims to maintain the structural integrity of a significant historical landmark, ensuring its longevity for future generations and contributing to the sustainable tourism sector. The use of appropriate materials and techniques reflects responsible resource management.